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www.asianmilitaryreview.com
VOLUME 22/ISSUE 1 FEBRUARY/MARCH 2014 US$15
AA SS II AA PP AA CC II FF II CC ’’ SS LL AA RR GG EE SS TT CC II RR CC UU LL AA TT EE DD DD EE FF EE NN CC EE MM AA GG AA ZZ II NN EE
SELF-PROPELLEDARTILLERYCOASTAL &
PORT SECURITYAIR FORCEDIRECTORYSINGAPORE
ARMED FORCES
MILITARY UTILITYHELICOPTERBATTLE MANAGEMENTPROGRAMMESINDIAN ARMED FORCES
SELF-PROPELLEDARTILLERYCOASTAL &
PORT SECURITYAIR FORCEDIRECTORYSINGAPORE
ARMED FORCES
FEBRUARY/MARCH 2014VOLUME 22 / ISSUE 1
ContentsContents
Front Cover Photo: A United States Navy SikorskySH-60F Sea Hawk naval supporthelicopter performs verticalreplenishment. Rotorcraftthroughout the Asia-Pacificregion fall under the spotlight inthis edition’s ‘The ChinaSyndrome’ article © US DoD
l february/March2014 l 03
Middle Managers The ChinaSyndromeLondon-based defence journalistAndrew Drweiga examines howChina’s changing strategic postureis encouraging several air forces,armies and navies around theAsia-Pacific region to invest in theirmedium-lift utility helicopter fleets.
Bianca Siccardi, a Turin-basedaerospace journalist, provides allthe latest orders of battleand programme information forair forces, navies and armiesaround the Asia-Pacificregion in AMR’s annual RegionalAir Forces Directory.
BoatsBehaving Badly
06 50
14
25
56
Defence journalist Rahul Bedi, based in New Delhi,updates AMR with an examination of the Indian Air Force’s
current posture and procurement priorities as it confronts newsecurity challenges around South Asia and beyond.
64
New Orders
Several countries aroundthe Asia-Pacific are updating thebattle management systemsused by their armies tomove orders and informationup and down the chainor command, as AMR editorThomas Withington finds out.
Stable ConditionHong Kong-based defencephotojournalist Gordon Arthurlooks at the modernisationprogrammes being performedby Singapore acrossits army, navy and air force,and the country’s military-industrial capabilities.
74Air ForcesDirectory
Ian Kemp, a London-based defence journalist,provides a detailedround-up of ongoingartillery modernisationprogrammes around the Asia-Pacific, highlighting some of the latest technologicaldevelopments.
AMR editor ThomasWithington examines some ofthe latest innovations inport and coastal security, inparticular the world of coastalradar which provides theuser with an all-weatherday-and-night capability togaze far out to sea.
Big BangTheory
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Audit Bureau of Circulations
Editorial
n late December 2013, Japan’s prime ministerShinzo Abe made a visit to the Yasukuni Shrinein Tokyo. The shrine, founded in 1859 byEmporer Meiji, commemorates the millions of
individuals who have died in Japan’s wars since thenineteenth century. This includes Japanese war criminals executed after the end ofthe Second World War for crimes against humanity.
Mr. Abe’s visit triggered angry protests from the governments of China and theRepublic of Korea—nations whose populations suffered considerably from Japanesebrutality during the Second World War. The Rape of Nanking, perpetrated by Japanesetroops in 1937, witnessed the mass rape and murder of Chinese non-combatantsclaiming, according to some estimates, the lives of up to 300,000 people. Meanwhile,over 400,000 women from Korea and China, along with several other nations aroundthe Asia-Pacific region, were forced into sexual slavery as so-called ‘Comfort Women’by Japan during the conflict. In addition, prisoners of war taken by the Japanese weresubjected to horrific abuse, while many other local populations in the ‘Greater EastAsia Co-Prosperity Sphere’, as Japan referred to the lands it had seized, were thevictims of human rights abuses and privations caused by the occupation.
The Japanese prime minister was at pains to emphasise that his visit was not tocommemorate war criminals: “I have renewed my determination before the soulsof the war dead to firmly uphold a pledge never to wage a war again,” he promised.Yet his actions were certain to raise heckles in the region. Japan seems to beadopting a more strategically robust posture. On 1 January 2014, Mr. Abe stressedthat he wished to revise Japan’s pacifist constitution which has forbidden it fromdeploying troops abroad in anger. Furthermore controversies continue to rageregarding how Japan depicts its wartime past in school textbooks.
To be fair Japan is in a bind. The past year has seen China adopt a more confidentregional posture, most recently enlarging its East China Sea Air DefenceIdentification Zone (ADIZ) in November 2013. The ADIZ includes the uninhabitedDiaoyu/Senkaku islands in the East China Sea claimed by China and Japan. It is notsurprising that Tokyo will respond to actions like the ADIZ extension by adopting anincreasingly vigilant stance. However, such actions will raise eyebrows in the widerregion mindful of Japan’s past.
Japan’s wartime ally Germany is playing an increasingly active role in global affairs,including the deployment of military forces to support North Atlantic TreatyOrganisation (NATO) operations. It has arguably been able to do this because Germanyhas faced the brutality of its wartime past in an honest and transparent fashion,fully acknowledging the Third Reich’s crimes against humanity. If Japan wants to beseen as a force for good in the Asia-Pacific and the wider world, its leadership mightbe well advised to think again about future visits to the Yasukuni Shrine.
Thomas Withington, Editor
Editorial
ILOOK BACK IN ANGER?
04l asianMilitaryreview l
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l AsiAn MilitAry review l
On 26 November 2013,
Mumbai commemorated
one of the darkest events in
its recent history when five
years earlier eleven insur-
gents from the Lashkar-e-Taiba Islamist
militant organisation came ashore in
small boats at the Colaba quarter of the
city and began a series of gun and bomb
attacks which would see over 750 people
killed and injured in the ensuing three
days of violence. Only one of the insur-
gents, Ajmal Kasab, was captured and
later hanged on 12th November 2012, the
rest being killed by Indian security forces
during the course of the attacks.
Size is everythingThe attacks in Mumbai and the utilisation
of marine craft, in this case small high-
speed inflatable boats, brought the issue
of port and coastal security in the Asia-
Pacific region sharply into focus. Had
these craft been detected and intercepted
while they were still at sea, it is possible
that those deadly attacks in Mumbai
could have been prevented.
Port security is a major issue for a
region that is home to several of the
world’s busiest ports. According to figures
released for 2012 by the World Shipping
Council (WSC), a United States-based
advocacy organisation for the container
shipping liner industry, nine of the ten
world’s busiest ports are in Asia. The WSC
uses the container industry-standard
measurement of Twenty-foot Equivalent
Units (TeUs) to measure port container
06
and port security
c o a s t a l
BOATS BEHAVING BADLYHow can the world’s ports and coastlines become less ‘user
friendly’ to the insurgent? By improving the situational awareness
of those charged with policing them: as this article will show
radar offers invaluable capabilities to this end.
by Thomas Withington
Terma of Denmark produces the Scanter-5201and Scanter-5202 as part of the firm’s Scanter-5000 family of coastal surveillance radars. Theprinciple discriminating factor between thesetwo systems is their power outputs © Terma
traffic with each TeU representing a single
20 feet by 8 feet (six metre by two metre)
shipping container. Several of the WSC’s
busiest ports for 2012 are in China, namely
Shanghai, Hong Kong, Shenzhen, Ningbo-
Zhoushan, Guangzhou, Qingdao and
Tianjin. Between them, they account for
138.2 million TeUs of container traffic per
year. This is 69 percent of the 220.2 million
TeUs that is handled by the world’s top
ten container ports. Away from China, the
ports of Singapore and Busan, Republic of
Korea (second and fifth place respectively)
handle 48.6 million TeUs; 24 percent of the
total. Only one port in the WSC’s top ten is
outside the Asia-Pacific region, namely
Jebel Ali in Dubai, which occupies ninth
place handling 13.30 million TeUs in 2012.
Securing such facilities is therefore
paramount not only for the safety and
security of those who live and work near
these giant ports, but also to protect the
ports themselves and international trade
in general. Moreover, as the Mumbai
attacks underscored, it is vital that the
use of the sea as a means by which guer-
rillas can come ashore is made as diffi-
cult as possible.
Radar is one of the most useful tech-
nologies for securing coastlines, ports
and harbours. Its important contribution
as an aid to safe navigation at sea is well
documented, but for security it offers a
weather-proof means to spot suspicious
vessels behaving differently from the
normal ebb and flow of everyday local
marine traffic.
The sea poses its own challenges for
radar operators. Its constant movement
particularly in rough weather is adept at
causing ‘clutter’ on radar screens; spuri-
ous radar echoes triggered by Radio
Frequency (RF) energy bouncing off the
top of the water and showing up on the
screen as a ‘blip’. Too much clutter can
mask legitimate returns such as small
boats. Secondly, heavy rainfall can con-
spire against the ability of RF energy to
travel long distances, while coastal radars
may need to detect targets such as small
craft like jet-skis or Rigid Hull Inflatable
l februAry/MArch 2014 l 07
Port security is amajor issue in for the
Asia-Pacific regionthat is home to
several of the world’sbusiest ports
and port security
c o a s t a l
Port and coastal surveillanceradars are often teamed withoptronic sensors. In this way theradar can be used to spot a targetwith the optronics then providinga more detailed view © DMT
Boats (RHIBs) which may have a small
radar cross-section of between one and two
square metres (three to seven feet) thus
being relatively difficult to see using RF.
Coastal and port security radars tend
to operate in S-band (2.3-2.5/2.7-3.7 giga-
hertz/Ghz) and X-band (8.5-10.68Ghz).
X-band in particular offers good long-
range performance in clear weather,
along with good target resolution. S-
band radars meanwhile give good per-
formance in heavy rainfall where the per-
formance of X-band equipment can begin
to deteriorate. However, one restriction
in common to both S-band and X-band
radar, and in fact all radar, is that range
is limited to line-of-sight which equates
to around 15 nautical miles (28 kilome-
tres) for a small boat using a radar posi-
tioned 30 metres (98 feet) Above Sea
Level (ASL) with a large ship being
detected at 43nm (80km) with a radar
positioned 1000m (3,280ft) ASL atop of a
mountain, for example.
Modus OperandiMaritime security specialists have
arguably never enjoyed such choice as far
as coastal security radars are concerned.
Such products are available from Turkey’s
Aselsan, Belgian Advanced Technology
Systems (BATS), the pan-European
Cassidian (now Airbus Defence and
Space) defence electronics house, DMT of
the United States, Israel’s IAI Elta, Kelvin
Hughes of the United Kingdom, Selex of
Italy, Denmark’s Terma and Thales of
France.
Aselsan’s Serder radar is one of the sys-
tems which operates in X-band. It has a
range of 48nm (90km) and uses
Continuous Wave (CW) architecture in
which the RF energy is transmitted contin-
uously rather than as a series of pulses.
Pulse radars detect ranges by measuring
the time lag between the transmission of a
pulse and that pulse’s reflection by the tar-
get back to the radar using the principle
that RF energy travels at the speed of light
(161,987 knots-per-second/300,000km per
second). CW radars use the Doppler
l AsiAn MilitAry review l08
Port security is a major concernin the Asia-Pacific region as it isaround the world. Safeguardingthese strategic facilities is notonly important for security, butalso to ensure economic health© Thomas Withington
and port security
c o a s t a l
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is fully mission capable and built to withstand the harshest conditions.
WE’LL HELP YOU GET IT DONE THE FIRST TIME.
Sometimes there are no second chances.
Brunswick Commercial and Government Products (BCGP) is a division of Brunswick Corporation — the largest marine manufacturer in the world.
BRUNSWICK COMMERCIAL AND GOVERNMENT PRODUCTS, INC.
Unsinkable Boston Whalers ranging from 5-11 meters (25' Guardian shown)
Impact RHIBs range from 4.7-12 meters (1200 Impact shown)
Aluminum Sentry models from 10-14 meters including the Long Range Interceptor (LRI)
U.S. Coast Guard photo by PA1 John Gaffney. U.S. Coast Guard imagery used in illustration without endorsement expressed or implied.
When you’ve only got one chance to complete the mission, ther
boat company you need. Brunswick Commer
e an elite fleet − designed specifically for military/special ops. Choose boats ar
om our combat-tested unsinkable Boston Whaler Guarfr
series of rigid hull inflatable boats, or our aluminum Sentry series. Each model
is fully mission capable and built to withstand the harshest conditions.
When you’ve only got one chance to complete the mission, ther
cial and Government Prboat company you need. Brunswick Commer
e an elite fleet − designed specifically for military/special ops. Choose
dians, our Impact om our combat-tested unsinkable Boston Whaler Guar
series of rigid hull inflatable boats, or our aluminum Sentry series. Each model
is fully mission capable and built to withstand the harshest conditions.
s only one e’When you’ve only got one chance to complete the mission, ther
oducts cial and Government Pr
e an elite fleet − designed specifically for military/special ops. Choose
dians, our Impact
series of rigid hull inflatable boats, or our aluminum Sentry series. Each model
is fully mission capable and built to withstand the harshest conditions.
Brunswick Commercial and Government Products (BCGP) is a division of Brunswick Corporation — the largest marine manufacturer in
BRUNSWICK COMMERCIAL AND GOVERNMENT PRODUCTS, INC.
Brunswick Commercial and Government Products (BCGP) is a division of Brunswick Corporation — the largest marine manufacturer in
BRUNSWICK COMMERCIAL AND GOVERNMENT PRODUCTS, INC.
Brunswick Commercial and Government Products (BCGP) is a division of Brunswick Corporation — the largest marine manufacturer in
BRUNSWICK COMMERCIAL AND GOVERNMENT PRODUCTS, INC.
BRUNSWICK COMMERCIAL AND GOVERNMENT PRODUCTS, INC.
Brunswick Commercial and Government Products (BCGP) is a division of Brunswick Corporation — the largest marine manufacturer in the world.
l AsiAn MilitAry review l10
and port security
c o a s t a l
Effect, that is the subtle change in fre-
quency caused by RF energy hitting a
moving object and reflecting back to
the antenna; an audible equivalent of
this is the apparent change in pitch of
an emergency vehicle siren moving
towards and then away from the lis-
tener. By measuring this change in
frequency, known as the Doppler
Shift, it is possible to determine the
speed of a target relative to the radar.
This is all well and good for moving
objects, but stationary objects produce no
Doppler Effect. For this reason, Aselsan’s
Serder uses a Frequency Modulated (FM)
CW waveform. The major advantage of
FM CW radars is that they are relatively
inexpensive to build and hence purchase,
and are easy to maintain. One disadvan-
tage of FM CW radars is that they can pro-
duce significant sidelobes which can
increase their chance of detection,
although Aselsan’s Serder has a Low
Probability of Intercept design to reduce
this, according to the company.
BATSLike Aselsan’s Serder BATS’ CR20 radar
family uses FM CW architecture. It can
track up to 500 targets simultaneously;
just the thing for the crowded waters one
can find near ports. Three radars consti-
tute the CR20 family providing short,
medium and long-range surveillance.
Official literature provides generic
ranges for the CR20 line which
includes the detection of a small boat at
eleven nautical miles (20km), a small ship
at 32nm (60km) and a large vessel at the
horizon depending on the height of the
radar. BATS has designed the radar’s con-
trols and display to be easy to use by the
operator, and CR20 radars can be config-
ured for either on-site or remote-control.
Airbus Defence and SpaceAirbus Defence and Space’s X-band
SPEXER-2000 boasts a range of up to
eleven nautical miles for a small rubber
dingy-sized target. The software used by
the radar enables it to automatically clas-
sify the target type such as a swimmer, jet-
Airbus Defence and Space’s Spexer-2000radar boasts a range of up to eleven nauticalmiles for a small rubber dingy-sized target.Unlike many of the other radars discussedin this article, the Spexer-2000 uses ActiveElectronically Scanned Array technology© Airbus Defence and Space
DMT’s IDAR radar is an X-band systemwhich employs conventional pulseDoppler technology. This radar is capableof detecting small boats at a range ofbetween one and two nautical miles(two to three kilometres) © DMT
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Serder discussed above, the SPEXER-2000
uses Active Electronically Scanned Array
(AESA) technology upon which the anten-
na houses a multitude of transmit/receive
modules each of which effectively acts as
its own miniature antenna, allowing the
radar to perform several different tasks
simultaneously. A wide range of targets
can be spotted by the radar, even in con-
ditions of high sea clutter.
DMTIDAR, the Dorado family and XRDS are
three of the port security radars pro-
duced by DMT. All using the X-band, the
first two products are ideal for the short
range detection of small boats at dis-
tances of between one and two nautical
miles (two to three kilometres). The
XRDS is optimised for small boat detec-
tion at slightly longer ranges of between
two and four nautical miles (four to
seven kilometres). Two different archi-
tectures are used by DMT in these radars.
For example, the IDAR and XRDS radars
employ pulse Doppler technology
whereas the Dorado family uses the FM
CW approach (see above).
IAI EltaIsrael’s IAI Elta systems provide two
notable coastal surveillance radars, the
EL/M-2226 Advanced Coastal Surveillance
Radar family and the EL/M-2112(V5). The
EL/M-2226 uses FM CW architecture with
a power output of five Watts and 50 Watts.
This X-band radar can detect rubber
dinghies at eleven nautical miles, patrol
craft at 32nm and large ships on the hori-
zon. The radar’s elevation beamwidth is
3.5° with an azimuth beamwidth of 1.5°.
Around 500 targets can be simultaneously
tracked. The FM CW EL/M-2112(V5) is
also an X-band radar. It can detect rubber
dinghies at three nautical miles’ range, a
small ship at five nautical miles (ten kilo-
metres) and a large vessel at up to 17nm
(32 km). Israel is also home to CONTROP
which produces optronics systems such
as SPIDER and CEDAR which can accom-
pany these radars to provide added sur-
veillance and a “virtual fence”, according
to the company.
l AsiAn MilitAry review l12
Thales installed their Coastwatcher-10 coastal surveillance radar at the oilterminal in Marseilles on France’sMediterranean coast in 2010. Theradar is positioned on top of the towerin this picture © Thomas Withington
and port security
c o a s t a l
Kelvin HughesBritish radar specialists Kelvin Hughes
offers its SharpEye family of radar for the
port and coastal security role. This prod-
uct line includes SharpEye radars avail-
able in both S-band and X-band configu-
rations. In S-band, the radar has a peak
output power of 200 Watts, and an aver-
age output power of 20 Watts. At a range
of 20nm (37km), the radar has a Pulse
Repetition Frequency of 2,300 Hertz (Hz),
which reduces to 1,180Hz at 48nm (89km).
Up to 64 filters provide clutter discrimina-
tion, and the radar has optional frequency
diversity. The X-band version of the radar
has similar performance characteristics to
its S-band cousin, although the former’s
average RF output is 26 Watts.
Terma and SelexTerma has won customers in the Asia-
Pacific region for its trusted Scanter-5000
line of coastal surveillance radars which
include Kai Tek Cruise Terminal in Hong
Kong. The Scanter-5000 family includes
both the Scanter-5202 and Scanter-5102.
Both radars provide very small target
detection, with the Scanter-5102 provid-
ing 50 Watts equivalent pulse power,
although this increases to 200 Watts with
the Scanter-5202. Both these X-band
radars can have the option of monitoring
up to 500 tracks, although open architec-
ture comes as standard for both.
Similarly, Selex’s Lyra-50 product is
an X-band radar. With a detection range
of 26nm (48km), this radar has a nominal
0.45° beamwidth in azimuth and 20° in
elevation, although unlike several other
of the radars surveyed in this article, it
uses pulse Doppler waveforms rather
than FM CW technology. The radar
employs digital pulse compression
which means that it transmits narrow
pulses of RF energy, the effect of this
being to greatly enhance the accuracy
and resolution of the ranges and targets
which the radar detects. In short the nar-
rower the pulse, the sharper the resolu-
tion of the radar. Digital pulse compres-
sion also helps the radar to provide reli-
able information in ‘high clutter’ envi-
ronments such as rough seas while help-
ing to build an accurate picture of the tar-
get to help classify what the operator is
seeing. As with the visual world, a pic-
ture made of thousands of tiny dots is
more detailed than the same image
depicted using wide brushstrokes.
ThalesFinally Thales provides two radar products
for port and coastal security in the form of
their “CoastWatcher 10 and CoastWatcher
100 radars,” according to a company
spokesperson. The firm has sold such
products around the Asia-Pacific region,
and notes that it “delivered the port securi-
ty system to the Singapore Coast Guard,”
helping to protect “one of the busiest ports
in the world.” The X-band CoastWatcher-
10 has an instrumented range of up to
42nm (22km), and an azimuth resolution
of 0.75°. It can be installed at up to
150m (492ft) ASL. The big brother of
the CoastWatcher-10 is the X-band
CoastWatcher-100 designed for long range
coastal surveillance which can be installed
at up to 1000m ASL with an instrumented
range of up to 100nm (185km).
It would be folly to suggest that the
radars discussed above can offer impreg-
nable protection to prevent an atrocity
such as the Mumbai attacks from ever
happening again; no single technology
can perform such a feat. Nevertheless all
of these radars offer coastguards and port
authorities the wherewithal to keep a
close watch on unusual behaviour in their
marine locale, and crucially to get warning
of suspicious activity before an attack
takes place. Forewarned is forearmed,
and radar can play its role in this regard
with aplomb.
Radar offers coast -guards and port
authorities the means tokeep a close watch on
unusual behaviour, andcrucially to get warning
of suspicious activity
and port security
c o a s t a l
14
A highly capable Boeing F-15SG Strike Eagle multirolecombat aircraft, one of 24 in theRepublic of Singapore Air Force,lights up the sky with a series offlares © Gordon Arthur
Singapore possesses the most modern
armed services in Southeast Asia,
and the country’s ‘Third-Generation
Force’ continues to lead the way thanks
to high levels of investment and an
advanced technological base.
by Gordon Arthur
STABLECONDITION:SINGAPORE’SARMEDFORCES ANDMILITARYMODERNISATION
m i l i t a r y
regional
Singapore possesses the
world’s fourth-highest
defence expenditure per
capita, and its record 2013
defence budget of $9.9
billion represented a 4.2 percent increase
from the previous year for Singapore’s
60,500 servicemen and 255,000 reservists.
