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8/13/2019 Gif2006 a380 Sperl Heinen
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The A380 Program
Speaker: Mario HeinenA380 / Senior Vice-president
Global Investor Forum
19th & 20th October 2006
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3
The Company disclaims any intention or obligation to update these forward-looking statements. Consequently the Company is
not responsible for any consequences from using any of the below statements.
Certain of the statements contained in this document are not historical facts but rather are statements of future expectations and otherforward-loo king statements that are based on managements beliefs. These statements reflect the Companys views and assumpti onsas of the date of the statements and involve known and unknown risk and uncertainties that could cause actual results, performance orevents to differ materially from those expressed or implied in such statements.
When used in this document, words such asanticipate , believe , estimate, expect , may , intend , plan to and project ar eintended to identify forward-looking statements. Such forward-looking statements include, without limitation, projections forimprovements in process and operations, new business opportunities, revenues and revenues growth, operating margin growth, cashflow, deliveries, launches, compliance with delivery schedules, performance against Company targets, new products, current andfuture markets for the Company products and other trend projections.
This forward looking information is based upon a number of assumptions including without limitation: A ss um pt io n reg ar di ng d em an d Current and future markets for the Companys products and services Internal performance including the ability to successfully integrate EADS activities to control costs and maintain quality Customer f inancing Customer, suppl ier and subcontractor performance or contract negotiat ions Favourableoutcomes of cer tain pending sales campaigns
Forward looking statements are subject to uncertainty and actual future results and trends may differ materially depending on varietyof factors including without limitation: General economic and labour conditions, including in part icular economic condit ions in Europe and North America, Legal, financial and governmental r isk related to international transactions The Cycl ical nature of some of the Companys businesses Volatil i ty of the market for certain products and services Pr od uc t p er fo rm an ce ri sk s Co ll ec ti ve barga in ing l abourd i spu tes
Factors that result in signif icant and prolonged disruption to air travel world-wide The outcome of pol i t ical and legal processes, including uncertainty regarding government funding of certain programs Consol idation among compet i tors in the aerospace indust ry The cost of developing, and the commercial success of new products Exchange rate and interest rate spread fluctuations between the Euro and the U.S. dollar and other currencies Legal proceeding and other economic, poli t ical and technological r isk and uncertaint ies
Addi tion al inf ormat ion r egard ing t hese fac tor s is co ntain ed in t he Comp any s
Safe Harbor Statement
registration document dated 26th April 2006.
4
Achievements and 2006 major mi lestones
Static tests completed, Fatigue test specimen at 15.790 flight
cycles.All test benches in operation
Both Rolls Royce and Engine Alliance engines certified
March 26th 2006: MSN 007 Successful Emergency Cabin Evacuation
Trial 853 passengers and 20 crew members in 78 seconds!
7th
May: First Customer Aircraft flown to Hamburg
Early Long Range flights successfully completed with MSN 2
Main airports are prepared to receive the A380
2006: Flight testing will be finalised by end of Oct, followed by Type Board
Meeting Mid November, and
CERTIFICATION MID DECEMBER
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5EF Wing after test start September 2005
A380 Major Structural Testing
Rear End Test/max VTP bending test
Jan 05
ES Ultimate Wing Bending test February 2006
Fatigue Test Specimen (EF)
Test Purpose:
2.5 times Airc raft l ife=47500FC
Oct06: 18,559 FC and C-Inspection
at TC: more than 1 DSG
Major Static Test (ES)
Al l TC tests and al l Residual Strength testscompleted
Rear End Test (RET)
Al l tests completed for TC
DT testing stopped forInspection at 3800 FC
6
Successful Evacuation Test26th March 2006, Hamburg
873 occupants873 occupants 853853 passengerspassengers: 538 MD + 315 UD: 538 MD + 315 UD
1818 cabin crewscabin crews and 2 flightand 2 flight crew memberscrew members
EvacuationEvacuation SemiSemi darknessdarkness
50% of50% of doors inoperativedoors inoperative
In 78 SecondsIn 78 Seconds..
MSN 007MSN 007 EvacuationEvacuation TestTest witnessedwitnessed bybyAi rworthiness Author it iesAirworth iness Author it ies(EASA(EASA withwith FAA participation)FAA participation)
EASA and FAA approved 853 as the maximum
passenger seating capacity for the A380-800.