The country is cognisant of the disadvan-
tages of its small geographical size and
population. It has no strategic depth to fall
back on, so forward defence is imperative
for the Singapore Armed Forces (SAF).
This is why the International Court of
Justice’s award of the eastern rocky out-
crop of Pedra Branca to Singapore in 2008,
instead of to Malaysia, was important.
Otherwise, Singapore’s airspace envelope
would significantly reduce. Geographical
limitations restrict domestic training
opportunities, so equipment is dispersed
overseas (to Australia, Brunei, France,
New Zealand, Taiwan and the United
States). This has obvious strategic compli-
cations if Singapore must respond to a
fast-moving crisis.
The SAF has more than just a regional
presence, for it has despatched four task
groups to date, each comprising a warship
and helicopters, to the Gulf of Aden for
counter-piracy missions. Indeed, Singapore
commanded the multinational naval
Combined Task Force-151 for the third time
from March-June 2013. Furthermore, until
mid-2013 the SAF maintained a 40-person
team in Afghanistan to support reconstruc-
tion. Singapore enjoys significant interoper-
ability via the Five Power Defence
Arrangements (FPDA) which also includes
Australia, Malaysia, New Zealand and the
United Kingdom, plus frequent joint exer-
cises with the United States. The SAF relies
on conscription to populate its military
and this National Service policy shows no
sign of waning.
Air forceThe Republic of Singapore Air Force
(RSAF) has the ability to project power
far beyond its borders. The fast jet fleet is
headed by 24 Boeing F-15SG Strike
Eagles featuring Raytheon’s APG-63(V)3
Active Electronically Scanned Array
(AESA) radar. The F-15s are supported
by 60 Lockheed Martin F-16C/D fighters
that are to undergo a midlife upgrade
likely to include AESA radar expected
to be supplied by either Northrop
Grumman or Raytheon.
Singapore has investigated the feasibil-
ity of acquiring Lockheed Martin F-35B
Lightning-II multirole combat aircraft and
it has contributed financially to the pro-
gramme as a Security Cooperation
Participant. No order has been placed, but
Singapore could be interested in up to 75
aircraft with the ‘Bravo’ short-take
off/vertical landing type ideal for a terri-
tory with a shortage of runways.
A request for information for aerial
refuelling tankers to replace four ageing
Boeing KC-135R Stratotankers was issued
in February 2012. The Boeing KC-46A and
Airbus A330 Multi-Role Tanker Transport
(MRTT) are the obvious contenders.
Another RSAF requirement set to attract
attention at the 2014 Singapore Air Show
is the anticipated replacement of five
Fokker 50 maritime patrol aircraft.
Singapore ordered four Gulfstream
G550 Conformal Airborne Early Warning
(CAEW) aircraft fitted with Israel
Aerospace Industries’ Elta EL/W-2085
Phalcon radar, with all aircraft delivered
to the RSAF’s 111 Squadron in 2011. They
achieved Full Operational Capability
(FOC) in April 2012. These aircraft have a
nine-hour endurance and their arrival
allowed the retirement of four Northrop
Grumman E-2C Hawkeyes which had
been used for the airborne early warning
mission. Elsewhere ST Aerospace is
upgrading ten Lockheed Martin C 130B/H
Hercules turboprop freighters, with the
first delivered to the RSAF in September
2010. The Hercules fleet will gain a
20-year life extension and feature a glass
cockpit with modern navigation equip-
ment. Work should conclude on this pro-
gramme in 2014.
The RSAF opted for a dozen Alenia
Aermacchi M-346 aircraft for its advanced
jet training programme with the first
arriving in August 2012. The M-346s are
based in Cazaux, southwest France and
ST Aerospace manages this programme.
l february/march2014 l 15
m i l i t a r y
regional
The Rafael Advanced Defense Systems SPYDER-SR is the air force’s relatively new truck-mounted,quick-reaction surface-to-air missile system © Gordon Arthur
Singapore is cognisantof the disadvantages of
its small geographicalsize and population. It
has no strategic depth tofall back on, so forward
defence is imperative
Meanwhile, the RSAF operates all the
country’s military helicopters including
six Sikorsky S-70B Seahawk maritime
support rotorcraft used aboard the navy’s
‘Formidable’ class frigates. They entered
service with 123 Squadron, Singapore’s
first ever naval helicopter squadron, in
January 2011. The Seahawks feature L-3’s
Helicopter Long-Range Active Sonar
(HELRAS) dipping sonar and Whitehead
A244S torpedoes. The Seahawks achieved
FOC in May 2012. Two more S-70B
Seahawks are believed to have been
ordered in February 2013 with delivery
expected in 2016. The RSAF also flies 20
Boeing AH-64D Apache Longbow attack
helicopters.
The RSAF is the most impressive user
of Unmanned Aerial Vehicles (UAV) in
Southeast Asia. The RSAF’s UAV
Command was established in May 2007
and 116 Squadron has operated the Elbit
Hermes 450 Medium-Altitude Long-
Endurance (MALE) UAV since 2007,
while 119 Squadron formally transitioned
to the Israel Aerospace Industries Heron 1
MALE in May 2012. The latest develop-
ment is the acquisition of Insitu ScanEagle
UAVs for the navy with this fee-for-ser-
vice contract being revealed in July 2012.
The ‘Victory’ class corvette RSS Valiant
has been fitted with the ScanEagle’s
Skyhook arresting system to this end.
Meanwhile, six army units have operated
the ST Aerospace Skyblade III tactical
UAV since 2010.
The island’s air defences were enhanced
by the Rafael Advanced Defense Systems’
SPYDER-SR (Surface-to-air PYthon-5 and
DERby Short-Range) Surface-to-Air Missile
(SAM) to replace the 30-year-old BAE
Systems Rapier short-range SAM system.
l asianmilitaryreview l16
m i l i t a r y
regional
Special forces members ofthe Republic of SingaporeNavy Naval Diving Unit(NDU) prepare to retakea vessel from its piratecaptors © Gordon Arthur
Singapore Airshow 2014
Israel Pavilion, Stand N51
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The truck-mounted SPYDER-SR has an
eleven-nautical-mile (20-kilometre) range,
and the first examples were unveiled in
mid-2011. In September 2013, the Ministry
of Defence (MINDEF) confirmed the
Eurosam Aster 30 medium-range SAM had
been selected to replace six batteries’ worth
of Raytheon MIM-23 I-HAWKs SAMs.
NavyThe Republic of Singapore Navy (RSN)
features one of the region’s most capable
fleets. The latest news concerns the 2
December 2013 announcement that
the MINDEF had ordered two Type
218SG conventional submarines from
ThyssenKrupp of Germany. The cus-
tomised Type 218SG features an Air-
Independent Propulsion (AIP) system that
greatly boosts its ability to stay underwa-
ter for prolonged periods of time, but few
other technical details are known regard-
ing this new class. Both boats should be
delivered from 2020 and, along with two
existing ‘Archer’ class boats they will form
the RSN’s underwater fleet.
Arrival of the Type 218SG will allow
the progressive retirement of ‘Challenger’
class submarines built in the 1960s. The
second 1,500-ton ‘Archer’ class subma-
rine, RSS Swordsman, was commissioned
on 30 April 2013. The ‘Archer’ class was
acquired second-hand from Sweden, and
they underwent refitting to configure
them for tropical service. Serving with
171 Squadron, they carry a Stirling Mk III
AIP system.
In January 2013 ST Marine was contract-
ed to design and build eight Offshore Patrol
Vessels (OPVs) to replace the incumbent
‘Fearless’ class. The 80-metre (262 feet)-
long, 1,150-tonne Littoral Mission Vessel
(LMV) design will be built at ST Marine’s
Benoi Yard. Deliveries should occur
between 2016 and 2018 and Sagem of
France is developing the fire control system
for the vessels’ gun. An RSN spokesman
told the Asian Military Review that, “The
LMVs will ensure better sea-keeping in
high sea states, plus they will possess a high
level of automation and decision support
systems to enable leaner crew manning.”
These vessels will be the launch customer
for the Thales Netherlands NS-100 S-band
(2.3-2.5/2.7-3.7 gigahertz) ship-borne sur-
veillance radar.
Upgrades are currently occurring on
several RSN ships. Sensor and weapon
systems of six ‘Victory’ class missile
corvettes are being modernised to meet
evolving operational demands, with the
outfit of several vessels already complet-
ed. Additionally, Thales is enhancing the
sensors of ‘Bedok’ class mine countermea-
sure vessels, including the installation of
an integrated mine-countermeasure com-
bat system, mine information system,
The customisedType 218SG submarine
features an AirIndependent Propulsion
(AIP) system thatgreatly boosts its ability
to stay underwater forlong periods of time
RSS Swordsman, an ‘Archer’ classvessel commissioned on 30 April2013, is the newest submarine tojoin the Republic of SingaporeNavy © Gordon Arthur
l asianmilitaryreview l18
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FIGHTS HARD.DAY AND NIGHT.
C O M B A T · H U M A N I T A R I A N · L O G I S T I C S · R E S C U E · S P E C I A L O P S
hull-mounted sonar, expendable mine
disposal system and towed synthetic
aperture sonar. The first upgraded vessel
tested its mine disposal system in mid-
2012. Furthermore, the navy pioneered
the use of Unmanned Surface Vehicles
(USV) with its first operational deploy-
ment of the Rafael Advanced Defense
Systems Protector in 2005.
Rear-Admiral (RADM) Ng Chee Peng,
Singapore’s chief of navy, told the Asian
Military Review that disruption to the
island’s sea lanes would have severe
implications. “Freedom of navigation and
continued access to sea lines of communi-
cation is of particular importance to
Singapore, where trade is 3.5 times our
gross domestic product,” he explained.
Half the world’s shipping by tonnage and
half the world’s oil tankers sail through
the South China Sea and Straits of
Malacca and Singapore annually.
RADM Ng added that, “we recognise
that no single agency or country, no mat-
ter how well resourced, can respond effec-
tively to the plethora of maritime security
threats on its own.” Thus in 2009 the RSN
established the Maritime Security Task
Force (MSTF) that enhances awareness of
the regional maritime situation through
information-sharing with national and
international maritime agencies. Security
was further strengthened when the
National Maritime Security System
(NMSS) was created in 2011. Led by the
RSN the NMSS is a whole-of-government
framework that tightens integration
among agencies such as the Police Coast
Guard, Singapore Customs and the coun-
try’s Maritime and Port Authority.
Singapore conducts coordinated sea
and air patrols in the Malacca Strait with
Indonesia, Malaysia and Thailand under
the Malacca Strait Patrols initiative, as well
as coordinated sea patrols in the Singapore
Strait with Indonesia under the ambit of
the Indonesia-Singapore Coordinated
Patrol. RADM Ng said that, “the coopera-
tion with our neighbours has helped to
improve the maritime security situation in
the Straits of Malacca and Singapore.
Cooperative efforts between Singapore
and Indonesia have also seen a decrease in
the number of sea robberies from a high of
27 in 1992 to just three in 2012.” Significant
was the US Navy’s maiden deployment of
a Littoral Combat Ship (LCS) to Singapore
in 2013. To this end the USS Freedom was
based at Changi Naval Base from April
until November 2013. Eventually four LCS
vessels will be located in Singapore to pro-
vide the United States with a strategic
presence in Singapore’s locale.
ArmySingapore has assumed near-indepen-
dence in terms of armoured-vehicle pro-
duction specifically through ST Kinetics
(STK). Introduced in 1999 the Bionix
Infantry Fighting Vehicle (IFV) appears in
several variants: the Bionix 40/50 has a
one-man cupola with a 40 millimetre (1.6
l asianmilitaryreview l20
m i l i t a r y
regional
Singapore Army soldiers, outfitted with elements of the Advanced Combat Man System (ACMS)infantry soldier ensemble, participate in an exercise © Gordon Arthur
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One mission, one team, one direction.
inch) automatic grenade launcher and
.50-cal machine gun; Bionix 25 with
25mm (one-inch) ATK M242 cannon in a
two-man turret; and Bionix II with 30mm
(1.2-in) ATK Mk44 Bushmaster II cannon.
An estimated 720 Bionix vehicles are in
service. The Singapore Army also has
Bionix recovery, bridge-laying and mine-
clearing variants.
The STK Terrex eight-wheel-drive
vehicle reached FOC in mid-2011, with
production beginning via a contract for
135 vehicles to equip three infantry battal-
ions. By early 2013, the initial order had
been fulfilled and another contract was
believed to have been placed. The 24-
tonne Terrex is fully amphibious, and the
Infantry Carrier Vehicle (ICV) variant is
armed with an EOS R-600 Remote
Weapon Station (RWS). A gunshot detec-
tion system is mounted on some vehicles,
and the Terrex is fitted with a high-tech
Battlefield Management System (BMS)
from ST Electronics. Additionally, the
Command, Control and Information
System (CCIS) synchronises dismounted
infantry troops fitted with the Advanced
Combat Man System (ACMS) to higher
headquarters. Singapore has other Terrex
types planned: Anti-Tank Guided Missile
(using the Rafael Advanced Defense
Systems Spike missile); Command,
Medical; Pioneer (with obstacle-clearing
blade and gap-crossing Heavy Short
Trackway Bridge); Reconnaissance,
Surveillance and Target Acquisition
(RSTA); and STrike OberveR Mission
(STORM) for artillery observers. The
Terrex was one of four shortlisted vehicles
in the US Marine Corps Marine Personnel
Carrier (MPC) requirement before the
project was frozen in 2013.
Singapore also owns some of the
region’s most capable tanks. Taking advan-
tage of a German sell-off, Singapore pro-
cured 96 Krauss-Maffei Wegmann (KMW)
Leopard 2A4 Main Battle Tanks (MBT), 30
of which were spare-parts donors. They
were immediately put through an upgrade
programme engineered by IBD Deisenroth
Engineering. The resulting Leopard 2SG is
fitted with IBD’s Evolution suite that
boasts fourth-generation Advanced
Modular Armour Protection (AMAP), plus
steel slat armour installed on the hull, tur-
ret rear and flanks. An Active Protection
System (APS) from ADS Gesellschaft of
Germany is likely to equip the vehicles but
has not been seen publicly to date.
The Singapore Army’s heaviest vehicle is theKrauss-Maffei Wegmann Leopard 2SGupgraded with Advanced Modular ArmourProtection armour, which increased its weightto 60 tons © Gordon Arthur
Singapore has assumednear-independence
in terms of armoured-vehicle production
specifically throughST Kinetics which
produces the Bionix andTerrex platforms
l asianmilitaryreview l22
m i l i t a r y
regional
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Singapore has also inducted Leopard 2
Armoured Recovery Vehicles, Armoured
Vehicle-Launched Bridges and Armoured
Engineering Vehicles. It is believed
Singapore desires a new light tank to
replace its retired AMX-13 fleet too.
In late 2009 the army took delivery of
the first of 18 Lockheed Martin High-
Mobility Artillery Rocket Systems
(HIMARS). These truck-mounted 227mm
(nine inch) rocket systems with 70km (44
mile) range became operational with the
23rd Battalion in September 2011. In
November, Singapore requested the sale of
88 Guided Multiple-Launch Rocket System
(GMLRS) pods and associated rockets
from Lockheed Martin. Meanwhile, STK is
conducting feasibility studies on a 155mm
(6.1 inch) Advanced Mobile Gun System
based on an eight-wheel-drive chassis.
The conceptual 28-tonne vehicle offers
improved mobility compared to STK-pro-
duced tracked Primus self-propelled and
Pegasus towed howitzers.
STK has achieved export success with
its small arms and ammunition. For exam-
ple it unveiled 40mm medium-velocity
rounds in 2010 that have a 50% longer
range than existing low-velocity rounds.
STK has also sold Bronco tracked vehicles
to Thailand and the UK. In September
2011 STK won a $54 million contract to
supply its second-generation Spider Light
Strike Vehicle (LSV) to the Singapore
Army with deliveries concluding in 2014.
Patrick Choy, executive vice president of
international marketing at ST Engineering,
revealed the LSV has achieved export sales
although he could not disclose client iden-
tities because the vehicles are typically
used by special forces.
The army is believed to have remaining
requirements for light reconnaissance
vehicles, body armour, SAMs and Man-
Portable Air Defence Systems (MAN-
PADS). This demonstrates the SAF’s
resolve, despite already possessing region-
al dominance in military equipment, to
continually improve its capabilities.
l asianmilitaryreview l24
A Boeing CH-47SD Chinook heavy-lift helicopter belonging to the Republic of Singapore Air Forcedelivers an underslung Light Strike Vehicle of an elite Guards unit © Gordon Arthur
m i l i t a r y
regional
In September 2011STK won a $54 million
contract to supplyits second-generation
Spider Light StrikeVehicle to the Singapore
Army with deliveriesconcluding in 2014
Prepared by Bianca Siccardi
l February/March2014 l 25
AMR AIR FORCEDIRECTORY
2014Conventional wisdom has it that
defence budgets in the Asia-Pacific
region will overtake those of the
United States in the years to come.
This is because of a combination of
budgetary increases in the region,
and cuts to defence spending
in the United States
l asianMilitaryreview l26
The inversion of the long-standing
trend is expected to culminate in
2021 by which time the region’s
budget will be subject to an aver-
age 35 percent budget increase, compared
to current spending levels, and be worth a
combined $500 billion. As a means of com-
parison, the United States’ defence spend-
ing plans for 2014 are worth $527 billion.
India established its position as the world’s
biggest importer of arms in 2013, experi-
encing a 70 percent increase since 2008,
from $3.1 billion to $5.3 billion. China also
improved its military manufacturing capa-
bilities and doubled its exports, while the
Republic of Korea’s (RoK) sales of equip-
ment in the open market reached $3.4 bil-
lion in 2013, an additional 40 percent to the
export value achieved in 2012.
Western companies could be taking sub-
stantial benefit from this general trend, at
least in the short term. India, Japan and RoK
have all attracted the attention of defence
giants such as Lockheed Martin looking to
export its F35A/B/C Lightning-II combat
aircraft to the region, along with Boeing and
BAE Systems, while Dassault Aviation is
negotiating with New Delhi for a $12 billion
order for 126 Rafale B/C/M fighters, 50
percent of which will be completed by the
Indian labour force.
Russian exports are also playing a key
role in the Asia-Pacific market. India has
been an enthusiastic buyer of Sukhoi air-
craft with 15 out of 32 Indian Air Force
fighter squadrons currently operating the
Su-30MKI Multi-Role Combat Aircraft
(MRCA). Rumours regarding Indonesia’s
intent to create eight Sukhoi MRCA
squadrons comprising 112 aircraft, possibly
using the Su-30MKII variant, within the
next 15-20 years gathered pace in 2013,
while in November 2012 China signed pre-
liminary documents for a new acquisition
consisting of 24 Sukhoi Su-35 MRCA worth
$1.5 billion, with deliveries expected to start
in 2015. China has been demonstrating its
growing capabilities through the first flight
of its Xian Y-20 strategic turbofan freighter
which, according to the manufacturer, will
enter service in 2017.
AMR’s Regional Air Force Directory has
been compiled from a range of sources
around the world notably AMR’s corre-
spondents, industry experts and serving
military personnel throughout the region.
AFGHANISTANn Afghan Air Force
5 + 5 Planned Antonov AN-32,
turboprop freighter.
Operational but
not in use.
26 + 26 Planned Cessna 208B Caravan,
transport.
2 + 4 Planned Lockheed Martin C-130H
Hercules turboprop
freighter, two more deliv-
eries scheduled for 2014.
20 Ordered Embraer A-29 Super
Tucano turboprop trainer/
ground attack. The first
aircraft is scheduled for
delivery in April 2015 and
the entire contract terms
should be fulfilled by
2019. The contract also
covers the supply of
associated training
equipment, mission
planning and debriefing.
43 Mil Mi-8/17 medium-lift
utility helicopter
7 Mil Mi-35 attack
helicopter
3 Ordered Aérospatiale/Airbus
Helicopters SA-315B
Lama rescue helicopter
10 Bell Helicopter
UH-1H medium-lift
utility helicopter
6 MD Helicopters MD-530
reconnaissance helicopter
n Afghan Special Mission Wing
1 + 17 Ordered Pilatus PC-12NG
turboprop transport
25 + 30 Ordered Mil Mi-17 medium-lift
utility helicopter
NOTES: Afghanistan's young air force has
dramatically increased the amount of cargo
and personnel it is capable of carrying and
has tripled the number of casualty evacua-
tion missions it has flown this year, achiev-
ing near self-sufficiency. The Afghan Air
Force conducted over 1,100 casualty evacu-
ation missions in 2013, compared to 391 the
previous year. Until recently, Afghanistan
had relied significantly on US military
assistance for the above-mentioned tasks
and the progress is a direct result of the
country’s pivotal role in the war against
Taliban insurgents.
AUSTRALIAn Royal Australian Air Force
54 McDonnell
Douglas/Boeing
F/A-18A Hornet multi-
role combat aircraft
15 McDonnell
Douglas/Boeing F/A-18B
multi-role combat aircraft
24 + 12 Planned Boeing F/A-18F Super
Hornet multi-role combat
aircraft. Pending order
for twelve new-build
Boeing EA-18G Growler
electronic warfare aircraft.
19 Lockheed Martin AP-3C
Orion maritime patrol
aircraft
6 Boeing C-17 Globemaster
III turbofan freighter
12 Lockheed Martin C-130J
Hercules turboprop
freighter
5 Airbus Military
KC-30A multi-role
tanker transport
2+98 Planned Lockheed Martin F-35A
Lightning-II multi-role
combat aircraft. 14 jets are
approved for acquisition
but only two have been
ordered so far. A possible
total of 100 F-35A fighters
are to be purchased under
Project Air 6000 in order
to replace the Hornets
and Super Hornets
(see above).
8 Hawker Beechcraft King
Air 350 turboprop trans-
port. Interim capability to
cover the retirement of
the DeHavilland
Canada DHC-4 Caribou
turboprop freighter.
59 Pilatus PC-9A, turboprop
training aircraft
air force directory
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l asianMilitaryreview l28
10 Ordered Alenia Aermacchi C-27J
Spartan turboprop
freighter. The Australian
Defence Minister
announced the purchase
of ten C-27J Spartans in
May 2012. The Spartans
are expected to be deliv-
ered starting from 2015.
33 BAE Systems Hawk 127
lead-in jet trainer
6 Boeing 737 (airborne early
warning and control)
n Royal Australian Army Aviation Corps
19 Bell Helicopter 206B-1
Kiowa multipurpose
utility helicopter. To be
partially replaced by the
Airbus Helicopters
EC-665 ARH Tiger attack
helicopter.
6 + 7 Ordered Boeing CH-47D/F
heavy-lift helicopter
22 Airbus Helicopters
EC-665ARH Tiger
34 Sikorsky S-70/UH-60A
medium-lift utility
helicopter
22 + 25 Ordered NH Industries NH90
medium-lift utility
helicopter. Total of 47 on
order, including six for
the Royal Australian
Navy, to replace the
retired AgustaWestland
Sea King Mk-50s.
12 Bell Helicopter 206
training helicopter
n Royal Australian Navy
16 Sikorsky S-70 maritime
support helicopter
24 Ordered Sikorsky MH-60R
Seahawk maritime
support helicopter.
Selected in June 2011. The
first examples will be
transferred to the Royal
Australian Navy in early
2014. All 24 Australian
aircraft are to be
delivered by 2016.
12 Airbus Helicopters
AS-350BA Squirrel light
utility helicopter
3 Bell Helicopter 429
GlobalRanger multipur-
pose utility helicopter
NOTES: Australia’s first Lockheed Martin F-
35A Lightning-II Multi-Role Combat Aircraft
(MRCA) is on track for delivery in the sum-
mer of 2014. The first Royal Australian Air
Force (RAAF) F-35A Lightning II, known as
AU-1, began construction on the Lockheed
Martin production line in Fort Worth,
United States, in October 2013. The aircraft
is due to roll-out in July 2014. The second
model is to follow in August 2014. The
Australian government confirmed its com-
mitment for the acquisition of 72 F-35As, as
well as its potential requirement for 28 addi-
tional units. The initial 72-aircraft deal is val-
ued at $3.08 billion.
BANGLADESHn Bangladesh Air Force
8 MiG-29SE/UB multi-role
combat aircraft. The
Russian Aircraft
Corporation announced
the beginning of
negotiations with the
Bangladesh government
for the upgrade of the
current MiG-29 fleet to
MiG-29SMT status in
April 2013.
49 Chengdu F-7 multi-role
combat aircraft. Twelve
F-7BG and four FT-/BG
received in 2006. F-7BGI
received in 2013 as
replacement for the
Nanchang A-5C ground-
attack aircraft fleet.
7 Nanchang A-5
ground-attack aircraft
7 Aero L-39 Albatros
lead-in jet trainer. Total of
eight delivered, one
aircraft crashed in 2012.
3 Antonov AN-32
turboprop freighter
4 + 4 Planned Lockheed Martin
C-130B/E Hercules
turboprop freighter.
Bangladesh Air Force is
negotiating the acquisi-
tion of four C-130Es.
6 Bell Helicopter 206 light
utility helicopter
air force directory
regional
The assembly of the first of ten AleniaAermacchi C-27J turboprop freighters for theRoyal Australian Air Force was initiated by theaircraft manufacturer in November 2013. Thefirst aircraft is scheduled to be delivered inearly 2014 © Alenia Aermacchi
air force directory
reg ional
l February/March2014 l 29
14 Bell Helicopter
212 medium-lift
utility helicopter
28 Mil Mi-8/17/171 medi-
um-lift utility helicopter
11 Cessna T-37 lead-in
jet trainer
9 Shenyang FT-6 lead-in
jet trainer
24 Planned Yakovlev Yak-130 lead-in
jet trainer/light attack
aircraft. Russia and
Bangladesh are negotiat-
ing over the purchase of
24 Yak-130 aircraft.
n Bangladesh Army
1 Cessna 208 turboprop
transport
2 Airbus Helicopters
AS-365 medium-lift utility
helicopter
n Bangladesh Navy
2 Dornier Do 228 NG
maritime patrol aircraft,
delivered June 2013
2 AgustaWestland AW-109
Power maritime support
helicopter
2 + 1 Planned Harbin Z-9 medium-lift
utility helicopter
BRUNEIn Royal Brunei Air Force
1 Airbus Military CN-235
turboprop freighter
4 Pilatus PC-7 Turbo
Trainer turboprop trainer
9 Bell 212/214 medium-lift
utility helicopter
6 Airbus Helicopters
BO-105CB light utility
helicopter
4 + 12 Ordered Sikorsky S-70/70i
medium-lift utility
helicopter. Twelve S-70i
are on order with options
for an additional ten.
3 Bell Helicopter 206B
JetRanger light utility
helicopter
BURMAn Burmese Air Force
21 Nanchang A-5
ground-attack aircraft
4 Soko G4 light
ground-attack aircraft
32 MiG-29B/UB multi-role
combat aircraft
1 Shenyang F-6 multi-role
combat aircraft
24 Chengdu F-7 interceptor
aircraft
2 Fokker F-27 turboprop
transport
2 Fairchild Hiller FH-227
turboprop transport
5 Pilatus PC-6
piston-engine transport
5 Britten Norman BN-2
maritime patrol aircraft
4 Shaanxi Y-8
turboprop freighter
2 Harbin Y-12
turboprop transport
6 Chengdu FT-7 lead-in
jet trainer
12 + 50 Ordered Hongdu K-8 lead-in
jet trainer
16 Pilatus PC-7
turboprop trainer
10 Pilatus PC-9
turboprop trainer
14 Bell Helicopter 205 light
utility helicopter
22 Mil Mi-2 light utility
helicopter
17 Mil Mi-8/17 medium-lift
utility helicopter
9 Mil Mi-24/35 attack
helicopter
13 Airbus Helicopters
SA316/SE3160 light
utility helicopter
12 PLZ W-3 Sokol medium-
lift utility helicopter
CAMBODIAn Royal Cambodian Air Force
2 Xian MA-60 turboprop
transport
2 Harbin Y-12 turboprop
transport
1 Airbus Helicopters
AS-355 Squirrel light
utility helicopter
5 Mil Mi-8/17 medium-lift
utility helicopter
10 Xian Z-9 medium-lift
utility helicopter.
Delivered on 25
November 2013, includ-
ing four assault variants
and six utility variants.
CHINAn People’s Liberation Army Air Force
120 Xian H-6 strategic
bomber
388 Chengdu J-7 multi-role
combat aircraft
96 Shenyang J-8 multi-role
combat aircraft
200 Chengdu J-10A/J0S/B
multi-role combat aircraft
272+70 Planned Shenyang J-11A/B.
Chinese built
4.5-generation
multi-role combat
aircraft. The J-11A is
based on the Sukhoi
Su-27 multi-role combat
aircraft, while the
J-11B is an upgraded
Chinese variant.
72 Xian JH-7 multi-role
combat aircraft
119 Nanchang Q-5 ground
attack aircraft
l asianMilitaryreview l30
19 Ilyushin Il-76/KJ2000
airborne early warning
and control
9 Xian MA-60 turboprop
transport
11 Tupolev Tu-154 turbofan
transport, including eight
passenger Tu-154M and
three reconnaissance
variants
60 Shaanxi Y-8 turboprop
freighter
6 Shaanxi Y-8/KJ200
airborne early warning
and control
50 Xian Y-7 turboprop
freighter
170 Hongdu JL-8 lead-in
jet trainer
10 Mil Mi17/171 medium-
lift utility helicopter
22 Changhe Z-8 search and
rescue helicopter
45 Harbin Z-9 medium-lift
utility helicopter
39 Chengdu J-7 multi-role
combat aircraft
n People’s Liberation Army Ground Force
10 Xian Y-7 turboprop
freighter
10 Shaanxi Y-8
turboprop freighter
220+20 Ordered Mil Mi-8/17/171 medi-
um-lift utility helicopter
20 Sikorsky S-70 medium-lift
utility helicopter
200 Harbin Z-9 medium-lift
utility helicopter
74+10 Changhe Z-10 attack
helicopter
48 Harbin Z-19 attack
helicopter
44 Changhe Z-11 light utility
helicopter
93 + 57 Ordered Airbus Helicopters EC-120
light utility helicopter
n People’s Liberation Army Naval Air Force
14 Xian H-6 strategic bomber
20 Xian Y-7 turboprop
freighter
22 Shaanxi Y-8/KJ-200
airborne early warning
and control
3 Shaanxi Y-8 maritime
patrol aircraft
5 Shaanxi Y-8
reconnaissance
30 Chengdu J-7 multi-role
combat aircraft
48 Shenyang J-8 multi-role
combat aircraft
6 Chengdu J-10 multi-role
combat aircraft
35 Xian JH-7 multi-role
combat aircraft
30 Nanchang Q-5 ground
attack aircraft
23 + 50 Planned Sukhoi Su-30/33
multi-role combat aircraft
3 Harbin SH-5 search
and rescue
17 Kamov Ka-28 maritime
support helicopter
2 + 7 Ordered Kamov Ka-31 maritime
support helicopter
26 Changhe Z-8 search and
rescue helicopter
25 Harbin Z-9 medium-lift
utility helicopter
14 Shenyang J-6 lead-in
jet trainer aircraft
12 Hongdu JL-8 lead-in
jet trainer
8 Mil Mi-8 medium-lift
utility helicopter
NOTES: Often referred to as Falcon Hawk
or Falcon Eagle, the Shenyang J-31 is one of
China’s two prototype fifth-generation
Multi-Role Combat Aircraft (MRCA), along
with the Chengdu J-20, and is currently
under development by Shenyang Aircraft
Corporation. Controversial issues regard-
ing the target markets for this new Chinese
stealth aircraft have emerged recently.
According to the Washington DC-based
Strategy Page, the J-31 has the potential to
air force directory
regional
The Sukhoi Su-35 single-seat, twin-enginemultirole fighter could be at the centre ofnegotiations between Russia and China in2014 regarding the latter’s acquisition of newcombat aircraft. The Su-35’s range and speedcould prove attractive for China’s defencerequirements © Sukhoi
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become a future carrier-based MRCA for
China’s air force and navy. However,
People’s Liberation Army Navy (PLAN)
sources have confirmed that the J-31 is more
likely to be produced for the export market
with North Korea and Iran being potential
customers. Another possibility is the devel-
opment of two different versions of the air-
craft: China may, in fact, sell a variant
abroad under its ‘F-60’ designation, while
maintaining a fleet of domestic J-31s for the
People’s Liberation Army Air Force.
INDIAn Indian Air Force
162+92 Ordered Sukhoi Su-30/MKI
multi-role combat aircraft.
Production of 222 Su-30s
currently undertaken by
Hindustan Aeronautics
Limited. The delivery
of the aircraft, scheduled
for 2015, is likely to
be delayed.
66 MiG-29B/UPG. Fifteen
aircraft lost to crashes
between 1994 and 2013.
To be upgraded to
MiG-29UPG status.
54 Dassault Mirage
2000H/TH multi-role
combat aircraft. Of the
aircraft acquired, ten have
been lost to crashes. The
current fleet is being
upgraded to Mirage
2000-5 Mk.2 standard.
The process is to be
completed within a
ten-year time frame. The
first upgraded Mirage
undertook its maiden
flight in October 2013.
262 MiG-21Bis/Bisons/
M/MF. To be phased-out
by 2019. Twelve aircraft
were involved in crashes
in the past three years.
110 upgraded MiG-21
Bisons are likely to
fly until 2025.
79 MiG-27ML multi-role
combat aircraft
126 Planned Dassault Rafale-B/C/M
multi-role combat aircraft.
Multi-billion dollar
deal currently being
negotiated with Dassault
Aviation. Completion of
the negotiation is sched-
uled for March 2014.
144 Planned Sukhoi T-50 PAK-FA
multi-role combat aircraft.
Joint development of this
fifth generation aircraft
involves India and
Russia. The preliminary
design development
contract was signed by
Hindustan Aeronautics
and Sukhoi in 2010 and is
worth $295 million.
20 + 40 Planned HAL Tejas Light Combat
Aircraft (LCA). The super-
sonic aircraft received the
Initial Operational
Clearance in December
2013. As per current
plans, IAF will order suf-
ficient aircraft to equip six
Tejas Mark-II squadrons
(of between 16 to 18 air-
craft each) once the fighter
is combat-ready.
However, the single-
engine Tejas is not likely
to become combat-ready
before the end of 2015.
117 SEPECAT Jaguar M/S
multi-role combat aircraft
3 Gulfstream Aerospace
G-IV SRA-4 turbofan
transport
17 Ilyushin Il-76 strategic
turbofan freighter
3 + 2 Planned Ilyushin Il-76 airborne
early warning and control
7 Ilyushin Il-78 tanker
5 + 5 Ordered Boeing C-17 Globemaster
III turbofan freighter.
Remaining five to be
delivered in 2014
India will become the largest Boeing C-17Globemaster-III customer outside the United Statesthanks to the agreement signed in June 2011 for theacquisition of ten C-17 airlifters. The Indian Air Forcehas received five aircraft so far © Indian Air Force
l asianMilitaryreview l32
air force directory
regional
The KC-390 has � own through design.Now orders can start � ying in.
A multi-mission aircraft like no other, the KC-390 is no longer just an ambitious concept. Having cleared Critical Design Review, we’re now offering it to potential customers for new standards of economy and performance in troop and cargo transport, search and rescue, MEDEVAC, fi refi ghting, and aerial refueling. You’ll want to know more about KC-390 capabilities such as full fl y-by-wire fl ight control, complete self-protection system, and operations on short and semi-prepared strips.
l asianMilitaryreview l34
6 + 6 Planned Lockheed Martin C130J
Hercules turboprop
freighter
96 Antonov An-32
turboprop freighter.
Currently being upgraded
in Ukraine to prolong
service life.
58 BAE Systems/Hawker-
Siddeley HS 748-100
turboprop transport. To
be replaced under a $2.4
billion programme.
1 Boeing 707
reconnaissance
3 Ordered Embraer EMB-145
airborne early warning
and control
2 Gulfstream G100
reconnaissance
6 Planned Airbus Military
A330-MRTT multi-role
tanker transport
15 Ordered National Aerospace
Laboratories Saras
turboprop transport
40 Dornier Do 228-201
turboprop transport
2 Gulfstream G200
turbofan transport
10 SEPECAT Jaguar T
lead-in jet trainer
65+40 Ordered BAE Systems Hawk 132
+20 Planned lead-in jet trainer
22 Boeing AH-64E attack
helicopter
15 Planned Boeing CH-47F heavy-lift
helicopter
81 Hindustan Aeronautics
HJT-16 Kiran lead-injet
trainer
16 Ordered Hindustan Aeronautics
HJT-36 Sitara lead-in
jet trainer
20 + 55 Ordered Pilatus PC-7 Mk II
turboprop trainer
47 + 65 Ordered Hindustan Aeronautics
Dhruv ALH light utility
helicopter
65 Ordered Hindustan Aeronautics
LCH attack helicopter
3 Mil Mi-26 heavy-lift
helicopter
168+82 Ordered Mil Mi-8/Mi-17 medium-
lift utility helicopter. One
Mi-17V5 crashed June
2013.
20 Mil Mi-24 attack
helicopter
12 + 1 Airbus Helicopters SA-315
light utility helicopter
73 Airbus Helicopters
SA-316/319 light utility
helicopter
45 Planned Medium Transport
Aircraft turboprop
freighter
n Indian Army Aviation
64+160 Ordered Hindustan Aeronautics
Dhruv ALH light utility
helicopter
114 Ordered Hindustan Aeronautics
LCH attack helicopter
2 Airbus Helicopters
SA-316/SE3160 light
utility helicopter
23+19 Ordered Airbus Helicopters SA-315
light utility helicopter
n Indian Naval Air Arm
18 + 24 Ordered MiG-29K multi-role
combat aircraft
8 BAE Systems Sea
Harrier FRS51 multi-role
combat aircraft
4+13 Ordered BAE Systems Hawk 132
lead-in jet trainer
3+5+12 Ordered Boeing P-8I maritime
patrol aircraft
8 Tupolev Tu-142M
maritime patrol aircraft.
Being replaced by twelve
Boeing P-8I (see below).
5 Ilyushin Il-38 maritime
patrol aircraft
26 Dornier Do-228 maritime
patrol aircraft
13 + 4 Ordered Kamov Ka-28 maritime
patrol helicopter
9 + 5 Ordered Kamov Ka-31 maritime
patrol helicopter
27 Airbus Helicopters
SA-316B light utility
helicopter
20 Hindustan Aeronautics
HJT-16 lead-in jet trainer
27 AgustaWestland Sea
King 42 maritime support
helicopter
7 Britten-Norman BN-2
maritime patrol aircraft
15 Ordered National Aerospace
Laboratories Saras light
turboprop transport
8 Hindustan Aeronautics
Dhruv ALH light utility
helicopter
8 Sikorsky S-61/H/UH-3H
maritime support
helicopter
3 BAE Systems Harrier
T4/60 lead-in jet trainer
3 MiG-29KUB lead-in jet
trainer
NOTES: The Indian Air Force (IAF) alone
intends to spend over $70 billion on procure-
ment and upgrades over the next decade, to
transform its fleet into one of the most mod-
ern air forces in the world. India’s objective is
to maintain technological superiority over its
rivals and at the same time to deepen its capa-
bilities in the aerospace sector. This latter
point has been a significant drive behind its
collaboration with Russia. These endeavours
include the joint development of a new fifth-
air force directory
regional
generation Multi-Role Combat Aircraft
(MRCA) based on the Sukhoi T-50 PAK-FA
for use by both countries’ air forces, the
Sukhoi/Hindustan Aeronautics Limited
(HAL) Fifth Generation Fighter Aircraft
(FGFA). The agreement for the combined
project was finalised in 2007. Despite being an
equal financial partner, India’s work share on
the project is only 15 percent. Currently four
T-50 prototypes have performed more than
200 test flights since January 2010 and the
final design contract, worth over $10 billion, is
under negotiation. The new fighter should be
ready for introduction from 2020 onwards.
INDONESIAn Indonesian Air Force
4 + 12 Ordered Embraer A-29 Super
Tucano turboprop
trainer/light attack. The
contract was finalised in
June 2011 and the first
four aircraft were
delivered in August 2012.
The Indonesian Air Force
placed a second order
for eight A-29s in July
2012. Deliveries of these
aircraft are expected to
begin in 2014.
16 Sukhoi Su-27/ 30MK/
MK2 multi-role combat
aircraft. The final two of
six Su-30MK2s ordered in
2011 were delivered in
September 2013.
12 + 24 Ordered General Dynamics/
Lockheed Martin F-16A/B
multi-role combat aircraft.
Indonesia formally
requested to buy 24 used
F-16C/D Block 25s from
the United States in
2011 and is currently
expecting deliveries of
these aircraft.
9 Northrop Grumman
F-5E/F multi-role combat
aircraft. Indonesia is
currently in talks
regarding the refurbish-
ment and upgrade of the
F-5 fleet to extend its
service life to 2020.
23 BAE Systems Hawk
209 lead-in jet trainer
3 Boeing 737 maritime
patrol aircraft
16 + 4 Ordered Lockheed Martin
C-130B/H and L-100
turboprop freighters.
A separate transfer
contract for an additional
five C-130Hs was
signed with Australia
on 26 July 2013.
1 + 2 Ordered Airbus Military CN-235
maritime patrol aircraft
8 + 7 Ordered Airbus Military
C-295/CN-235
turboprop freighter
8 + 5 Planned Airbus Military C-212
turboprop freighter.
Airbus Military and PT
Dirgantara Indonesia have
signed an agreement (part
of the contract signed in
October 2011) to jointly
manufacture and launch
an upgraded variant of the
C-212-400. The aircraft
will be equipped with
new digital avionics and
autopilot systems and will
feature 28 seats.
5 Fokker F-27 turboprop
transport
1 Lockheed Martin
KC-130B tanker
10 Airbus Helicopters EC-120
light utility helicopter
2 Pilatus PC-6 turboprop
freighter
7 Airbus Helicopters BO-105
light utility helicopter
16 + 3 Ordered KAI KT-1B turboprop
trainer/light attack
18 Alenia Aermacchi SF-260
lead-in jet trainer
15 Hawker Beechcraft T-34C
turboprop trainer
6 + 10 Ordered Korea Aerospace
Industries T-50 lead-in
jet trainer. $400 million
contract signed in
May 2011. This aircraft is
to replace the BAE
Systems Hawk Mk 53
(see below) lead-in jet
trainer currently in service.
Deliveries began in
September 2013.
The Indonesian Air Force has orderednine Airbus Military C-295 turbopropfreighters for tactical and logistical trans-port. Three aircraft are to be assembledin Indonesia by PT Dirgantara Indonesia.All aircraft should be delivered by themiddle of 2014 © Airbus Military
l February/March2014 l 35
l asianMilitaryreview l36
6 BAE Systems Hawk 53
lead-in jet trainer
7 BAE Systems Hawk 109
lead-in jet trainer
4 + 14 Ordered Grob G120TP piston-
engine trainer. Order
placed in September 2011.
Deliveries began in 2012
and will continue through
2014. Aircraft replacing
the Hawker Beechcraft
T-34C turboprop trainer
aircraft and FFA/
SIAI-Marchetti AS/SA
202-18A3 Bravo
piston-engine trainer.
7 + 9 Ordered Airbus Helicopters
AS-332 medium-lift utility
helicopter
6 Ordered Airbus Helicopters
EC-725 medium-lift utility
helicopter. Contract
signed in March 2012. All
six helicopters are config-
ured for combat search
and rescue and will be
delivered in 2014.
11 Airbus Helicopters SA-330
light utility helicopter
n Indonesian Army
8 Ordered Boeing AH-64E Apache
attack helicopter. $500
million deal including
pilot training, radars and
maintenance.