EASA and FAA approved 853 as the maximumEASA and FAA approved 853 as the maximum
passenger seating capacity for the A380passenger seating capacity for the A380--800.800.
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MSN002: Early Long Flights (ELF)4 8 September 2006
4 ELF 7 hours10 hours
12 hours (overnight)
15 hours
474 passengers on each flightpassengers on each flight
Full cabin serviceFull cabin serviceFacility assessmentsFacility assessments
Questionnaires & interviews
Real Life systems check
The quietest, roomiest, lightest cabin in the skyThe quietest, roomiest, lightest cabin in the sky
8
A380 flight test statusA380 flight test status October 16thOctober 16th
MSN 001
First Flight: 27 April 05
Hours flow n: 1172
Take-offs: 968
MSN 004
First Flight: 18 Oct 05
Hours flown: 757
Take-offs: 515
MSN 002
First Flight: 03 Nov 05
Hours flown: 230
Take-offs: 59
5 flight test Aircraft, 2247 hours, 1564 take5 flight test A ircraft, 2247 hours, 1564 take--offsoffsAs at 22As at 22ndnd September 2006September 2006
MSN 009
First Flight: 24 Aug 06
Hours flown: 81
Take-offs: 19
MSN 007(In Hamburg for cabin fit)
First Flight: 19th Feb 06
Hours flown: 7
Take-offs: 3
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ToulouseToulouse LeLe BourgetBourget LeLe BourgetBourget
LeLe BourgetBourget TarbesTarbes FrankfurtFrankfurt
SingaporeSingapore Kuala LumpurKuala Lumpur Kuala LumpurKuala Lumpur
BrisbaneBrisbane SydneySydney MelbourneMelbourne SydneySydney DubaiDubaiDubaiDubai
DubaiDubai MedellinMedellin IqaluitIqaluit PointePointe----PitrePitre SingaporeSingapore
London LHRLondon LHRSingaporeSingapore London LHRLondon LHR London LHRLondon LHR BerlinBerlin
ToulouseToulouse ToulouseToulouse
FrankfurtFrankfurt FrankfurtFrankfurt
FrankfurtFrankfurt SingaporeSingapore
10
A380: What Ai rline Pilots Say
Compared to the A320, you do
not feel the difference in flight.
Al though muc h bigger than the
A320, the A380 is easy to taxi.
I have been flying all the fly -by-wire types of Airbus. Its the
same situation here with the A380: its very easy to fly these
aircraft because handling characteristics are extremely sim ilar
and its a real family .
The aircraft is much more responsive than anticipated, it does
not feel like a big aircraft. Cockpit innovation and new
technologies are combined well with Airbus cockpit
philosophy . Coming from the A330, you feel at home and thetransition is very easy.
The aircraft, for its size, is extremely manoeuvrable: veryresponsive, easy to fly, very stable. Actually, I would like to take
this plane home and start flying with it immediately.
Please do not change the
handling qualities of this a/c!
The cockpit and flying characteristics are similar, so it is easy
for somebody who has flown an Airbus before to fly this
airplane. I thought that because the A380 is bigger there would
be a lot more lag in the controls, but to m y pleasant surprise it i s
very lively and very stable - its a lovely plane.
The aircraft is very stable but
also very responsive; more
like flying an A320 than an
A340.
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Huge step in technology successfully implemented
Outstanding Handling Qualities confirmed by airline pilots
Excellent take off and landing performance
Noise levels better than commitments
Emissions significant lower than current limits
Cabin comfort (internal noise and vibrations)
setting new industry standards A380 cockpit the quietest in the sky
Proven airport compatibility
Turn Around Time comparable to 747
A380 is technically an excellent aircraft
12
Industrial ramp up problems over-shadow technical achievements:
Lower level of section completion versus May 2005 Planning
Related out of sequence work in FAL has led to delays on Electrical
Power On a major milestone in the build process Following Jun06 Communication to all customers a thorough bottom
up and top down review completed by end of Sept06
A380 Industrial Situation : The Facts
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A380 Industrial Situation: Findings
A crucial element, the 3D Digital Mock-up Unit (DMU) used for the
installation of the physical routing and packaging of electrical harnesses is
not at the required level of robustness and finish for the fuselage
sections 13-18 unlike those of the other fuselage sections (11-12 & 15-21)
due to:
to continuous changes of functionality and geometry
lack of strict control and management of changes
the combination of the complexity, the amount of the electrical systems
and equipment and the specificities of the A380 space allocationconstraints
inefficiencies of the processes and tools used
higher degree of offered customisation compared to previous programs
14
Complexity of A380 Electr ics
Define electrical
function
Group wires to
harnesses
Place harness
in DMU
Install in aircraft
1,150
electrical
functions
98, 000 wi res
with 40,000
connectors
508,000 items
in the DMU
530 km wires
in every A380!