6 Airbus Military C-212
turboprop freighter
37 Bell Helicopter
412 medium-lift utility
helicopter. Ten Bell 412
enhanced performance
rotorcraft ordered under
a $65 million purchase
contract in March 2012
and received in March
2013. Indonesia is
currently negotiating a
$170 million deal for 16
additional helicopters.
12 Bell Helicopter 205 medi-
um-lift utility helicopter
15 Airbus Helicopters BO-105
light utility helicopter
1 Britten Norman BN-2
piston-engine transport
1 Aero Commander 680FL
utility transport aircraft
11 + 6 Ordered Mil Mi-8/17 medium-lift
utility helicopter.
One lost to crash in
November 2013.
5 Mi-24/35 attack
helicopter
7 Airbus Helicopters SA-316
light utility helicopter
14 Schweizer 369 light utility
helicopter
2 Airbus Helicopters
EC-120B light utility
helicopter
n Indonesian Navy
9 + 1 Ordered Airbus Military C-212
turboprop freighter
6 Airbus Military C-212
maritime patrol aircraft
1 + 4 Ordered Airbus Military CN-235
+ 3 Planned turboprop freighter
30 GAF Nomad 22/24
maritime patrol aircraft
1 Airbus Helicopters
AS-332 maritime support
helicopter
3 Bell Helicopter 412 mar-
itime support helicopter
3 Airbus Helicopters
BO-105 maritime support
helicopter
4 Airbus Helicopters
EC-120 maritime support
helicopter
NOTES: The Indonesian Air Force plans to
focus on the introduction of new Multi-Role
Combat Aircraft (MRCA) and the imple-
mentation of new training programmes for
its pilots. After the delivery of the final two
Russian-made Sukhoi Su30MKII MRCAs,
part of an order for six aircraft, in
September 2013, Indonesia intends to create
eight new fast jet squadrons by 2024, each
consisting of 16 aircraft.
JAPANn Japan Air Self Defence Force
61 Mitsubishi F-2A
multi-role combat aircraft
78 McDonnell
Douglas/Boeing
F/EF/RF-4EJ multi-role
combat aircraft. Being
phased out to be replaced
by existing Boeing
F-15DJ/Js and new
Lockheed Martin F-35As
Lightning-II (see below)
multi-role combat aircraft.
42 Ordered Lockheed Martin F-35A
Lightning-II multi-role
combat aircraft. Japan
ordered a total of 42
aircraft in December 2011
and the initial deliveries
are scheduled for 2016.
153 McDonnell
Douglas/Boeing F-15J
multi-role combat aircraft
4 Boeing E-767 airborne
early warning and control
125 Hawker-Siddeley/BAE
Systems 125 search and
rescue
13 Northrop Grumman E-2C
airborne early warning
and control
15 Lockheed Martin C-130H
turboprop fighter
23 Kawasaki C-1A
turbofan freighter
1 Kawasaki EC-1
reconnaissance
20 Ordered Kawasaki C-2
turbofan freighter
5 Gulfstream IV U-4
turbofan transport
10 Nihon Aircraft YS-11/
YS-11 reconnaissance
1 Lockheed Martin
KC-130H tanker
4 Boeing KC-767 tanker
13 Hawker Beechcraft 400
turbofan transport
14 Mitsubishi F-2B
multi-role combat aircraft
45 Boeing F-15DJ multi-role
combat aircraft
48 Fuji T-3 piston-engine
trainer
203 Kawasaki T-4 lead-in
jet trainer
16 Boeing CH-47J heavy-lift
helicopter
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l asianMilitaryreview l38
36 + 40 Ordered Sikorsky S-70/UH-60J
medium-lift utility
helicopter
n Japan Ground Self Defence Force
153 Bell Helicopter UH-1H/J
medium-lift utility
helicopter
58 Boeing CH-47J/JA
heavy-lift helicopter
106 MD Helicopters MD500
reconnaissance
75 Bell Helicopter AH-1S
attack helicopter
10 Boeing AH-64D attack
helicopter
38+112 Planned Kawasaki OH-1
attack helicopter.
Under delivery
7 Hawker Beechcraft
King Air 350 turboprop
transport
4 Mitsubishi MU-2
turboprop transport
34 Sikorsky S-70/UH-60
medium-lift utility
helicopter
12 + 8 Ordered Enstrom 480 light utility
helicopter
n Japan Maritime Self Defence Force
95 Lockheed Martin
P-3C Orion maritime
patrol aircraft
2 + 8 Ordered Kawasaki P-1 maritime
+ 60 Planned patrol aircraft. Order
finalised in 2010 with an
estimated purchase cost
of $2.4 billion.
2 ShinMaywa US-1
search and rescue
5 ShinMaywa US-2
maritime patrol aircraft.
Replacing the older US-1
(see above).
3 NAMC YS-11 turboprop
transport
4 Learjet 36 reconnaissance
5 Hawker Beechcraft
King Air 90 turboprop
transport
8 + 6 Ordered AgustaWestland
AW-101 maritime
support helicopter
110 Sikorsky S-70/SH/
UH-60J/K maritime
support helicopter
10 + 5 Ordered Airbus Helicopters
EC-135 maritime
support helicopter
1 Airbus
Helicopters/Kawasaki
BK117 medium-lift
utility helicopter
9 Sikorsky MH-53E mar-
itime support helicopter
8 MD Helicopters MD-500
reconnaissance helicopter
26 Hawker Beechcraft
King Air 90 turboprop
transport
41 + 1 Ordered Fuji T-3 piston-engine
trainer
NOTES: Despite its record as one of Asia’s
most technologically advanced air forces,
the Japan Air Self Defence Force (JASDF) is
now facing the technological improvement
of China’s People’s Liberation Army Air
Force (PLAAF). The advanced Multi-Role
Combat Aircraft (MRCA) that China is
developing represent a significant challenge
to Japan. Japan's answer to the Chengdu J-
20 MRCA came in December 2011, when it
selected the Lockheed F-35A Lightning-II
over the Boeing F/A-18E/F and
Eurofighter Typhoon MRCAs.
LAOSn Lao People’s Liberation Army Air Force
1 Antonov An-26
turboprop freighter
2 Xian MA60 turboprop
transport
1 Mil Mi-26 heavy-lift
helicopter
2 Kamov Ka-32 maritime
support helicopter
4 Bell Helicopter UH-1H
medium-lift utility
helicopter
4 Harbin Z-9 medium-lift
utility helicopter
MALAYSIAn Royal Malaysian Air Force
18 Sukhoi Su-30MKM
multi-role combat aircraft
air force directory
regional
The AgustaWestland AW-101 medium-lift utility helicopter, currently operated by the Japan MaritimeSelf Defence Force, may not be an option for India. As was reported in January 2014, India cancelledits planned purchase of twelve AW-101s amid allegations of corruption © AgustaWestland
10 + 2 Planned MiG-29N multi-role combat
aircraft. This aircraft will
be phased out by 2015 and
the Eurofighter Typhoon,
Dassault Rafale-B/C/M,
Boeing F/A-18E/F Super
Hornet, Saab JAS-
39C/D/E Gripen and
Sukhoi Su-30 MRCAs have
all been short-listed as its
replacement.
8 Boeing F/A-18D multi-role
combat aircraft
13 BAE Systems Hawk 208
lead-in jet trainer
3 Northrop Grumman F-5F
multi-role combat aircraft
10 Northrop Grumman RF-5E
reconnaissance
4 Ordered Airbus Military A400M
turboprop freighter.
The Royal Malaysian
Air Force will receive its
first A400M in 2015, after a
two-year delay in
delivery. The remaining
aircraft will be delivered
by 2016. The order is
worth $840 million.
4 Lockheed Martin
KC-130H tanker
4 Hawker Beechcraft King
Air 200 maritime patrol
aircraft
10 Lockheed Martin C-130H
turboprop freighter
6 Airbus Military CN-235
turboprop freighter
8 Alenia Aermacchi MB-339
lead-in jet trainer
6 BAE Systems Hawk 108
lead-in jet trainer
40 + 5 Planned Pilatus PC-7/PC-7 Mk II
turboprop trainer
12 Airbus Helicopters EC-725
medium-lift utility helicop-
ter. Contract signed in 2010
and an initial two helicop-
ters were delivered in
December 2012.
29 Sikorsky S-61 medium-lift
utility helicopter
20 Airbus Helicopters SA-316
light utility helicopter
n Royal Malaysian Army
11 AgustaWestland AW-109
light utility helicopter
n Royal Malaysian Navy
6 AgustaWestland Super
Lynx 300 maritime
support helicopter
6 Airbus Helicopters
AS-555 maritime support
helicopter
NOTES: The Royal Malaysian Air Force
requirement for 18 Multi-Role Combat
Aircraft (MRCA) to replace its obsolete
MiG-29N fleet, due to be retired in 2015,
could be fulfilled by either the Boeing
F/A-18E/F Super Hornet, Dassault
Rafale-B/C/M, Eurofighter Typhoon, Saab
JAS-39C/D/E Gripen or Sukhoi Su-30.
NEW ZEALANDn Royal New Zealand Air Force
6 Lockheed Martin
P-3K maritime patrol
aircraft
2 Boeing 757-200 turbofan
transport
5 AgustaWestland
AW-109 light utility
helicopter.
4 Hawker Beechcraft
King Air 200 turboprop
transport
5 Lockheed Martin C-130H
turboprop freighter
6 + 2 Ordered NH Industries
NH-90 medium-lift utility
helicopter
13 Bell Helicopter UH-1H
medium-lift utility
helicopter
13 Pacific Aerospace
Corporation CT-4E
piston-engine trainer
n Royal New Zealand Navy
5 Kaman SH-2G maritime
support helicopter
NORTH KOREAn Korean People’s Army Air Force
35 MiG-29 multi-role
combat aircraft
56 MiG-23 multi-role
combat aircraft
26 MiG-21 multi-role
combat aircraft
107 Shenyang F-5 multi-role
combat aircraft
l February/March2014 l 39
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reg ional
The Royal Malaysian Air Force took delivery ofits first two Airbus Helicopters EC-725 medium-lift helicopters in late 2012 © Airbus Helicopters
l asianMilitaryreview l40
98 Shenyang F-6 multi-role
combat aircraft
120 Chengdu F-7 multi-role
combat aircraft
80 Harbin H-5 medium
bomber
18 Sukhoi Su-7 multi-role
combat aircraft
34 Sukhoi Su-25 multi-role
combat aircraft
1 Antonov An-24
turboprop freighter
20 Mil Mi-24 attack
helicopter
4 Mil Mi-26 heavy-lift
helicopter
8 Mil Mi-14 maritime
support helicopter
85 MD Helicopters MD500
light utility helicopter
46 Mil Mi-2 light utility
helicopter
40 Mil Mi-8 light utility
helicopter
30 Shenyang FT-2 lead-in
jet trainer
135 Shenyang FT-5 lead-in
jet trainer
PAKISTANn Pakistan Air Force
40+110 Ordered Chengdu JF-17
multi-role combat
aircraft. A total of 110
aircraft are believed to
be currently on order
37 General Dynamics/
Lockheed Martin
F-16A/B multi-role
combat aircraft
27 Lockheed Martin
F-16C/D multi-role
combat aircraft
69 Dassault Mirage-
IIIEP/OF/RP multi-role
combat aircraft.
Expected to remain in
service until 2017.
90 Dassault Mirage-
5EF/F/PA multi-role
combat aircraft. The fleet
will be replaced with the
Chengdu JF-17 by 2017
(see above).
18 Dassault Mirage-
IIIBE/D/DP multi-role
combat aircraft
2 Dassault Mirage-5DPA
multi-role combat aircraft
25 Shenyang FT-5 lead-in
jet trainer
9 Shenyang FT-6 lead-in
jet trainer
5 Chengdu FT-7 lead-in
jet trainer
141 Chengdu F-7 multi-role
combat aircraft. Eight
lost to crashes between
2007 and 2013.
39 Hongdu K-8 lead-in
jet trainer
2 Dassault Falcon 20/200
reconnaissance
4 Hawker Beechcraft King
Air 350 reconnaissance
1 Saab 2000 turboprop
transport
3 Harbin Y-12 turboprop
transport
3 + 1 Ordered Shaanxi Y-8/ZDK-03
airborne early warning
and control
4 Ilyushin Il-78 tanker
3 Airbus Military CN-235
turboprop freighter
16 Lockheed Martin
C-130B/E and L-100
turboprop freighter
5 Bell Helicopter 205 medi-
um-lift utility helicopter
1 Bell Helicopter 412 medi-
um-lift utility helicopter
6 Mil Mi-8/171 medium-lift
utility helicopter
9 Airbus Helicopters SA-316
light utility helicopter
1 Airbus Helicopters SA-330
light utility helicopter
1 Aérospatiale SE-3160 light
utility helicopter
18 Cessna T-37B/C lead-in
jet trainer
n Pakistan Army
48 Bell Helicopter AH-1F
attack helicopter
19 Bell Helicopter 206 medi-
um-lift utility helicopter
30 + 2 Ordered
+ 40 Planned Bell Helicopter 412 medi-
um-lift utility helicopter.
Formal announcement for
the purchase of up to 30
Bell 412EP medium-lift
utility helicopters made in
September 2010. The
estimated cost of the
contract is $397 million.
46 Mil Mi-8 and Mil-171
medium-lift utility
helicopter
1 Bell Helicopter UH-1H
medium-lift utility heli-
copter
14 Airbus Helicopters SA-315
light utility helicopter
14 Airbus Helicopters SA-316
light utility helicopter
31 Airbus Helicopters SA-330
medium-lift utility heli-
copter
16 + 6 Ordered Airbus Helicopters
AS-550 medium-lift utility
helicopter
1 Citation Bravo turbofan
transport
1 Hawker Beechcraft King
Air 350 turboprop trans-
port
2 Aero Commander piston-
engine transport
4 Harbin Y-12 turboprop
transport
n Pakistan Navy
6 Lockheed Martin
P-3C maritime patrol
aircraft. Two new
aircraft delivered in
February 2012
following the attack
by armed militants
on the Mehran Naval
Airbase, southern
Pakistan in May 2011.
Two upgraded P-3C were
destroyed on that occa-
sion and two additional
aircraft were delivered in
February 2012.
1 BAE Systems 125
reconnaissance
air force directory
regional
7 Fokker F-27 maritime
patrol aircraft
7 Airbus Helicopters
SA-316 maritime support
helicopter
6 AgustaWestland Sea
King 45 maritime support
helicopter
6 Harbin Z-9EC medium-lift
utility helicopter
2 Mi-14 maritime support
helicopter
2 ATR 42 maritime patrol
aircraft
NOTES: Due to financial constraints
the Pakistan Air Force (PAF) has suspend-
ed its “Air Force Development Plan 2025”.
Under the plan, PAF had received money
from the federal government until 2007
but has now been forced to close a number
of projects, thus affecting the upgrade of
the country’s air power.
PHILIPPINESn Philippine Air Force
8 Rockwell International
OV-10 light attack
turboprop
3 Lockheed Martin
C-130H/B turboprop
transport
2 Fokker F-27 turboprop
transport
1 GAF Nomad 22 turbo-
prop transport
1 Aero Commander piston-
engine transport
12 Planned Korea Aerospace
Industries FA-50
multi-role combat
aircraft
5 SIAI-Marchetti S-211
lead-in jet trainer
8 Ordered AgustaWestland AW-109
light utility helicopter.
Contract signed in
November 2013.
Deliveries to start in 2014
4 Ordered Airbus Helicopters
AS-550 medium-lift
utility helicopter
8 PLZ W-3 Sokol light
utility helicopter
25 MD Helicopters MD-500
light utility helicopter
10 Sikorsky S-76A/AUH-
76A medium-lift utility
helicopter
42 Bell Helicopter UH-1H
medium-lift utility heli-
copter. 33 are beyond
economical repair, 25
recoverable but need a
budget for repair, 21 are
operational. Bidding for
21 refurbished UH-1H
helicopters failed for the
third time in September
2013 as it fell short of
requirements.
8 Bell Helicopter 205 medi-
um-lift utility helicopter
2 Bell Helicopter 212/214
medium-lift utility
helicopter
20 Alenia Aermacchi SF-260
lead-in jet trainer
n Philippine Navy Aviation
6 Britten Norman BN-2
maritime patrol aircraft
4 Airbus Helicopters BO-
105 light utility helicopter
8 Ordered AgustaWestland AW-109
maritime support
helicopter. Deliveries
expected by 2014.
NOTES: The Philippine Air Force (PAF)
plans to acquire twelve Korea Aerospace
Industries FA-50 multi-role combat aircraft
in order to enhance its territorial defence.
Over $463 million has been allocated
by the government for the acquisition
of the above-mentioned aircraft. Such
modernisation programmes aim to address
the country’s requirements for countering
airborne threats, as well as providing
proper training to pilots on supersonic
high-performance aircraft. The Philippines
has recently signed a memorandum of
understanding with the Republic of
Korea to expand the collaboration in
defence trade and cooperation between the
two countries. The agreement also enables
potential industrial cooperation on the
FA-50 programme.
SINGAPOREn Republic of Singapore Air Force
24 Boeing F-15SG multi-role
combat aircraft.
Declared combat-ready
by Singapore
Defence Minister in
September 2013.
60 Lockheed Martin
F-16C/D multi-role
combat aircraft
26 Northrop Grumman
F-5S multi-role combat
aircraft
16 Boeing CH-47SD
heavy-lift helicopter
32 Airbus Helicopters
AS-332/532 medium-lift
utility helicopter
17 Boeing AH-64D attack
helicopter
5 Airbus Helicopters EC-120
light utility helicopter
9 Fokker F-50 maritime
patrol aircraft
4 Gulfstream G550 airborne
early warning and control
5 Lockheed Martin C-130H
turboprop transport
5 Lockheed Martin
KC-130B/H tanker
4 Boeing KC-135R tanker
9 Northrop Grumman F-5T
lead-in jet trainer
3 + 9 Ordered Alenia Aermacchi M-346
lead-in jet trainer.
Deliveries began in 2013.
19 Pilatus PC-21 turboprop
transport
n Republic of Singapore Navy
6 + 2 Ordered Sikorsky S-70 maritime
support helicopter
NOTES: Singapore’s intention of upgrading
its Lockheed Martin F-16 C/D multi-role
combat aircraft fleet is now official.
According to a 2013 statement by the coun-
try’s defence minister, the air force plans to
modernise the avionics and extend the lifes-
pan of the fighters. The Singapore F-16
upgrade programme is likely to involve
aggressive competition between BAE
Systems and Lockheed Martin.
l asianMilitaryreview l42
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regional
REPUBLIC OF KOREAn Republic of Korea Air Force
120 Boeing F-15K multi-role
combat aircraft
20 Ordered Korea Aerospace
Industries KT-1 turbo-
prop trainer. The new
FA-50s will replace the
Northrop Grumman
F-5E/F multi-role combat
aircraft fleet which will
be retired by 2019.
60 Planned Lockheed Martin F-35A
Lightning-II multi-role
combat aircraft. Deliveries
for 40 aircraft will begin
in 2018. Options exist for
the purchase of 20
additional airframes.
82 McDonnell
Douglas/Boeing F-
4E/RF-4C multi-role com-
bat aircraft
151 Northrop Grumman F-5E
multi-role combat aircraft
35 Northrop Grumman F-5F
multi-role combat aircraft
117 Lockheed Martin F-16C
multi-role combat aircraft
11 + 11 Ordered Korea Aerospace
Industries TA-50 lead-in
jet trainer
4 Boeing 737 airborne early
warning and control
2 Planned Dassault Falcon 2000S
reconnaissance. Could
replace the Hawker
Beechcraft 800 reconnais-
sance platform.
8 Hawker-Siddeley/BAE
Systems 125 reconnais-
sance
12 Lockheed Martin C-130H
turboprop freighter
4 Ordered Lockheed Martin C-130J
turboprop freighter.
Scheduled for delivery in
2014.
18 Airbus Military CN-235
turboprop freighter
51 Lockheed Martin F-16D
multi-role combat aircraft
3 Airbus Helicopters AS-
332 medium-lift utility
helicopter
3 Bell Helicopter
412 medium-lift utility
helicopter
5 Boeing CH-47D heavy-lift
helicopter
7 Kamov Ka-32 maritime
support helicopter
25 MD Helicopters MD500
light utility helicopter
29 Sikorsky S-70/HH/
UH-60P medium-lift
utility helicopter
106 Korea Aerospace
Industries KT-1
turboprop trainer
58 Korea Aerospace
Industries T-50/B
advanced trainer aircraft
n Republic of Korea Army
77 Bell Helicopter AH-1J/S
attack helicopter
36 Boeing AH-64E attack
helicopter
12 Airbus Helicopters
BO-105 light utility
helicopter
23 Boeing CH-47D heavy-lift
helicopter
252 MD Helicopters MD500
light utility helicopter
91 Bell Helicopter UH-1H
medium-lift utility heli-
copter
68 Sikorsky S-70/UH-60L/P
medium-lift utility
helicopter
19 + 5 Ordered Korea Aerospace
+ 221 Planned Industries KUH/1
Surion medium-lift
utility helicopter
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All four Republic of Korea Boeing 737 airborneearly warning aircraft operate from Gimhaeair base © Boeing
n Republic of Korea Navy
16 Lockheed Martin P-3C/CK
maritime patrol aircraft
18 Planned Lockheed S-3 maritime
patrol aircraft
5 Reims F406 Caravan II
utility turboprop transport
24 AgustaWestland
Lynx 99A maritime
support helicopter
8 Sikorsky S-70/UH-60P
maritime support
helicopter
6 Airbus Helicopters
SA-319 maritime support
helicopter
7 Bell Helicopter
UH-1H maritime support
helicopter
8 Ordered AgustaWestland
AW-159 maritime
support helicopter.
The Republic of Korea
will receive four AW-159s
in 2015 and additional
four in 2016 under a $560
million deal.
n Republic of Korea Marine Corps
40 Ordered Korea Aerospace
Industries KUH/1 Surion
NOTES: The Republic of Korea (RoK) hopes
to leap into the rank of major arms exporters
as a result of its ongoing Korea Fighter
Experimental (KFX) programme. The pro-
gramme, which is to be led by the RoK’s
largest aircraft manufacturer Korea
Aerospace Industries (KAI), focuses on the
development of an advanced fifth-generation
multi-role combat aircraft for the Republic of
Korea Air Force (RoKAF) and the Indonesian
Air Force (TNI-AU). Although the KFX pro-
gramme has been delayed several times in the
last decade, two concept models for the KFX
combat aircraft were displayed in October
2013 during the Seoul International
Aerospace and Defence Exhibition: KAI’s
KFX-E, a single-engine concept, and the
Agency for Defence Development (ADD)
C103, twin-engine aircraft that would require
higher domestic system development. Facing
the threat from North Korea and the strategic
situation involving China and Japan, the RoK
Korea has developed its own initiatives to
respond to the urgent need to replace obso-
lete platforms in its fleet of multi-role combat
aircraft. The country has also announced its
intentions to purchase 40 fifth-generation
fighters under the FX-III programme, with
the Lockheed Martin F-35A Lightning-II
multi-role combat aircraft likely to be select-
ed. The first deliveries should occur in 2018.
SRI LANKAn Sri Lankan Air Force
9 Israel Aerospace Industries
Kfir C2/7/(T)C2
multi-role combat aircraft
8 Chengdu F-7 multi-role
combat aircraft
6 MiG-27M multi-role
combat aircraft
1 MiG-23UB multi-role
combat aircraft
2 Hawker Beechcraft King
Air 200 maritime patrol
aircraft
2 Lockheed Martin C-130K
turboprop freighter
5 Antonov An-32
turboprop freighter
9 Harbin Y-12
turboprop transport
2 Ordered Xian MA60 turboprop
transport
4 Bell Helicopter 206 medi-
um-lift utility helicopter
13 Bell Helicopter 212/412
medium-lift utility
helicopter
14 + 14 Ordered Mil Mi-8 medium-lift
utility helicopter.
9 Mil Mi-24 attack
helicopter
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Along with India, Taiwan is the onlyDassault Mirage-2000 multirole combataircraft operator in the Asia-Pacificregion. The island nation operates 47 ofthe Mirage-2000-5EI variants, and nineMirage-2000-5DI versions © Toshiro Aoki
5 + 2 Planned Hongdu JL-8 lead-in
jet trainer
TAIWANn Republic of China Air Force
116 Lockheed Martin F-16 A
multi-role combat aircraft
28 Lockheed Martin F-16B
multi-role combat aircraft
47 Dassault Mirage 2000-5EI
multi-role combat aircraft
9 Dassault Mirage 2000-5DI
multi-role combat aircraft
22 North Grumman F/RF-5E
multi-role combat aircraft
101 Aerospace Industrial
Development
Corporation F-CK-1A
multi-role combat aircraft
20 Lockheed Martin C-130H
turboprop freighter
1 + 11 Ordered Lockheed Martin P-3C
Maritime Patrol Aircraft
(MPA). The first of twelve
refurbished P-3C MPA
was delivered to Taiwan
in September 2013. The
last of these aircraft is
scheduled for delivery by
the end of 2015.
11 ShinMaywa US-2
maritime patrol aircraft
6 Ordered Alenia Aermacchi C-27J
turboprop freighter
6 Northrop Grumman E-2K
airborne early warning
and control
3 Airbus Helicopters
EC-225 medium-lift utility
helicopter
13 Sikorsky S-70/UH-60A
medium-lift utility helicopter
51 Aerospace Industrial
Development
Corporation AT-3A/B
lead-in jet trainer
25 Aerospace Industrial
Development
Corporation F-CK-1B
multi-role combat aircraft
25 Northrop Grumman F-5F
multi-role combat aircraft
37 Hawker Beechcraft T-34C
turboprop trainer
n Republic of China Army
62 Bell Helicopter AH-1W
attack helicopter
6 + 24 Ordered Boeing AH-64E attack
helicopter. First six heli-
copters received in
November 2013, part of a
30-aircraft contract signed
in June 2011. All 30
AH-64E are expected to
be delivered by the end
of 2014
8 Boeing CH-47SD
heavy-lift helicopter
38 Bell Helicopter OH-58
reconnaissance helicopter
91 Bell Helicopter UH-1H
medium-lift utility
helicopter
4 + 56 Ordered Sikorsky UH-60M medi-
um-lift utility helicopter.
Order for additional 26
announced in November
2013. The first four
helicopters are currently
being built by Sikorsky
and will be delivered in
March 2014
29 Bell Helicopter 206 mar-
itime support helicopter
n Republic of China Navy
8 MD Helicopters
MD500 maritime support
helicopter
18 Sikorsky S-70 maritime
support helicopter
THAILANDn Royal Thai Air Force
30 Northrop Grumman
F-5B/E multi-role combat
aircraft
54 General
Dynamics/Lockheed
Martin F-16 A/B multi-
role combat aircraft
19 Dassault/Dornier Alpha
Jet lead-in jet trainer
12 Saab JAS-39C/D Gripen
multi-role combat aircraft.
Initial batch delivered in
February 2011 and the
last three fighters were
received in September
2013. The aircraft are
scheduled to replace the
Royal Thai Air Force’s
existing Northrop
Grumman F-5B/E fighter
fleet (see above).
5 Diamond DA42
reconnaissance
4 Saab 340/340 airborne
early warning and control
2 Israeli Aircraft Industries
Arava 201 turboprop
transport
8 Bassler BT-67 turboprop
freighter
12 Lockheed Martin C-130H
turboprop freighter
1 Hawker Beechcraft King
Air 90 turboprop transport
5 Hawker Siddeley/BAE
Systems HS 748
turboprop transport
14 GAF Nomad 22
turboprop transport
16 Pilatus PC-6
piston-engine transport
8 Bell Helicopter 412 medi-
um-lift utility helicopter
18 Bell Helicopter UH-1H
medium-lift utility
helicopter
4 Ordered Airbus Helicopters
EC-725 medium-lift utility
helicopter. Contract
signed in September 2012.
Deliveries scheduled
for 2015.
4 Northrop Grumman
F-5B/F multi-role
combat aircraft
34 Aero L-39 lead-in jet
trainer
22 Pilatus PC-9 turboprop
trainer
n Royal Thai Army
2 Airbus Military C-212
turboprop freighter
2 Hawker Beechcraft
King Air 200 turboprop
transport
7 Bell Helicopter AH-1H
attack helicopter
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46
25 Bell Helicopter 206 medi-
um-lift utility helicopter
52 Bell Helicopter 212 medi-
um-lift utility helicopter
6 Boeing CH-47D
heavy-lift helicopter
3 + 2 Ordered Mil Mi-17 medium-lift
+ 1 Planned utility helicopter
7 + 5 Ordered Sikorsky UH-60 medium-
lift utility helicopter.
Three S-70A medium-lift
utility helicopter (based
on the UH-60L) were
delivered to Thailand in
April 2013.
2 Ordered AgustaWestland AW-139
medium-lift utility heli-
copter. Order announced
in October 2012. Deal
includes maintenance and
training package.
Helicopters to be
delivered in 2014.
84 Bell Helicopter UH-1H
medium-lift utility
helicopter
4 + 4 Ordered Airbus Helicopters
AS-550 medium-lift
utility helicopter
6 Ordered Airbus Helicopters UH-
72A medium-lift utility
helicopter. Formally
requested by Thailand in
June 2013. Deal includes
communication equip-
ment, spare and repair
parts, support equipment,
technical documentation
and training. The estimat-
ed cost for the procure-
ment is $77 million.
16 Enstrom 480 light utility
helicopter
23 Schweizer 269 light utility
helicopter
n Royal Thai Navy
7 Dornier Do 228 maritime
patrol aircraft
1 Lockheed Martin P-3T
maritime patrol aircraft
3 Fokker F-27 maritime
patrol aircraft
1 Canadair/Bombardier
CL-215 fire-fighting
amphibious aircraft
3 GAF Nomad 24 turbo-
prop transport
9 Bell Helicopter 212/214
maritime support
helicopter
4 Sikorsky S-76 search and
rescue helicopter
8 Sikorsky S-70B/MH-60S
maritime support
helicopter
2 AgustaWestland Super
Lynx 110 maritime
support helicopter
VIETNAMn Vietnamese Air Force
144 MiG-21 multi-role combat
aircraft
27 + 20 Ordered Sukhoi Su-27/30
multi-role combat aircraft.
Contract announced in
August 2013. Aircraft to
be delivered in 2014-2015
timeframe.
38 Sukhoi Su-22 multi-role
combat aircraft
30 Antonov An-26
turboprop transport
1 Antonov An-28 maritime
patrol aircraft
4 Beriev Be-12 search and
rescue
90 Mil Mi-8/17 medium-lift
utility helicopter
25 Mil Mi-24 attack
helicopter
2 Kamov Ka-32 maritime
support helicopter
15 Bell Helicopter UH-1H
medium-lift utility
helicopter
26 Aero L-39 lead-in
jet trainer
n Vietnamese Navy
1 + 5 Ordered DeHavilland DHC-6 tur-
boprop transport.
Agreement for six aircraft
signed in May 2010. First
DHC-6 arrived in
Vietnam in October 2013
2 Airbus Helicopters EC-
225 medium-lift utility
helicopter
7 Kamov Ka-28 maritime
support helicopter.
l asianMilitaryreview l
air force directory
regional
48
The last three of twelve SaabJAS-39C/D Gripen multi-rolecombat aircraft were receivedby the Royal Thai Air Force inSeptember 2013. These jetsare designed to conduct awide range of air-to-air,air-to-surface and reconnais-sance missions © Saab
l AsiAn MilitAry review l
The planning and execution of a
commander’s intent is greatly
eased by the use of Battle
Management Systems (BMSs).
During the Second World War
battle management consisted of conven-
tional radios, paper maps, motorcycle dis-
patch riders and photo reconnaissance.
The flow of information up and down
echelons could be slow to non-existent, all
of which could hamper the reaction times
of engaged forces. Almost 75 years on
from the end of that conflict, the planning
discussed by the late Mr. Eisenhower and
the management of combat has changed
exponentially.
There is no hard and fast definition as
50
Former Supreme
Commander of the Allied
Forces in Europe and
President of the United
States Dwight D.
Eisenhower once said that
“in preparing for battle I
have always found that
plans are useless, but
planning is indispensable.”
by Thomas Withington
management system
b a t t l e
MIDDLEMANAGERS
Germany’sRheinmetall isrenowned as a
provider ofartillery and
armoured vehiclesystems but the
company has alsoexpanded its activities toinclude the provision of
Battle ManagementSystems (BMS) such as this
BMS designed for usewith Man-Portable Air
Defence Systems© Rheinmetall
to what constitutes a BMS. At its core a
BMS can equip almost any echelon of com-
mand from the chief of staff level, down to
the platoon or squad. Typically a BMS will
include a cartographic element. This will
often comprise Blue Force Tracking to
denote the location of friendly units and
tools to allow the depiction of the position
of suspected enemy forces. The carto-
graphic element may also be programma-
ble enabling the user to display the infor-
mation most relevant to them, such as the
location of supply depots or headquarters.
At the core of any BMS is the ability to
exchange information between comrades,
and up and down various echelons of
command. This can be achieved using
trunk radio or satellite communications
across long distances, or via tactical radios
for communications between ground units
and individual soldiers. Principally these
communications are used to carry voice,
data and imagery traffic. Data and
imagery traffic can include written orders,
situation reports and requests for assis-
tance while the imagery handled by
today’s BMSs can include everything from
still photographs taken of a suspected
enemy position by a thermal imaging cam-
era to real-time video footage provided by
an Unmanned Aerial Vehicle (UAVs)
orbiting overhead. BMSs can also be cus-
tomised to the needs of a particular branch
of the army. As the discussion below will
illustrate, battle management systems
have been developed which are tailored to
the needs of the artillery, for example, pro-
viding information and planning tools for
the provision of fires.
Several countries around the Asia-
Pacific region have active BMS pro-
grammes and it is a domain which is
experiencing significant investment
reflecting the relatively healthy nature of
several national defence budgets in this
part of the world. In particular this article
will outline the latest developments in
terms of land force BMS provision in
Australasia, Brunei, India, Malaysia,
Pakistan and the Republic of Korea.
AustralasiaIsrael’s Elbit Systems is heavily involved in
BMS initiatives in the Australasian region
leading key programmes for the armies of
Australia and New Zealand. A statement
from the company supplied to the Asian
Military Review (AMR) notes that it is lead-
ing the “the Australian Army’s Land 200
programme, delivering the Army BMS-C2
(Command and Control) for mounted, dis-
mounted and headquarters solutions.” The
contract, which is worth $349 million, was
signed in 2010 and is expected to be com-
pleted in 2014. Currently the BMS-C2 is
being rolled out across the Australian
Army’s 7th Brigade in Brisbane, eastern
Australia “as well as some elements of
the Royal Australia Air Force Ground
Defence Units. Under this programme Elbit
Systems’ supplies thousands of BMS nodes,
vehicular and soldier configurations” the
statement adds. Meanwhile, Elbit has deliv-
ered the BMS Fires capability to equip the
Royal Regiment of New Zealand Artillery.
Both this programme and the Army BMS-
C2 are expected to be completed by 2016.
Elbit Systems argues that its strength as
a BMS provider lie in its abilities “to sup-
port the specific operational needs and
requirements for each of our customers
using an open architecture, modular
design and ability to easily incorporate
external capabilities.” In terms of back-
l februAry/MArch 2014 l 51
Elbit Systems’ CNR-9000 Very High FrequencyHigh Data Rate tactical radios are used to carryseveral of the company’s Battle ManagementSystem products, such as those acquired byAustralia and New Zealand © Elbit Systems
management system
b a t t l e
Elbit Systems isheavily involved in BMSinitiatives in the Austra -
lasian region leadingkey programmes for
the armies of Australiaand New Zealand
bones, the company says that its BMSs can
use “all the available communication
means of the forces, from low bandwidth
legacy radios to wideband data radios.”
This is in addition to the company’s TIGER
(Tactical Intranet Geographic dissemina-
tion in Real Time) communications net-
work designed for the handling and man-
agement of tactical data communications.
BruneiAs mentioned in Gordon Arthur’s article
‘Protecting the Abode of Peace’, which
appeared in the December 2013 edition of
AMR, the armed forces of Brunei is having
its Command and Control (C2) capabilities
enhanced via the implementation of its
Joint Operations Centre (JOC) which com-
menced in 2010 under the purview of
Northrop Grumman, the initiative’s prime
contractor. The firm is leveraging its Joint
Operational Command and Control
System architecture which has the
Northrop Grumman’s C2PC (Command
and Control for the Personal Computer)
software at its core. The initiative includes
the roll-out of both a fixed and deployable
JOC which will connect to other C2 ele-
ments used by fellow nations in the
Association of South East Asian Nations.
IndiaAt the cornerstone of the Indian Army’s
battle management efforts is the force’s
BMS programme. In July 2013 media
reports noted that the initiative will be
procured solely through local Indian
companies although a degree of partner-
ing will be permitted to allow these firms
l AsiAn MilitAry review l52
At the cornerstone ofthe Indian Army’s
battle managementefforts is the force’s
BMS programme
management system
b a t t l e
The Battle Management Systems which have been provided to the Australian and New Zealandarmies by Elbit Systems include hand-held displays with clear screens, a key part of the AustralianArmy’s BMS-C2 (Command and Control) architecture © Elbit Systems
companies short-listed to develop the
prototypes. The initial phase of the ini-
tiative is expected to see the roll-out of
between 500-1200 BMS terminals before
the wider fielding of the system from
2017-2021. Finally, the BMS could then
receive a comprehensive upgrade in the
2022-2026 timeframe. In total these
efforts could cost between $37 million up
to $148 million depending on the size
and scope of the BMS which is eventual-
ly ordered by the force.
The BMS will link upwards into the
Indian Army’s Combined Information
and Decision Support System (CIDSS)
being procured under the ‘Project
Samvahak’ initiative, although problems
concerning the Indian Army’s Tactical
Communications System (the Corps-level
communications backbone intended to
carry the CIDSS and the BMS – see
above), have slowed down the CIDSS’s
roll-out. The original intention had been
to equip a Corps headquarters (HQ) plus
a Divisional HQ, three Brigade HQs and
nine battalion HQs with the CIDSS, but
these plans now appear to have slowed
for the time being. Following the initial
roll-out to these respective HQs the
CIDSS is to then equip a Strike Corps and
would be implemented with other Corps-
supporting elements and linked to other
army tactical command and control sys-
tems. Ultimately, the CIDSS would then
go on to equip another 13 Corps over a
seven-year period, but as noted above,
much of this work depends on the intro-
duction of the TCS.
MalaysiaMalaysia is currently navigating through
Phase-1A of its Network Centric
Operations (NCO) initiative the work on
which is being performed by Sapura, a
Malaysian-based technology company. At
the core of Phase-1A is a two-year study
examining how to federate existing C2
systems used by the Malaysian Army.
Future NCO work has mooted the possi-
ble introduction of a new BMS along with
the integration of Malaysia’s SAKTI
infantry modernisation architecture into
the overall NCO network.
PakistanPakistan’s BMS efforts currently focus on
the PAK-IBMS being developed by Global
Industrial and Defence Solutions (GIDS)
based in Rawalpindi. According to a state-
ment supplied to AMR this BMS has been
in development since 2004 and the first
units have already been delivered to the
army’s armoured units for training pur-
poses. Armoured platforms which have
received the Pak-IBMS so far include the
army’s Norinco/Heavy Industries Taxila
Al-Kahlid and Al-Zarrar Main Battle
Tanks. Services provided by the BMS
include blue force tracking, mission plan-
ning and combat messaging. The state-
ment continues that in 2013 the “PAK-
IBMS was deployed at the School of
Armour and Mechanised Warfare in
Nowshera, northern Pakistan for the
training of army officers and men of the
Pakistan Armoured Corps.”
The statement from GIDS adds that the
firm has also developed the PAKFIRE
artillery fire control BMS. Deployed from
2007 up to 200 units in the Pakistan Army
now have the system according to the
firm. PAKFIRE is described as “a modu-
lar, reliable, secure, user-friendly and
fully-integrated artillery fire control sys-
tem that automates all operational func-
tions of artillery and ensures fast and
accurate fire on targets. It provides an
automated solution for preparation, coor-
dination, dissemination, execution and
modification of the fire support plan, the
fire plan, and gun programmes.” The
PAKFIRE architecture comprises four ele-
ments: the Artillery Fire Direction Module
(AFDM), Fire Support Planning Module
(FSPM), Counter Bombardment Module
(CBM) and the Battle Management
Information System (BMIS).
According to the company, the AFDM
“receives target information from forward
observers, counter-bombardment and fire
support elements. Meteorological infor-
mation is then added to calculate fast and
l AsiAn MilitAry review l54
The Republic of Korea’sTactical Information
CommunicationNetwork will see theintroduction of new
trunk radios andmultiband transceivers
Pakistan’s Global and Industrial Defence Solutions has developed the PAK-IBMS BattleManagement System which has commenced deliveries to the Pakistan Army. This photographillustrates one of the cartographical screens available to users © GIDS
management system
b a t t l e
l februAry/MArch 2014 l 55
accurate firing data which is then trans-
mitted to guns and digital message units
using wired or wireless communications.”
The FSPM, meanwhile, “is designed to
integrate fire support with the manoeuvre
plan. It assists in the preparation, coordi-
nation, dissemination, execution and mod-
ification of the fire support plan,” and
includes a variety of cartographic tools to
this end. The Counter Bombardment
Module “integrates external sensors like
radars and UAVs with PAKFIRE for the
speedy transfer of information.” Finally,
the BMIS assists “commanders in the allo-
cation, modification and management of
resources like ammunition, weapons,
vehicles and manpower.”
Republic of KoreaA trio of companies, namely Samsung-
Thales, Huneed and LIG Nex1 is
rolling out the Republic of Korea (RoK)
armed forces Tactical Information
Communication Network (TICN) which
will provide communications links
between the country’s army, marine
corps, navy and air force. The TICN deal
is valued at $3.8bn and will see the intro-
duction of new trunk radios, multiband
transceivers and associated network man-
agement systems. Other programmes
include the Korea Joint Command and
Control System at the Joint Chiefs of Staff
level to link this echelon of command with
the country’s armed forces, the Military
Information Management System which
allows services to communicate with one
another at the tactical level, and the Joint
Tactical Data Link System for the
exchange of data between services.
LIG Nex1 is active in the development
of BMS products. A spokesperson for the
company, Hyejin Mo, told AMR that the
firm is; “currently developing and pro-
ducing BMS related systems.” These
include systems for artillery forces which
can: “decide and recommend firing meth-
ods, types of ammunition, designate fir-
ing units and firing times to support the
commander’s decision cycle.” These sys-
tems are being designed with “intercon-
nectivity with higher level command and
control systems in mind.” The company
expects that these BMS applications will
be carried by its PRC-999K command
radio and also its Tactical Multi-Band
Multi-Role Radio which from 2015 will be
able to support data communications.
The efforts of the Republic of Korea
and other countries throughout the
region to deepen and widen their BMSs
will continue into the coming years. The
next challenge will be in ensuring that
these systems can handle and manage the
increasing amount of information which
will be available to the soldier in the
future. A deluge of data can, in many
ways, be as detrimental as no data at all,
and it will be up to these BMSs to ensure
that they can sort the wheat from the
chaff in a timely and reliable manner on
tomorrow’s battlefields.
Israeli defence electronics specialists ElbitSystems has performed extensive work inrecent years modernising the BattleManagement Systems in service with theAustralian Army and also its counterparts inNew Zealand © Elbit Systems
management system
b a t t l e
l AsiAn MilitAry review l
The time is right for Asia to buy
military helicopters, particu-
larly utility and support heli-
copters for land and maritime
operations. With the tradition-
ally high spending government cus-
tomers in Europe and North America
still enveloped in the process of shaving
even more off their annual defence budg-
ets, the recognised helicopter manufac-
turers have all turned towards Asia. Here
the arms market is being fuelled by a mix
of growing concern over Chinese aggres-
sive expansion added to strengthening
national economies which now means
there is business to be had where once
opportunities were few.