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15Main Electric/Electronic Bay
The Volume Factor - Nose Fuselage S11-12
Main electronic
Bay below
flight deck
Emergency Electronic
Bay
Number of wires 100 000 530 km of wires bundled into 350 km of cables
16
Electrical Systems
Installation
Forward fuselage
Electrical Installation
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17Install wire bundles
Design of Electrical Harness Installation
Define electrical function
Based on final routing model:
- Launch manufacturing ofphysical wire bundles
- Structural support partsinstallation
- Wiring installation drawings
Changes fromdevelopmentprocess andcustomisation
Continuouslyupdate the
digital model for
electricalinstallation
Allocate wires to bundles
Define geometry of harnesses inDMU.Place harnesses into digitalaircraft & cabin model.Design routing
Not brought
to latest
definition
- Number of changes,- Insufficient Tool
Performance
- Early Learning Curve
Installation
Conflicts
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A380 Industrial Situation: The Consequences
Inefficient tools and processes lead to a high number of time consuming
changes
Creating Out of sequence work and Increase in outstanding work
Imposing slow down of industrial flow to increase level of completion
Present process clearly limits ramp up capability
Additional delay of 1 year
Quality and Safety are in no way compromised
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Finalization of
electrical
installation is
the key in order
to start the
station properly
Station 37Station 37
HTP Preparation
Station 41/40Station 41/40
Structural
Station
Station 45Station 45
Wing Movables Instal.
Station 31/30Station 31/30
Structural Completion
Eqt & Powerplant install.
SystemsTesting
Station 18Station 18
Outside
Tests
Station 15Station 15
Production
Flights
Station 23Station 23
A/C Hand li ng
& Defueling
Station 20Station 20
Ai rcr aft
Furnishing
Station 12Station 12
Ai rcr aft
Painting
Station 11Station 11
Cabin
Production
Flights
Station 07Station 07
Customer
Delivery
(EUR & M/E)
Station 14Station 14
A/C Preparat ion
FerryFlight
FerryFlight
TLS
TLS
HAM
HAM
Ferry FlightFerry FlightHAMHAM TTLSLS
Station 36Station 36
VTP Preparation
Station 13Station 13
Customer
Delivery
(Rest of World )
Stations 50/51/52/53Stations 50/51/52/53
Fus. MCA
Preparation
Stations 16Stations 16
VTP Painting Recovery points for harness integration
Final Assembly Line The Bottle Neck
4 aircraft
13 aircraft
Harness installations start here
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A380 Industrial Si tuation : Decisions
Tools & Processes successfully used and proven on other sections will
be applied on front and rear fuselage
Dedicated trans-national team in Toulouse will re-design and adapt the
new DMU tool to sections 13 and 18
This will provide the solid and robust basis for a proper ramping up of
series production.
New Process or iented Organisation Structure implemented in Hamburg:
- Transversal integration fuselages-cabin-systems
- Integrated teams collocated at aircraft
- International electric design plateau
New Program Organisation structure with dedicated skills and resources
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New Organisation : Airbus-Germany
CFSIWave 1 Cabin & CargoWave 1 FAF SectionEngineering
Wave 1
ElectricWave 1 SystemsWave 1
Functional
Integration
Geometrical
Integration
Zone 1-Zone n
EYV LNL
CFSI
Wave 2
Cabin & Cargo
Wave 2
FAF Section
Engineering
Wave 2
Electric
Wave 2
Systems
Wave 2
Customer
Definition
Cabin Architect
Realizer
Freighter
Quality
BFE / SFE Mngt.
Installation
3D/2D
Harnesses &
Kits
Change
Control
HoE
Primary
Structure
Longitudinal
Structure
Mech.Sys.Inst.
Secondary
Structure
MAP
FAL 1
Electric
LNAL
U. Fresenborg
CFS Integrator
LNAI
H. Warnecke (i.PU)
Systems
A. Janke (i. PU)
Cabin & Cargo
BCN
S. Scholz
BC
Progr. Mngt.