As part of this escalating up-kick in
Asian defence spending, there is a corre-
sponding drive to update regional mili-
tary utility helicopter fleets with many
forces looking to modernise their capabil-
ity. Buying utility helicopters is generally
considered to pose a lower risk to military
customers than procuring more complex
specialist types. While the helicopter’s
concept of operations must be considered,
together with the climactic and geograph-
ical challenges it will face, normally there
is little requirement for specialised equip-
ment that will affect the manufacturer’s
promised performance.
South KoreaThe Republic of Korea is one such country
with an expanding requirement and with
one foot now firmly on the industrial lad-
der. An amphibious support version of the
Korean Utility Helicopter (KUH) is being
56
Growing defence
budgets and
concerns over
Chinese expansion
are fuelling a
military growth in
the Asia-Pacific
region. There is a
need to not only
update existing
military helicopter
fleets, but also look
at new capabilities
that provide
greater reach.
by Andrew Drweiga
h e l i c o p t e r s
military
THE CHINASYNDROME:ASIA-PACIFICMILITARYHELICOPTERMODERNISATION
developed by Korea Aerospace Industries
(KAI) for the Republic of Korea Marine
Corps (RoKMC). The KUH, also known as
the KUH-1 Surion, was co-developed with
Airbus Helicopters (formerly Eurocopter)
with its first flight taking place in 2009.
It is a twin-engine 8.7 ton utility helicopter
and around 245 helicopters are required
by the Korean military. In 2013 the
Korean Defence Acquisition Program
Administration (DAPA) announced a
$752.8 million requirement for a marine
helicopter that would ‘improve the mili-
tary's three-dimensional high-speed land-
ing operations performance,’ according to
a press release from the company pub-
lished on 17 April 2013. Reports of the dif-
ference between the KUH-1 and the marine
helicopter indicate additional fuel tanks to
allow for a perceived greater range and
endurance for the latter version. A state-
ment from KAI revealed that development
was targeted to be completed by the
end of 2015, and that once completed it
would also be available for export. One big
win for AgustaWestland’s new AW-159
Wildcat, the next generation in the Lynx
family, was an order for eight aircraft from
the RoK Navy as part replacement for its
existing fleet of 24 Lynx-99/99A helicop-
ters. The Wildcat is a 6.2 ton helicopter and
deliveries will be spread over 2015-16.
l februAry/MArch 2014 l 57
The US Marine Corps Bell-Boeing MV-22 Ospreyattracted great public interest at the Japan AirSelf-Defense force airshow at the Nyutabaru airbase in 2013. The Osprey belongs to themedium lift tiltrotor squadron VMM-265 basedat Marine Corps Air Station Futenma, Okinawa© United States Marine Corps
h e l i c o p t e r s
military
l AsiAn MilitAry review l58
Tensions with ChinaOne of the driving factors behind the
increase in defence budgets is the strategic
resurgence of China, and tensions that
this is causing throughout the regon.
Nowhere is this more evident currently
than in Japan. The Japanese government
has announced that it is to spend $24 bil-
lion to build up its defense capabilities
over five years from 2014 until 2018. One
motivation for this is to counter what
Japan perceives to be the growing aggres-
sive behavior of China, particularly in the
way it is beginning to ride roughshod
over established conventions and unilat-
erally declaring possession of airspace.
Such a move was witnessed in its
December 2013 declaration of the East
China Sea Air Defense Identification Zone
over the Japanese controlled Senkaku
islands (or Diaoyu Islands to the Chinese).
The Bell Boeing partnership has
mounted a sustained campaign to demon-
strate the benefits of the V-22 Osprey
tiltrotor as a utility aircraft to the Japanese
Defence Force (JDF), which has not been
plain sailing. The arrival of the first batch
of US Marine Corps MV-22Bs into
Okinawa during September 2012 was met
by local protests and claims that the air-
craft was unsafe. But the persistence of the
US Marine Corps to deploy their aircraft
into the region, including joint exercises
with Japanese defence force troops back in
the United States has paid off for industry.
An MV-22 from Marine medium Tiltrotor
Squadron 265 based in Okinawa was also
displayed in public for the first time at the
Nyutabaru air base annual air show at the
beginning of December 2013.
Insiders are now confident that the
Japanese government will include the
procurement of up to 17 MV-22Bs in the
next five year defence plan. The country’s
defence of remote islands amid China’s
growing territorial assertiveness in the
East China Sea has also sparked the pro-
posed creation of a new Ground Self-
Defense Force amphibious unit similar to
the US Marine Corps (USMC).
At the end of 2013 an MV-22 also flew
to Borneo to attend the 4th biennial Brunei
defence exhibition with an aptly named
theme of ‘Bridging the Gap.’ Lieutenant
Colonel Joseph S. Lee, the executive offi-
cer of Marine Medium Tiltrotor Squadron
VMM-262, part of Marine Aircraft Group
36, the unit represented at the show said
that the USMC was keen to demonstrate
the aircraft’s reach and capability to
those in the region: “We are exercising
this increased capability in the Pacific
area of operation… (and can) assist
multiple island nations or nations that
are surrounded by water, especially since
we just came from doing a disaster
At the end of 2013 anMV-22 attended the 4thbiennial Brunei defence
exhibition which hadthe aptly named theme
of ‘Bridging the Gap
The Sultan of Brunei at Bridex 2013 examiningone of the four Sikorsky S-70i Black Hawksthat have been delivered to the Royal BruneiAir Force (RBAF). The complete order fromBrunei is for twelve of the Polish made S-70iaircraft © Sikorsky
h e l i c o p t e r s
military
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BrightniteTM Sensor
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relief mission in the Philippines (namely)
Operation Damayan.”
Another US manufacturer Sikorsky has
already been delivering on a contract with
the Royal Brunei Air Force (RBAF) which
has now received four of the twelve S-70i
Black Hawk helicopters that it ordered back
in December 2011. These aircraft were
delivered from Sikorsky’s West Palm Beach
completion centre on 27 November 2013.
Two were accepted before the end of 2013
and two others are in the process of accept-
ance. All twelve are planned to be delivered
by the end of 2014. Within the contract is an
option for ten additional aircraft. The S-70is
will feature advanced avionics and sensors.
Anticipated roles include search and res-
cue, humanitarian relief, anti- piracy, troop
transport and medical evacuation. The
order includes spares, training and ground
support equipment.
AustraliaThe most recent exception to the rule that
buying support helicopters had little risk
was the case of NH Industries NH-90
which was sold to 14 international cus-
tomers who were allowed too much
flexibility in specifying options and
consequently the aircraft was beset with
problems during the process of bringing it
to market. The NH Industries partnership
triumvirate of Airbus Helicopter with
62.5% share, AgustaWestland (32%) and
Fokker (5.5%) served also to complicate
the programmes progression.
The manifestation of this has been seen
in several ways. Last year, the Australian
Minister for Defence Stephen Smith
signed a Deed of Undertaking with then-
Eurocopter which was designed to put the
Australian Defence Force (ADF) procure-
ment back on track due to the programme
An Artist’s impression of the Korea Aerospace Industries Surion in a maritime environment for usewith the newly forming amphibious assault group © Korea Aerospace Industries
Japanese Ground Self-Defence Force troopsusing a US Marine Corps Bell-Boeing MV-22during joint exercises held at the CampPendleton Marine Corps base in California inFebruary 2013 © United States Marine Corps
l AsiAn MilitAry review l60
h e l i c o p t e r s
military
being three years late. As part of the
agreement which re-baselined them the
helicopter’s manufacturer is to supply the
ADF with a free 47th MRH-90 which will
be used as a ‘live’ training aircraft for
army and navy maintainers at Oakey,
Queensland. Around 20 MRH-90s have
now been delivered to the ADF with the
order being completed by the end of 2017
at a delivery rate of up to seven helicop-
ters per year. The first operational deploy-
ment of an MRH-90 occurred towards the
end of the year when the Royal Australian
Navy’s HMAS Tobruk amphibious sup-
port ship used its embarked helicopter
during Operation Philippines Assist. The
NH-90 also appealed to Australia’s neigh-
bour New Zealand which ordered eight
helicopters, four of which were delivered
in 2013 with the remaining four to be
handed over to the Royal New Zealand
Air Force (RNZAF) by the end of 2014.
What appears to be progressing well is
the Royal Australian Navy’s (RAN) acqui-
sition of 24 MH-60R helicopters, with the
first two aircraft being delivered at a cere-
mony held at Lockheed Martin’s Owego
facility in New York in December 2013.
Although the MH-60R is more specifically
an anti-submarine and anti-surface heli-
copter with a Lockheed Martin Common
Cockpit, it shows how a once standard
airframe of the Seahawk can be adapted
for specialist use. Rear Admiral Tony
Dalton, Head of the RAN’s Helicopter
Systems Division has underlined the use-
fulness of training Australian crews
NH Industries customerswere allowed too muchflexibility in specifying
options causingproblems in bringing the
aircraft to market
l februAry/MArch 2014 l 61
h e l i c o p t e r s
military
An Australian NH Industries MRH-90 mediumlift utility helicopter arriving at Ormoc airportin the Philippines during Operation PhilippineAssist following Typhoon Haiyan in November2013 © Australian Defence Force
l AsiAn MilitAry review l62
alongside the US Navy as part of the con-
tract to build up “knowledge, Tactics
Techniques and Procedures (TTPs).”
Adm. Dalton added that one of the main
reasons behind the ADF’s decision to opt
for the MH-60R was that it was consid-
ered to be a ‘low risk’ programme: “There
is a spiral upgrade that we will tap into
and, where it makes sense, will stay with
the US Navy baseline configuration. We
need to focus on ensuring that the sus-
tainment package is right and the
Australian modifications are completed
quickly and correctly.”
Around AsiaAt the start of the year Air Marshall Ida
Bagus Putu Dunia, Indonesia’s Air Force
commander said that Airbus Helicopter
Cougar-family rotorcraft would be among
the 102 new aircraft that the country need-
ed to strengthen its 'bargaining power' in
regional disputes. The flow of new aircraft
is very much dependent on the annual
defence budget with no firm established
rate of fielding the aircraft. In March 2013
the armed forces received six Bell 412 EPs
and in July 2013 the East Kalimantan
Governor Awang Faroek Ishak announced
that one of the military operated Bell
412s would be used to patrol the border
with Serawak which is part of Malaysia.
Another 16 Bell 412 EPs are due for com-
pletion by PT Dirgantara Indonesia
(PTDI)/Indonesian Aerospace in 2014
according to the organisation’s President
Budi Santoso. In April 2012 Airbus
Helicopter and PTDI agreed to build six
EC-725 aircraft. Delivery to the Indonesia
Air Force (IAF) is scheduled for 2014 with
PTDI responsible for assembling and then
customising these aircraft at its facility in
Bandung, West Java. The Indonesia Air
Force already operates a number of NAS-
332 Super Pumas, some of which are con-
figured as VIP aircraft. Indonesia also oper-
ates around 14 Mi-17V-5 helicopters made
by Kazan, a member of Russian Helicopters
as well as the Mi-35P from Rostvertol. With
more expected the eventual size of the Mi-
17 fleet could be around 18 aircraft.
Through a Foreign Military Sales
(FMS) deal agreed in November 2013, the
US Army has awarded Sikorsky a fixed
price $46.9 million contract to modernise
26 UH-60M Black Hawks for the
Taiwanese Army. The upgrade work will
take place at Sikorsky’s Connecticut
works with a completion date forecast at
the end of August 2016.
In June 2013 the Government of
Thailand expressed interest in buying six
Airbus Helicopters UH-72A Lakota air-
craft through an FMS arrangement. This
would be of significant benefit to Airbus
Helicopters due to the US Department of
Defense decision last year to cancel
remaining deliveries of the UH-72As to
the US Army. The value of the Thai order,
with parts, training and logistics was
revealed as $77 million.
The need for military utility helicopters
in many countries around Asia is ever
present, particularly those whose nations
are scattered among islands such as
Indonesia, Malaysia and the Philippines.
The perceived territorial challenges from
China are also enlivening thinking behind
military procurement across the region,
particularly with the proposed establish-
ment of new amphibious forces as seen in
Japan and the Republic of Korea. With
more money to spend, and many older
fleets of helicopters still in service, mili-
tary utility helicopter manufacturers have
an opportunity for sales that wasn’t realis-
tic several years ago.
A locally-built Airbus Helicopters NAS-332 SuperPuma of the Indonesia VIP helicopter Squadron Air45 at PT Dirgantara Indonesia (PTDI)/IndonesianAerospace in Bandung © Andrew Drwiega
h e l i c o p t e r s
military
64
In its modernisation efforts, India’s military is
battling structural and bureaucratic obstacles in procurement
procedures, limited indigenous technological capability,
a resource crunch and corruption scandals.
by Rahul Bedi
m i l i t a r y
regional
l AsiAn MilitAry review l
NEW ORDERS:MODERNISINGTHE INDIAN AIR FORCE
l februAry/MArch 2014 l 65
The IAF’s Dassault Mirage 2000H fleetis undergoing an extensive $3 billionupgrade which includes equippingthem with advanced avionics, missioncomputers and a pulse Doppler radarcapable of identifying objects ata range of 70 nautical miles (103kilometres) © Indian Air Force
m i l i t a r y
regional
An economically resurgent
India is attempting to break
free of its strategic insularity
to secure a regional, rather
than sub-continental, role for
itself in keeping with its perceived vision
and strength. For the Indian Air Force (IAF)
force multipliers such as Airborne Early
Warning (AEW) platforms, tankers,
freighters, advanced jet trainers, Multi-Role
Combat Aircraft (MRCA) and unmanned
aerial vehicles (UAVs) are at various stages
of induction and procurement.
Collectively, this materiel is aimed not
only at augmenting India’s ability to con-
duct the full spectrum of warfare, from
low-intensity and conventional conflict to
nuclear battle, but also conducting out-of-
area operations to secure growing nation-
al interests. This latter arc extends from
the Strait of Hormuz to the Strait of
Malacca, the northern Indian Ocean
Region and on to Central Asia.
Nevertheless, the primary drivers impact-
ing India’s military capability develop-
ment and modernisation are focused on
the rapidly transforming People’s
Liberation Army (PLA) that could work in
tandem with traditional rival Pakistan to
present New Delhi with a ‘two-front’ war
scenario. The passage of time, periodic
border conflicts with both these neigh-
bours since India’s independence in 1947,
continuing military tension and above all
the proliferation of nuclear weapons in the
region, have rendered these disputes even
more complex and challenging for New
Delhi in determining IAF force levels and
the service’s materiel profile.
Shopping ListIn attaining these endeavours and in
replacing or upgrading the IAF’s Soviet
and Russian military equipment that has
attained collective obsolescence, India faces
serious impediments. According to official
estimates, India imports nearly 74 percent
of its defence equipment, despite continual
assertions of achieving self-reliance by con-
secutive administrations. India annually
conducts $1.5 billion worth of business with
Russia, its largest and oldest materiel
provider, which since the early 1960s has
supplied equipment worth over $60 billion.
Russia is followed closely by Israel, which
has sold India materiel averaging around
$1 billion each year since 1999. In third
place, but likely to race ahead once the $18-
20 billion deal for 126 Dassault Rafale-
B/C/M fighters (see Bianca Siccardi’s Asia-
Pacific Air Forces Directory in this issue for
more information) is concluded is France,
after which come Britain, Italy, Germany
and Ukraine. The United States, India's
newfound strategic and defence ally, is fast
catching up, having registered $9 billion
worth of military sales since 2002 (the most
recent figures are $ 9 billion following an
add-on order for six additional Lockheed
Martin C-130J-30 Hercules turboprop
freighters in the last week of December
2013). Currently, the United States is nego-
tiating contracts of an equal amount for
numerous platforms mostly via the Foreign
Military Sales (FMS) route. However, some
foreign deals continue to trigger controver-
sy like the $1 billion import from Italy of
twelve AgustaWestland AW-101 medium-
lift helicopters for the IAF, which was can-
celled on 1 January 2014 on the grounds of
corruption. Amazingly, since 2010 India’s
Central Bureau of Investigation (CBI) has
been inquiring into 90 corruption cases in
the military, the majority connected to
procurements.
Whether high levels of defence spend-
ing for the IAF, and for India’s other
armed services will continue remains to be
seen. Prime Minister Manmohan Singh in
November 2013 warned the defence forces
of budget cuts triggered by India’s slow
economic growth, spiralling financial
deficit, mounting inflation and a sharp
decline in the value of the Rupee against
the US Dollar. “We will have to exercise
prudence in our defence acquisition plans
l AsiAn MilitAry review l66
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regional
The Su-30MKI multi-rolecombat aircraft forms thebackbone of the Indian AirForce’s fleet. By 2016-17the IAF will operate 272Su-30MKIs from variousbases in the north, east andnortheast of the country ©Indian Air Force
and cut our coat according to our cloth”
Singh told the combined military com-
manders conference in Delhi. While we
must take into account the capabilities of
our adversaries, we have to plan our long
term acquisitions on the assumption of
limited resources available, he added.
Combat AircraftThe IAF is preparing to expand its area of
operations and power-projection capabili-
ty well beyond its immediate neighbour-
hood by 2022. From a sanctioned strength
of 39 fighter squadrons, the IAF is down
to around 32 following decades of neglect.
But it hopes to augment its strategic
makeover by increasing this to 42
squadrons of 700-800 frontline combat air-
craft over the next decade through an
ambitious $50 billion procurement drive.
Besides 272 imported and licence-built
Sukhoi Su-30MKI MRCAs that will form
the backbone of the fighter fleet, this
expansion includes the acquisition of 126
Dassault Rafale-B/C/M (the exact vari-
ant to be acquired by India has yet to be
announced) fighters and around 214
Fifth-Generation Fighter Aircraft (FGFA)
which could increase to around 250 or
even 300 platforms.
Both latter projects, however, are
delayed. The IAFs Medium Multi Role
Combat Aircraft requirement-likely to rise
to around 205 Rafales is postponed due to
complex negotiations over the technology
transfer to Hindustan Aeronautics
Limited (HAL) in Bangalore which will
build 118 Rafales (the rest will be built in
France) and the sudden death in October
2013 of the official negotiating the tender.
Furthermore, the $35 billion FGFA pro-
gramme is deferred because of complica-
tions in finalising its $11 billion Research
and Development contract that is to be
equally shared between India and Russia.
This, in turn, would postpone the arrival
in India of three FGFA prototypes based
on the Sukhoi T-50 PAK-FA MRCA for
flight testing by the IAF between 2014 and
2019 to determine its final configuration
before manufacturing begins. As part of
its moderinsation, the IAF is upgrading its
51 Mirage 2000H MRCA to Mirage 2000-5
status in a $3 billion deal being per-
formed by Dassault and Thales and 67
MiG29B/S MRCAs including eight MiG-
29U/B trainers for $964 million in a 2009
contract agreed with manufacturers,
Russian Aircraft Corporation.
The Mirage-2000Hs are to be fitted
with advanced avionics, mission comput-
ers and a pulse Doppler radar capable of
identifying objects at a range of 70 nauti-
cal miles (130 kilometres), all of which
would provide IAF commanders the flex-
l februAry/MArch 2014 l 67
m i l i t a r y
regional
The IAF is preparingto expand its areaof operations andpower-projection
capability well beyondits immediate
neighbourhood by 2022
The IAF’s SEPECAT Jaguar fleet isundergoing an upgrade that will equipthe aircraft with the Display AttackRanging Inertial Navigation III systemto give them added precision for air-to-ground attacks © Indian Air Force
ibility to commit fewer aircraft on combat
missions for higher success rates. The
retrofit would also keep the Mirage-
2000Hs operationally relevant for another
two decades. The upgrade includes a
$48.3 million outlay to augment HAL’s
capabilities to retrofit 47 Mirage-2000Hs
in Bangalore in as many months after four
were readied in France within 40 months
of the deal being inked. The MiG-29s,
including eight MiG-29U/B trainers, will
be equipped with new Klimov RD-33
Series-3 turbofan with digital fuel injec-
tion, the Phazotron Zhuk-ME phased
array radar and the Vympel R-77 Beyond
Visual Range (BVR) air-to-air missile.
The IAFs 125-strong SEPECAT Jaguar
IS/IB/IM fleet is being retrofitted with
HAL’s Display Attack Ranging Inertial
Navigation III (DARIN-III) system whilst
manufacture of the locally designed ‘Tejas’
Light Combat Aircraft (LCA), also built by
HAL, will begin in early 2014, shortly after
it secured its long- postponed initial opera-
tional clearance in December 2013. The
LCAs Final Operational Clearance (FOC)
will only obtained in late 2014 after it has
successfully integrated its weapons suite,
radars and sensors to enable it to fire rock-
ets, laser-guided bombs, BVR missiles and
perform aerial refuelling.
The IAF will initially induct 40 LCAs
powered by General Electric F404-GE-
IN20 turbofans with a limited 80-85 kilo-
newton (KN) thrust that restricts its
weapons load and angle of attack in accor-
dance with the IAFs qualitative require-
ments. The follow-on circa 100 LCAs will
be fitted with the General Electric F414-
GE turbofan with a 90-100 Kilonewton
(KN) thrust that will significantly over-
come these two limitations. By 2022 the
IAF plans to induct seven LCA squadrons
to replace its MiG-21 ground attack jets
whose operational life has been extended
well beyond their retirement date until
2022-24 in order to maintain numerical
platform superiority over Pakistan.
Special MissionsIn August 2012 India’s Defence Research
and Development Organisation’s (DRDO)
Centre for Airborne Systems in Bangalore
took delivery of the first of three Brazilian
Embraer 145 AEW aircraft to integrate all
mission systems including the DRDO’s
indigenously-developed active antenna
array radar pending its eventual introduc-
tion into the IAF. Once completed the EMB-
145 AEW aircraft will offer endurances in
excess of five hours and provide 240
degree surveillance at distances between
135-202nm (250-374km) officials said.
The three EMB 145 platforms were
acquired for $210 million in 2008 and will
eventually supplement a similar number of
Israel Aircraft Industries (IAI) Elta
Systems-built Phalcon radars mounted on
Ilyushin Il-76 turbofan freighter; the
ensemble being known as the A-50EI. The
IAF is to acquire two similar follow-on
AEW systems for an estimated $800 mil-
lion by 2020-22 to further augment its sur-
veillance and power projection capabilities.
FreightersNevertheless, the IAFs strategic lift capa-
bility, currently dominated by Soviet-era
platforms, has received the biggest boost
with the induction of two types of US mil-
itary freighter at Hindon Air Base on
Delhi’s outskirts. These included six
Lockheed Martin C-130J-30 Hercules tur-
boprops acquired at a cost of $1.2 billion
and specially configured for use by
India’s Special Forces, and three of an
eventual ten Boeing C-17 Globemaster III
l AsiAn MilitAry review l68
m i l i t a r y
regional
The Indian Air Force has retired its lastMiG-21FL squadron of 15 ground attackaircraft at the Kalaikunda air base ineastern India in December 2013. TheMiG-21 entered service with the force in1964 © Indian Air Force
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turbofan freighters acquired in 2011 for
$4.1 billion.
The IAF created history in August 2013
by landing a C-130J-30 at the Daulat Beg
Oldie advanced landing ground, the
world’s highest airstrip in the northern
Himalayan Ladakh region, adjoining
China’s unsettled frontier, displaying the
IAFs growing strategic reach which can
now support army formations deployed in
this inhospitable, largely snow-bound ter-
rain all year round. Meanwhile, in
December 2013 the IAF signed a $1 billion
contract for six additional C-130J-30s via
the FMS programme. To be delivered
within three years the supplementary
transports will be based at Panagarh in
eastern India, the headquarters of the
Indian Army’s new Mountain Strike
Corps for employment against China.
Delivery of the remaining seven C-17s will
be completed by the end 2014 after which
the IAF plans to order six more to replace
the circa twelve IL-76s which entered IAF
service in 1985. The arrival of the six add-
on C-17s will make the IAF their largest
operator after the US Air Force.
Furthermore, in May 2013 the Ministry
of Defence dispatched a tender to eight
overseas vendors to supply the IAF with 56
medium transport aircraft with a 6,000-
8,000 kilogram (13,200-17,600lb) payload
and a cruise speed of 432 knots (800 kilo-
metres-per-hour) and through a Joint
Venture (JV) with an indigenous private
sector manufacturer. The tender has been
dispatched to Alenia Aeromacchi (Italy),
Antonov (Ukraine), Boeing (USA), Airbus
Military (Europe) and Illyushin (Russia).
Under the terms of the tender, these over-
An Indian Air Force Lockheed MartinC-130-J30 turboprop freighter is seen herelanding at the world’s highest airfield atDaulat Beg Oldie (DBO) in the Himalayan,Ladakh region, close to the border withChina © Indian Air Force
The IAFs strategiclift capability,
currently dominated bySoviet-era platforms,
has received thebiggest boost with theinduction of two typesof US military freighter
l AsiAn MilitAry review l70
m i l i t a r y
regional
seas vendors will tie-up with private
Indian companies to form the JV, designat-
ed the Indian Production Agency (IPA).
Sixteen of the selected platforms will be
acquired off-the-shelf and the remaining
40 will be built locally under the JV but the
programme is facing powerful resistance
from HAL which was deliberately omitted
from the project because of its poor serv-
iceability, soaring costs and deadline over-
runs. This was the first instance of the IAF
looking exclusively to India’s private sec-
tor to build the cargo aircraft instead of
HAL, which for decades, has monopolised
the licenced production of all Indian mili-
tary aircraft. But backed by the federal
Industries Ministry HALs involvement in
the programme is under active considera-
tion. Eventually, these 56 platforms will
supplement the long-delayed Multi-role
Transport Aircraft (MTA) under joint
development by India and Russia.
Sustaining the transport and fighter fleets
will be six Airbus Military A330 Multi-
Role Tanker Transport (MRTT) jets which
the IAF selected in late 2012.
TrainersAdditionally, the IAF is in the process of
inducting 75 Swiss-designed Pilatus PC-7s
basic turboprop trainers, 20 more BAE
Systems Hawk Mk132 jet trainers for its
Surya Kiran Aerobatics Team (SKAT) tak-
ing the total to 123 Hawks. The IAF is also
taking delivery of 80 Russian Mi-17V5
medium-lift armed helicopters with a
19,685ft (6000m) operational ceiling
acquired in December 2008 for $1.34 bil-
lion. The deal for another 71 Mi-17V5 plat-
forms for $1.53 billion, which would
include 59 for the IAF, was agreed during
President Vladimir Putin’s visit to Delhi in
December 2012.
IAF officers said the Mi-17V5 fleet will be
deployed on special airborne operations; for
the transportation of troops and materiel;
search and rescue missions; casualty evacu-
ation and possibly even anti-insurgent oper-
ations. Air Chief Marshal Norman Browne,
Chief of Staff of the Indian Air Force, said in
October 2013 that price negotiations for 22
Boeing AH-64E Apache attack helicopters
and 15 Boeing CH-47 Chinook heavy-lift
helicopters were concluded and their pro-
curement had been forwarded to the
Federal Finance Ministry for approval.
Away from airframes, replacing obso-
lete air defence capability and high alti-
tude radar, upgrading 30 airfields and res-
urrecting long-disused advanced landing
grounds near the precipitous Chinese
frontier to support air operations are also
IAF priorities. The IAFs long-delayed
modernisation drive is aimed at bolster-
ing its depleting combat squadrons, aug-
menting its strategic transcontinental
reach to manage out-of-area contingencies
and to extend its power-projection capa-
bility well beyond its immediate neigh-
bourhood. By the end of India’s 13th Five-
Year Finance Plan in 2022, the IAF envis-
ages a combat strength of around 40 front-
line, multi-role combat aircraft squadrons.
This will comprise 700-800 aircraft with
BVR capabilities acquired via imports,
joint ventures with overseas manufactur-
ers and technology transfers, and moder-
ately through indigenously developed
platforms with high foreign content.
l AsiAn MilitAry review l72
m i l i t a r y
regional
By the end of India’s13th Five-Year
Finance Plan in 2022,the IAF envisages a
combat strengthof around 40 frontline,
multi-role combataircraft squadrons
The Indian Air Force hasinducted four of ten Boeing C-17 Globemaster III turbofanfreighters that it acquired in2011 for $4.1 billion. Theseaircraft are based at theHindon Air Base near NewDelhi © Indian Air Force
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Countries around the region are spoiled
for choice when choosing new artillery
systems especially wheeled and tracked
self-propelled weapons. The Republic
of Korea (RoK) and Singapore have
replaced foreign-built artillery systems
with locally-designed weapons
and the RoK’s Samsung Techwin
has achieved significant exports
with the K9 Thunder.
by Ian Kemp
BIG BANGTHEORY:ASIAN ARTILLERYAMBITIONS
a r t i l l e r y
as i an
With the acquisition of 54BAE Systems 155mm (sixinch) M777A2 LightweightHowitzers since 2010 allregular Australian Armyartillery regiments are nowequipped with the weapon© Australian DOD
l AsiAn MilitAry review l74
l AsiAn MilitAry review l
The Australian Army has recent-
ly launched what it described
as the most ambitious artillery
modernisation programme
since the Second World War.
This programme reflects many of the les-
sons learned during the country’s
involvement in military operations in
Afghanistan and in other recent theatres
of operations. Each of the Royal
Australian Artillery’s three regular gun
regiments, one assigned to each of the
three new multi-role manoeuvre brigades,
are now organised to include three
Observation Post (OP) batteries and one
gun battery equipped with twelve BAE
Systems M777A2 Lightweight Howitzers
divided into three four-gun troops. Each
OP battery provides a battle group Joint
Fires and Effects Coordination Centre and
three combat team joint fires teams.
At the heart of the reorganisation
is the introduction of the Advanced
Field Artillery Tactical Data System
(AFATDS), a fully automated digital bat-
tle management system developed by
Raytheon to meet United States Army
and US Marine Corps requirements. As
the towed BAE Systems 105mm (four
inch) L119 Hamel Light Gun is phased
out of service with the Army Reserve its
field batteries are being equipped with
81mm (three inch) mortars.
Through the widespread use of titani-
um and aluminium alloys the M777
weighs less than 4,200kg (9,260 pounds)
compared to the 7,163kg (15,790 pounds)
weight of the US government-built M198
155mm (six inch) towed howitzer which
the M777 replaced in US Army, US
Marine Corps and Australian service. The
M777 can be deployed by medium-lift
helicopter and carried internally by a
Lockheed Martin C-130 Hercules turbo-
prop freighter. The M777A2 is capable of
firing four rounds-per-minute for two
minutes and then a sustained rate of fire
of two rounds-per-minute. It is normally
operated by a gun detachment of seven
although this can be reduced to five. The
weapon’s 39 calibre barrel can achieve an
effective range of 24 kilometres (15 miles)
firing standard ammunition, 30km (19
miles) with Rocket Assisted Projectiles
(RAP) and up to 40km (25 miles) with
Excalibur guided projectiles.
In 2008 Australia made a US Foreign
Military Sales request for 57 M777A2s
worth an estimated $248 million and in
July 2010 bought 35 weapons under Phase
1A of the Australian Army’s LAND 17
artillery modernisation project. The guns
entered service in July 2011, following the
delivery of the first 15 weapons, with a
Final Operating Capability achieved in
2013. Following the cancellation of LAND
l februAry/MArch 2014 l 75
a r t i l l e r y
as i an
BAE Systems expectsto test fire the
Multi Service-StandardGuided Projectile from
the M777 howitzer inthe coming months
17 Phase 1C, which covered the procure-
ment of two batteries of 155mm Self-
Propelled Howitzers (SPHs), Australia
ordered another 19 M777A2s in October
2012. Deliveries of the additional weapons
are expected to be completed by the end
of March 2014.
As important as the weapons them-
selves is the introduction of precision guid-
ed munitions. On 30 August 2013 Australia
awarded a $58 million firm-fixed-price
contract through the US Army Contracting
Command, to ATK Armament Systems for
4,002 M1156 Precision Guidance Kits
(PGK) plus training, publications and other
contractor support. ATK developed the
XM1156 PGK to provide the US Army with
a low cost alternative to the BAE Systems
Bofors/Raytheon M982 Excalibur round
which has consistently achieved a Circular
Error Probable (CEP) of around five metres
(16 feet) but costs over $100,000 per round.
The XM1156, which screws into existing
155mm M549A1 RAPs and M795 high
explosive shells, provides a CEP of less
than 50m (164 feet); a significant improve-
ment over the 267m (876 feet) CEP
achieved by conventional rounds at maxi-
mum ranges. Following an early materiel
release the US Army’s 1st Battalion, 41st
Field Artillery Regiment was the first to
fire the XM1156 PGK from an M777 during
combat operations in Afghanistan on
28 April 2013.
BAE Systems expects to test fire the
Multi Service-Standard Guided Projectile
(MS-SGP) from the M777 in the next few
months. The company claims a range of
up to 100km (62 miles) will be possible
for this Global Positioning System-guid-
ed round when fired from the M777, and
also say it will be cheaper and more accu-
rate than existing smart munitions. The
MS-SGP is a variant of the rocket-assisted
155mm Long Range Land Attack
Projectile developed for the Advanced
Gun System fitted to the US Navy’s
new ‘Zumwalt’ class destroyers and
consists of a 127mm (five inch) projectile
fitted with sabots.
Legacy gunsAlthough the L119 Light Gun has been
phased out of Australian service it will
l AsiAn MilitAry review l76
Afghan National Army gunners fire theD-30 122mm (five inch) howitzer at aCombat Outpost Fortress, Kunar province,Afghanistan. The D-30 is being upgradedwith the Universal Battery Level FireDirection System © US Army
a r t i l l e r y
as i an
remain the New Zealand Army’s only field
artillery system. Through a $16
million contract Selex ES has recently mod-
ernised New Zealand’s 24 L119s to keep
them in service until 2030. The modernisa-
tion covers the installation of the compa-
ny’s Laser Inertial Artillery Pointing
System (LINAPS) which is in Malaysian
and Thai service, and used by British Army
(installed on the 105mm/four inch Light
Gun) and the Canadian Army (M777)
artillery units which saw combat in
Afghanistan. The LINAPS is a gun-mount-
ed navigation, pointing and weapon man-
agement system which enables rapid and
accurate artillery deployment in all weath-
er conditions, day and night. Under New
Zealand’s Army 2015 force structure the
16th Field Regiment, Royal New Zealand
Artillery comprises a headquarters battery
and three scalable hybrid batteries — two
from the regular force and the third from
the Army Reserve — each capable of oper-
ating up to six L119s or twelve (BAE
Systems/Royal Ordnance) L16A2 81mm
(three inch) mortars, or a mix of both.
When the North Atlantic Treaty
Organisation-led International Security
Assistance Force (ISAF) concludes combat
operations in Afghanistan the primary
artillery system supporting the Afghan
National Army will be its own Soviet lega-
cy D-30 towed 122mm (five inch) how-
itzers. Firing standard ammunition the D-
30 can achieve a maximum range of 15km
(nine miles) which can be extended to
22km (14 miles) using rocket assisted pro-
jectiles. The effectiveness of these weapons
is being improved by the introduction of
the Universal Battery Level Fire Direction
System (UBLFDS) developed by the
Ukrainian Defence Consulting (UDC)
company. The UBLFDS was trialled by
ISAF mentor teams before being approved
for introduction into Afghan service. The
UBLFDS is comprised of a handheld com-
puter at the battery command post, posi-
tion sensors mounted on the weapon and
a tablet computer for each gun command-
er all of which are linked via a wireless
network. The battery command post
receives weapon position data from the
sensors and is able to prepare fire mission
orders which are passed to each gun com-
mander’s tablet computer. According to
UDC about 300 UBLFDS sets have been
ordered for the Afghan National Army.
Korean ThunderThe Republic of Korea Army (RoKA) is
continuing a comprehensive moderniza-
tion of its artillery with the replacement of
the Samsung Techwin K55, a variant of
the US-designed BAE Systems
155mm/39cal M109A2 Self Propelled
Howitzer with up to 1,136 K9 Thunder
155mm/52cal SPHs and 179 Samsung
Techwin K10 armoured ammunition
resupply vehicles. Samsung Techwin
completed the first XK9 prototype in 1994,
the first production weapons were deliv-
ered in 1999, and an estimated 300 or so
weapons had been delivered by early
2013. The K9 was used in action for the
first time on 23 November 2010 when
three RoK Marine Corps weapons
returned fire when North Korean forces
bombarded the island of Yeonpyeong in
the Yellow Sea.
The K9 is operated by a crew of five, is
powered by a 1,000 horsepower MTU MT
881 Ka-500 eight-cylinder diesel engine
and featuring hydropneumatic suspen-
sion. The 46-tonne K9 was designed to
negotiate difficult terrain and can achieve
a top speed of 67 kilometres-per-hour (47
A Republic of Korea Marine Corps Samsung Techwin K9 Thunder 155mm (six inch) Self PropelledHowitzer fire rounds during a live fire exercise on Baeknyeong Island. The locally designed K9 isgradually replacing the K55 variant of the M109A2 Self Propelled Howitzer © US Army
The Singapore Army has fielded approximately 50 ST Kinetics Primus 155mm (six inch) SelfPropelled Howitzers, based on an improved BAE Systems M109 chassis, since 2004 to support itscombined arms brigades © Singapore Armed Forces
l AsiAn MilitAry review l78
a r t i l l e r y
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miles-per-hour) on roads and a range of
360km (224 miles). Automatic loading and
an automatic projectile transfer system
enable a three-round burst to be fired
within 15 seconds, a maximum of six to
eight rounds to be fired each minute for
three minutes, and a rate of fire of two-
three rounds to be sustained for an hour.
Based on the K9 chassis, the K10 carries
100 rounds to replenish the weapon’s
onboard supply of 48 rounds.
Samsung Techwin achieved an early
success on the export market in 2001 when
the Turkish Land Forces Command signed
a contract with the company to assist with
local production of a modified K9 which is
known in Turkish service as the Firtina.
The K9 was one of two weapons shortlist-
ed for the Australian Army’s LAND 17
SPH requirement. Samsung Techwin
formed a joint venture with India’s Larsen
and Toubro on 29 March 2012 to offer the
K9 for the Indian Army’s ongoing tracked
155mm/52cal SPH requirement. The K9 is
also one of four weapons shortlisted to
meet a Danish Army requirement for
155mm/52cal SPHs.
At the Seoul International Aerospace
and Defence Exhibition in November 2013
Samsung Techwin officials said the RoKA
plans to acquire up to 800 EVO-105 self-
propelled systems which mount the ord-
nance of the US government-built
M101A1 towed howitzer on the rear cargo
area of a standard six wheel drive KM500
five-tonne truck and features the fire con-
trol system from the K9 Thunder. The
RoKA has an estimated 1,700 M101A1 and
KH178, an upgraded version of the
M101A1 developed by Hyundai WIA,
howitzers in service and a large stockpile
of 105mm (four inch) ammunition. The
EVO-105 is regarded as a cost-effective
means of providing a shoot-and-scoot
capability for these weapons with the five-
strong crew being able to fire the first
round less than one minute after the vehi-
cle comes to a halt and bring the system
out of action in less than 30 seconds. On
roads the EVO-105 can achieve a top
speed of 85km/h (53 miles-per-hour) and
a range of more than 1,300km (808 miles).
System development is scheduled to
begin in 2014 and lead to series delivery in
2017. Officials from Samsung Techwin
have publically stated that they believe
there is a significant market for upgrading
legacy towed 105, 122, 152, and 155mm
howitzers. As well as the basic version of
the EVO-105 ordered by the RoKA,
Samsung Techwin is offering an advanced
version based on a high mobility truck
which offer greater mobility and could
carry an armoured crew compartment.
Singapore solutionsThe Singapore Army’s artillery branch is
being modernised through the introduc-
tion of two weapon systems developed
and produced by ST Kinetics, the
155mm/39cal Primus tracked SPH and
the 155mm/39cal Pegasus Singapore
Light Weight Howitzer (SLWH), devel-
oped in collaboration with the Singapore
Defence Science and Technology Agency
to meet the army’s requirements (see
Gordon Arthur’s ‘Stable Condition’ article
in this issue). The Primus mounts a local-
ly-developed all-welded aluminium
power-operated turret on a substantially
l AsiAn MilitAry review l80
Republic of Korea marines fire the K55, thelocally made version of the BAE SystemsM109A2 Self Propelled Howitzer in August2013 during Korean Marine Exchange Program13-8, a regularly-scheduled, combined-trainingexercise enhancing the combat readiness ofRoK and US marine forces © USMC
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IMDEX Asia 2015Asia Pacific’s Flagship Maritime Defence Show
9,337 trade visitors from 61 countries/regions,
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To book your space, please contact:Danny Soong/Vivian Koo/Cathryn LeeTel: +65 6595 6123/6595 6122/6595 6114 Email: [email protected]: Facts and �gures from IMDEX Asia 2013 event.
IMDEX Asia 2015Asia Pacific’s Flagship Maritime Defence Show
9,337 trade visitors from 61 countries/regions,
of which 30% were from overseas
Record 21 Navy Chiefs from around the world
attended the event
72 VIP delegations from 49 countries/regions
SPRINGBOARD INTO THE THRIVING ASIA PACIFIC REGION
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modernised M109 chassis and incorpo-
rates a number of subsystems, such as the
powerpack, also used in the ST Kinetics
Bionix Infantry Fighting Vehicle built for
the Singapore Army. Powered by a
Detroit Diesel 6V-92TIA engine the 28
tonne Primus can achieve a maximum
speed of 50km/h (31 mph) on road and a
range of 350km (217 miles) on road. The
Primus can fire three-round burst within
20 seconds and achieve a maximum rate
of fire of six rounds per minute. The first
Primus battery was declared operational
in 2004 and an estimated 50 systems have
been delivered. In Singaporean service the
Primus is supported by an ammunition
re-supply vehicle and command post
vehicle based on the same chassis.
The Pegasus SLWH was developed to
provide a weapon which can be lifted by
Boeing CH-47 Chinook heavy-lift helicop-
ter and provide greater range and lethality
than the army’s existing Nexter LG1
105mm towed howitzers. The 5.5 tonne
design makes uses of titanium and alumini-
um alloy and is equipped with a recoil
management system which according to
the manufacturer reduces the recoil force
by a third compared to conventional
155mm howitzers. Although usually towed
the Pegasus is equipped with a Lombardini
9LD625-2 engine which provides a maxi-
mum speed of 12km/h (eight miles-per-
hour). A semi-automatic loading system
enables the crew to achieve a burst rate of
fire of three rounds in 24 seconds and a
maximum rate of fire of four rounds per
minute. The Pegasus can fire conventional
munitions up to a range of 19km (twelve
miles) and extended range munitions up to
30km (19 miles). About 18 SLWHs are
thought to be in Singaporean service.
Indian impasseIndia’s Field Artillery Rationalisation Plan
although developed 25 years ago has yet to
result in the introduction of a single new
weapon into service. The ambitious plan
envisioned the import and local construc-
tion of 3,600 155mm/52 calibre howitzers
including towed weapons, wheeled SPHs
and tracked SPHs, to equip about 180 of
220 artillery regiments by 2025. Ironically it
could be the newest requirement for 145
155mm/39cal Ultra Light Howitzers
released in January 2008, which could be
the first in service. The US Defence Security
Cooperation Agency (DSCA) notified
Congress on 22 January 2010 that “the
Government of India has requested a pos-
sible sale of 145 M777 155mm Light-
Weight Towed Howitzers with Laser
Inertial Artillery Pointing Systems
(LINAPS), warranty, spare and repair
parts, support and test equipment, publica-
tions and technical documentation, main-
tenance, personnel training and training
equipment, US Government and contrac-
tor representatives' technical assistance,
engineering and logistics support services,
and other related elements of logistics sup-
port. The estimated cost is $647 million.”
After the original notification lapsed the
US DSCA notified Congress on 7 August
2013 that India had requested the same
package although the cost had increased to
$885 million. The request also noted the
contract would require a 30% industrial off-
sets package. When India failed to meet the
15 October 2013 deadline to confirm the
purchase BAE Systems announced that it
had begun the process of “temporarily
decommissioning” its plant at Barrow-in-
Furness, Northern England, where about
30% of M777 components are built, as work
had finished on existing orders. Indian
Defence Minister AK Antony told the
Parliament in a written reply on 9
December 2013 that: “(t)he Government
has not held up the purchase of 145 Ultra
Light Howitzer artillery guns from the
United States. The Government is propos-
ing the procurement of 145 Ultra Unit
Howitzers through the Foreign Military
Sale route as per Defence Procurement
Procedure.” Indian media reports say that a
contract will be signed before the end of the
financial year on 31 March 2014. If so, it
would be the first Indian order for new
artillery weapons since the now infamous
24 March 1986 contract for 410 Bofors
155mm FH-77B howitzers. An M777 con-
tract would provide much needed impetus
for the army’s long stalled artillery mod-
ernisation efforts.
The M777 is a niche weapon developed
specifically for the US Army and US
Marine Corps requirements for a weapon
which can be carried by their medium and
heavy-lift helicopters. For its requirement
for a towed weapon, wheeled SPHs and
tracked SPHs India is spoiled for choice
although some manufacturers are frus-
trated by repeated requests to send
weapons at their own expense to India for
trials which dragged on for more than a
decade. Nevertheless, the Indian require-
ments represent the largest single export
opportunities in the artillery market. They
also offer India the long-term opportunity
to emulate the success of Singapore and
South Korea in developing the capability
to design and produce its own artillery
systems and ammunition.
ST Kinetics designed the 155mm (six inch)Pegasus Singapore Light Weight Howitzer toprovide the Singapore Army with a helicopter-portable weapon which provides greater rangeand lethality than the previous generation of105mm weapons © Singapore Armed Forces
The Primus can firethree-round burst within20 seconds and achievea maximum rate of fire
of six rounds perminute. The first Primus
battery was declaredoperational in 2004
l AsiAn MilitAry review l82
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INDIA MOVES AHEADWITH FICV PROGRAMME nnn In November 2013, Indiatold Russia it had decided pro-cure its homemade $10 billionFuturistic Infantry CombatVehicle (FICV) programmeinstead of the advanced RussianKurganmashzavod BMP-3Infantry Fighting Vehicle.The announcement was madeduring the 18 November2013 India-Russia Inter-Governmental Commissionon Military TechnicalCooperation held in Moscow.
The offer from Russia wasinitially made during RussianPresident Vladmir Putin’s visitto India in December 2012.Moscow had then presented atransfer of technology deal forits BMP-3 vehicles if Indiaagreed to drop its home-grownFICV programme: a 2,600 vehi-cle-initiative to replace its agingBMP-1 and BMP-2 platforms.
The Indian Ministry ofDefence demanded that theupgraded BMP-2 incorporateadvanced observation and sur-veillance systems, night-fight-ing capabilities, an improved
Anti-Tank Guided Missile(ATGM) system and a 30mm(one inch) automatic grenadelauncher. The upgradedInfantry Combat Vehicle willalso be equipped with anadvanced fire control system.
After considering the deal,the Indian Defence Ministrydeclared it could not agree toRussia’s proposal to have theFICV project pushed into thebackground. The project, whichwas approved nearly five yearsago, will be part of the “MakeIndia” initiative, pursued bythe Indian Ministry of Defence
(MoD), which favours domesticcompanies.
Currently in competition forthe $10 billion contract to pro-duce some 2,600 FICV units,are India’s Mahindra DefenceSystems, in association withBAE Systems, as well as localcompanies Larsen andToubro, Tata Motors andthe state-owned OrdnanceFactories Board.
The MoD announced it willsoon be short-listing two com-petitors to develop prototypes,which will then be trialled,with the Indian government
providing nearly 80 percent ofthe development funds.Although it’s been usingRussian BMP-2 armoured ICVssince the late 1980s, the IndianArmy has been working on thedevelopment of its own FutureICV (FICV) since the 1990s.New Delhi has been develop-ing two ICV programmes:
The first one is the BharatDynamics Limited (BDL) NagMissile Carrier (NAMICA), a14.5 ton modified Kurganmash -zavod BMP-2 tank destroyermanufactured under the name“Sarath” in India. The secondprogramme is an ArmouredInfantry Fighting Vehicle devel-oped by the Defence Researchand Development Organisation(DRDO) as a technologydemonstrator and knownas the “Abhay”.
But both programmes wereput on hold following severaltechnical difficulties in theproduction process and therejection of the differentprototypes. The delay led totalks of acquiring the BMP-3from Russia to replace India’s1,400 aging BMP-2s.
PAKISTAN INTRODUCESHOME-BUILT UAVSnnn The Pakistan Air Force(PAF) inaugurated its first fleetof indigenous strategicUnmanned Aerial Vehicles(UAVs) on 25 November 2013.The ceremony to induct thefleet of homebuilt Shahpar andBurraq UAVs was attended bythe now-retired chief of armystaff General Ashfaq PervezKayani, Pakistan’s Air ChiefMarshal Tahir Rafique Butt,chief of the air force staff, andLieutenant General KhalidAhmed Kidwai, director gener-al of the strategic plans division.
Pakistan had been develop-ing a homemade UAV for thepast eight years. The Shahpar –produced by the state owned
defence consortium GlobalIndustrial and Defence Solution(GIDS) – has been operationalsince 2012. It is an autonomousUAV with an endurance ofseven hours and capable ofrelaying data in real-time to amaximum range of 250 kilome-tres (135 nautical miles).
GIDS declined to disclose thenumber of units sold or the valueof the contract with the PakistanDepartment of Defense but toldAMR that, while their primarycustomer was Pakistan’s Army,they were currently in negotia-tion with “a few friendly coun-tries” regarding exports.
The Shahpar was designedto perform missions rangingfrom real-time reconnaissanceto surveillance, monitoring, dis-
aster management, mappingand mission planning. The air-craft is capable of autonomoustake-off and landing on a run-way or landing with a para-chute as well as carrying a 50-kilogram (110-pound) payload.GIDS’ UAVs come with theindigenously-developed AERO(Advanced EngineeringResearch Organisation) Zumr-1EP optronics payload.
Pakistan’s other recentlyintegrated UAV, the Burraq, wasdeveloped via a joint ventureinvolving the PAF and theNational Engineering andScientific Commission(NESCOM); a civilian defenceresearch and developmentorganization. The Burraq, whichhas been reportedly undergoing
flight-testing in May 2013 will bearmed with a laser-guided air-to-surface missiles and carries alaser designator, according to itsmanufacturer. Although it’sbeen described as a Pakistanivariant of the China AerospaceScience and TechnologyCorporation (CASC) CH-3Rainbow Unmanned CombatAir Vehicle, little is knownregarding the PAF’s Burraq air-craft. Up until the unveiling ofthe Shahpar and Burraq UAVs,Pakistan’s Army had been usingGerman EMT Penzberg Luna X-2000 and British MeggittBanshee UAVs. The PAF, how-ever, relied on the unarmedSelex ES Falco UAV withPakistan reportedly the firstexport customer for this aircraft.
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ASIA PACIFIC PROCUREMENT UPDATE
Regional news
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SINGAPORE DEFENCEMINISTER VISITSEXERCISE FORGINGSABRE 2013nnn Singapore Minister forDefence Dr Ng Eng Hen visitedExercise Forging Sabre 2013 (XFS13) in Arizona, United Stateswhich is an integrated strikeexercise, conducted from 2 to 17December 2013. It involves about700 airmen and soldiers from theSingapore Armed Forces (SAF)as well as assets such as Republicof Singapore Air Force (RSAF)Boeing F-15SG and LockheedMartin F-16C/D multi-role com-bat aircraft, Boeing AH-64Dattack helicopters and BoeingChinook CH-47 heavy-lift heli-copters. Other Singaporeanassets included Lockheed MartinHigh Mobility Artillery RocketSystem (HIMARS).
The event in December 2013was the fourth XFS exercise.
Also present to witness thelive-firing were Chairman ofthe Government ParliamentaryCommittee for Defence andForeign Affairs Dr Lim Wee
Kiak, chief of the RSAFMajor-General Hoo Cher Mouand other senior Singaporearmed forces officers.
This year’s exercise saw awider range of precision strikemunitions employed as com-pared to previous exercises,
including Boeing GBU-31/32/34/38 Joint Direct AttackMunitions, Lockheed MartinAGM-114 Hellfire air-to-groundmissiles, and Raytheon GBU-12laser-guided bombs to destroystatic and moving targets in dayand night mission scenarios.This was also the first time theHIMARS fired Lockheed MartinGuided Multiple Launch RocketSystem (GMLRS) rockets in alive-fire scenario.
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SINGAPOREORDERS TWO ATTACKSUBMARINESFROM GERMANYnnn Singapore’s Ministry ofDefence (MINDEF) will acquiretwo new Type 218SG conven-tional hunter/killer submarinesfrom the German shipbuilderThyssenKrupp Marine Systems(TKMS), to modernise theirsubmarine force (see GordonArthur’s article ‘StableCondition’ in this issue).
The contract was signed on29 November 2013, with anexpected projected delivery ofthe first boat in 2020. The deal
includes crew training inGermany, a logistics packageand Air Independent Propulsion(AIP) systems for the boat. AIPallows the submarines to remainsubmerged for longer than tra-ditional diesel-electric boats andreduces their noise signature.
Singapore’s new submarineswill be customised to addressspecific requirements made bythe Republic of Singapore Navy(RSN) including a comprehen-sive combat system providedby the German naval electron-ics specialists Atlas ElektronikGmbH. This will be co-devel-oped and adapted to the RSN’s
requirements by the Singapore-based ST Electronics Ltd. TheMINDEF did not release infor-mation on the contract’s cost.However, the deal could be val-ued as high as $1 billion,according to reports from theReuters news agency.
Singapore’s Defence MinisterNg Eng Hen had announcedplans for the purchase of newsubmarines to replace the coun-try’s ‘Challenger’ class conven-tional boats back in March of2013, saying that “the replace-ment submarines will have sig-nificantly improved capabilitiesand will enhance our ability to
keep our sea lines of communi-cation safe.” The new 218SGsubmarines, along with theRSN’s two refurbished conven-tional ‘Archer’ class submarines,will replace four 1960s vintage‘Challenger’ class submarinesthat Singapore had acquiredin the 1990s. The ‘Archer’class submarines were boughtin 2005 from the GermanHowaldtswerke-Deutsche Werft(HDW) shipbuilding company, asubsidiary of TKMS enteringRSN service in 2011. They wereoriginally built in the 1980s as‘Vastergotland’ class for theMarinen (Royal Swedish Navy).
SINGAPORE DEFENCEMINISTER ADDRESSESSHANGRI-LA DIALOGUEnnn Singapore’s Minister forDefence Dr Ng Eng Hendelivered the Keynote Addressat the second InternationalInstitute for Strategic Studies(IISS) Shangri-La DialogueSherpa Meeting on 14 January2013. Addressing an audience ofdefence officials, senior militaryofficers and academics, Dr Ngspoke about seeking commonground amid national aspira-tions. During his speech, Dr Nghighlighted that to maintainand promote peace and stabili-ty, “we should put away ourdifferences to steer the regionaway from conflict and towardsmutual interest and commonnorms acceptable to all”. Dr Ngcited redoubling efforts inengagement and diplomacy tobuild mutual trust, fosteringpositive engagement throughan open and inclusive regionalsecurity architecture and practi-cal cooperation as three princi-ples to build strategic trust.
SINGAPORE AND THAINAVIES CONDUCTBILATERAL EXERCISE nnn The Republic of SingaporeNavy and the Royal Thai Navy(RTN) conducted a bilateralnaval exercise, codenamedSingsiam, from 25 November to6 December 2013.
Hosted by the RTN, thisyear’s exercise commencedwith a shore planning phase atChangi Naval Base, Singapore.
A sea phase was conducted inthe Strait of Malacca and theAndaman Sea. The RSNparticipated with a frigate, amissile corvette, and asubmarine while the RTNparticipated with a missilecorvette, an anti-submarinewarfare corvette, an off-shorepatrol vessel, two Sikorsky S-70B maritime supporthelicopters and one DornierDo 228 maritime patrol
aircraft. Speaking at theclosing ceremony, oneparticipant said that said that“the successful completion ofthe exercise significantlyenhanced the level ofinteroperability, mutualunderstanding and friendshipbetween personnel from bothnavies, and is testament to theclose and long-standingdefence relationship betweenSingapore and Thailand.”
REPUBLIC OF KOREATO ACQUIRE 14CHINOOK HELICOPTERS nnn The Republic of Korea(RoK) will officially beacquiring 14 surplus BoeingCH-47D Chinook heavy-lifthelicopters currently beingoperated by United Statesforces in the RoK.
The US Defense Security
Cooperation Agency (DSCA)gave its green light for the dealon 3 December 2013 and theproposed sale — valued at $151million — includes the provisionof 14 Chinook helicopters andassociated equipment to RoK.The deal includes the HoneywellAerospace T55-GA-714Aturboshafts, outfitting the latestCH-47F variant, newcommunications, navigation
systems, altimeters andcompasses as well as spare parts,training and logistical support.
The 14 CH-47D and theirT55-GA-714A engines will beprovided from the US Armyinventory located at CampHumphrey, RoK. This willallow the US Army to save anapproximate $13 million ontransportation anddemilitarization costsassociated with transitioningthe aircraft out of service.
According to the DSCAnotification, which wasreleased under the ForeignMilitary Sales programme, the“sale will improve the RoK’scapability to meet current andfuture requirements for troopmovement, medical evacuation,aircraft recovery, parachutedrop, search and rescue,disaster relief, fire-fighting andheavy construction support.”
The CH-47 Chinook twin-engine heavy-lift helicopter is
primarily used for troop andcargo movement and battlefieldresupply. Equipped with a wideloading ramp at the rear of thefuselage and three external-cargo hooks, it is capable ofreaching top speeds of 170 knots(315 km/h), making it one of thefastest utility helicopters of itsgeneration.
First introduced in the early1960s, the CH-47 is also one ofthe few aircraft of that era,along with the fixed-wingLockheed Martin C-130Hercules turboprop freighter,which remains in productionand front-line service, with over1,179 units built to date. TheCH-47 has been operated by 16countries, the US Army beingone of its main users. The RoKArmy currently operates 23CH-47Ds, and the air forceoperates five HH-47Ds, avariant of the Chinook designedfor RoK combat search-and-rescue missions.
CHINA COMPLETESDELIVERY OF Z-9HELICOPTERS TOCAMBODIAnnn The Royal Cambodian AirForce (RCAF) announced that ithad formally received thefinal delivery of a dozen ofChinese-built Harbin AircraftManufacturing Corporation(HAMC) Z-9 medium-lift utilityhelicopters. The delivery wasmade during an official ceremo-ny held at Phnom Penh AirBase on 25 November 2013 inthe presence of CambodianDeputy Prime Minister andDefence Minister Tea Banh andChinese Ambassador toCambodia Bu Jianguo. Thearrival in Phnom Penh of thefinal ten aircraft concludes a$196 million deal betweenChina and Cambodia, after afirst batch of two units hadbeen delivered in July 2013.
Cambodia’s Z-9s were pur-chased from the China NationalAero-Technology Import andExport Corporation (CATIC).This twin-engined aircraft, man-
ufactured by HAMC underlicense from Airbus Helicoptersis a modified version of theFrench-made Airbus HelicoptersAS-365N Dauphin 2 medium-lift machine. The aircraft isdesigned for missions such aspassenger and cargo transport,forest protection, maritimepatrol, search and rescue, lawenforcement and border control.
During the ceremony,Mr. Tea described the heli-copter delivery as an “historicachievement” and explainedthe aircraft would serve todefend “Cambodia’s territorialintegrity” and crack down onoffences in remote areas as wellas assist humanitarian relief.
Six of the aircraft received bythe RCAF are Z-9Bs utilityhelicopters, designed for gener-al-purpose missions. Two of theacquired Z-9s were customisedfor passenger transport whilethe remaining four arereportedly Z-9W variants of thehelicopter, equipped withChinese NORINCO HJ-8 anti-tank missiles, Chinese AVIC I
TY-90 air-to-air missiles and theChinese version of the ItalianAlenia A244-S light anti-subma-rine warfare acoustic homingtorpedo: the ET52. The newly-acquired aircraft will replaceCambodia’s fleet of agingRussian Mil Mi-8 and MI-17medium-lift utility helicopters.
The deal, which was financedby a loan agreement signed withBeijing in August 2011, is part ofan ongoing programme for the
modernisation and developmentof the Cambodian armed forces.Analysts believe the deal –which shows strengthening tiesbetween China and Cambodia -could convince more countriesto acquire the Chinese Z-9. Sincethe Harbin Z-9’s first flight in1981, about 200 units havebeen built, most of which havebeen acquired by the China’sPeople Liberation Army’s AirForce and Navy.
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AUSTRALIA RECEIVESTHE FIRST OF24 MH-60R NAVALHELICOPTERSnnn The Royal Australian Navy(RAN) received its first twoSikorsky MH-60R maritime sup-port helicopters, during a cere-mony held at LockheedMartin’s. Mission Systems andTraining’s facility in Owego,New York, on 10 December 2013.
The two helicopters are thefirst of Australia’s 24 anti-sub-marine and anti-surface heli-copters, known as the“Romeo”, ordered to replace itsageing Sikorsky S-70B-2
Seahawks maritime supportrotorcraft, which have been inservice for nearly 25 years.
Lockheed Martin’s facilitiesin Owego installed and inte-grated the electronics systemsinto the Sikorsky aircraft, name-ly the digital cockpit, radar,sonar, and optronics. The com-pany has also integrated self-defence system to protect thehelicopter from missile threats.
The Romeo is currentlybeing used by the US Navy asits main maritime support heli-copter. Australia first expressedinterest in the helicopter in 2006and finally signed the deal for
24 MH-60R helicopters in 2011,demanding a quick delivery.During the ceremony RANCaptain and aeronautical engi-neer Scott Lockey explained theprocurement had become forAustralia “a matter of urgency”.
The first delivery was madeone month ahead of schedule,and the remaining units will bedelivered by the end of 2016along with training and sup-port, six months earlier thaninitially planned according tothe $3 billion contract signedwith the US Navy.
Rear Admiral Tony Dalton,head of the Helicopter Division
of Australia’s Defence MaterielOrganisation, was present atthe ceremony and accepted thehelicopters on behalf of theRAN, explaining that the air-craft was “a game changer forthe Royal Australian Navy, interms of delivering the capabili-ty to ensure our sea lanes arekept open”, especially since“Australia is between theIndian and Pacific oceans andthere are currently more than200 submarines active in theregion, 64 of them nuclear.”
The two helicopters leftLockheed Martin’s Owegofacility shortly after the ceremo-ny and headed to the Naval AirStation in Jacksonville, Florida.Where the RAN’s 725 Squadronis, for now, stationed and willundergo training with the USNavy until the first seven heli-copters begin returning toAustralia by the end of 2014.
The MH-60R helicopter willalso soon be part of Denmark’sfleet, as the Kongelige DanskeMarine (Royal Danish Navy)placed an order for nineRomeo helicopters in December2012, with an initial deliveryset for May 2016.
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NEW ZEALANDACQUIRINGNORWEGIAN PENGUINMISSILES FOR ITS NEWKAMAN SH-2GHELICOPTERSnnn New Zealand confirmed inNovember 2013 that it hassigned a contract with theNorway’s Kongsberg Defenceand Aerospace AS (KDA) tosupply its navy with anundisclosed number of PenguinMk2 Mod 7 anti-ship missilesand associated equipment.The contract’s value has notbeen disclosed.
The Penguin, designated asthe AGM-119 by the US Navy,is a passive infrared seeker-based short-to-medium rangeanti-ship guided missile. Itsacquisition has been presentedas an important upgrade for the
Royal New Zealand Navy(RNZN). Its technical character-istics allow the Penguin Mk2Mod 7 to operate in close prox-imity to land whilst remainingrobust against electronic coun-termeasures. Developed as acollaborative venture betweenthe Norwegian DefenceResearch Establishment (NDRE)and Kongsberg, the Penguinmissile, in its various versions,can be launched singly or insalvoes from a number of differ-ent weapons platforms, includ-ing surface vessels, combat air-craft and helicopters.
In a press release publishedafter the signature of the con-tract, KDA’s executive vice pres-ident Pål Bratlie declared thatthe contract “strongly confirmsthe Penguin missile’s position asthe leading missile within its
segment. The contract is for alimited number of missiles;however, it is considered animportant upgrade of NewZealand’s Navy.”
The Penguin missiles willequip the Royal New ZealandNavy’s newly acquired KamanSH-2G(I) Super Seasprite mar-itime support helicopters andextend the aircraft’s anti-subma-rine and anti-surface capabili-ties.
The deal for eight of the‘India’ version Seasprites andtwo spare airframes was initiat-ed in 2012 and the $242 millioncontract was finally signed inMay 2013, between NewZealand and the Americanaerospace contractor Kaman.New Zealand’s SH-2G(I)s wereinitially intended to be pur-chased by Australia before the
deal was scrapped and areintended to replace the RNZN’sfive ageing Kaman SH-2G heli-copters, in service since the1990s. The delivery of the firstthree helicopters to the RNZNis expected in early 2015 and alleight helicopters are scheduledto enter service by 2016.
Kaman Aerospace firstdeveloped the SH-2 Seaspritesin the late 1950s as a fast utilityhelicopter for the US Navy,which used the aircraft and itsimproved and updated ver-sions until it retired the SH-2Gfleet in 2001. The SH-2G(I), itsmost recent maritime version,designed for surface surveil-lance, anti-surface warfare,anti-submarine warfare, search-and-rescue and troop deploy-ment, is also used by theEgyptian and Polish Navies.