Wave 2
LNA2
G. Falk
Progr. Mngt.
Wave 1LNA1
H. Ltjens
LNE
CEWave 1
CE
Wave 2
Chief Engineer
LNER
H. Warnecke
Chief
Engineering
MAP Arbitration
A380 HAM Plant
LNAM
G. Mecke
TBD
A380 Progr amme German y
LNA
R. Fuchs
ES
FAF Sec.E.
LNAE
K. Kalmer
HR
LNAH
J. Kutzim (i. PU)
P
LNAP
R. Hoppe
F
LNAF
N.N.
Q
LNAQ
H.G. Schrader
Processes & Tools
LNAA
A. Carcasses (i. PU)
FAL1
OSW
FAL2
OSW
St.-O.-Ltg.
TLS
MCA
SNZ
OSW
= Reinforcement from
other Programmes
22
The Revised Programme Ramp up
This has led to the following programme:
New Planning June06
2006 - 0 22007 - 1 25
2008 - 13 37
2009 - 25 45
2010 - 45 50
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Thank youThank you
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A380 financial update
Andreas SperlAirbus Chief Financial Officer
Global Investor Forum19th & 20th October 2006
2
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The Company disclaims any intention or obligation to update these forward-looking statements. Consequently the Company is
not responsible for any consequences from using any of the below statements.
Certain of the statements contained in this document are not historical facts but rather are statements of future expectations and otherforward-loo king statements that are based on managements beliefs. These statements reflect the Companys views and assumptionsas of the date of the statements and involve known and unknown risk and uncertainties that could cause actual results, performance orevents to differ materially from those expressed or implied in such statements.
When used in this document, words such asanticipate , believe , estimate, expect , may , intend , plan to and project ar eintended to identify forward-looking statements. Such forward-looking statements include, without limitation, projections forimprovements in process and operations, new business opportunities, revenues and revenues growth, operating margin growth, cashflow, deliveries, launches, compliance with delivery schedules, performance against Company targets, new products, current andfuture markets for the Company products and other trend projections.
This forward looking information is based upon a number of assumptions including without limitation: As su mp ti on r eg ar di ng d em an d Current and future markets for the Companys products and services Internal performance including the ability to successfully integrate EADS activities to control costs and maintain quality Customer f inancing Customer, suppl ier and subcontractor performance or contract negotiat ions Favourableoutcomes of cer tain pending sales campaigns
Forward looking statements are subject to uncertainty and actualfuture results and trends may differ materially depending on varietyof factors including without limitation: General economic and labour conditions, including in part icular economic conditions in Europe and North America, Legal, financial and governmental r isk related to international transactions The Cycl ical nature of some of the Companys businesses Volat i li ty of the market for cer tain products and services Pr od uc t p er fo rm an ce ri sk s Co ll ec ti ve barga in ing l abourd i spu tes
Factors that result in signif icant and prolonged disruption to air travel world-wide The outcome of pol i t ical and legal processes, including uncertainty regarding government funding of certain programs Consol idation among compet i tors in the aerospace indust ry The cost of developing, and the commercial success of new products Exchange rate and interest rate spread fluctuations between the Euro and the U.S. dollar and other currencies Legal proceeding and other economic, poli t ical and technological r isk and uncertainties
Addi tion al inf ormat ion r egard ing t hese fac tors is co ntai ned in the Com pany s
Safe Harbor Statement
registration document dated 26th April 2006.
4
A380 backlog & market remain robust
159 firm orders & no cancellations as of today
Strong market demand for long term capacity
Competitive economics compared with competition,reinforced by high fuel prices
A380 will be a very efficient aircraft
Product performances confirmed through flight tests
Certification on track for end 2006
A380 profitability
Long term profitability to be viewed over full programme life
Ramp-up disruptions will mainly impact next 5 years
A380 Financial UpdateIntroduction
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84 aircraft to be delivered for period 2006 to 2010 vs 159deliveries planned in the original business plan
75 deliveries postponed beyond 2010
Huge negative impact on EBIT & Cash from 2006 to 2010
A380 New Deliveries Profi le
2
37
50
1
13
45
25
45
25
0
10
20
30
40
50
60
2006 2007 2008 2009 2010
OriginalBusiness Plan
Sept.2006
6
Overall shortfall of 4.8bn for the years 2006 to 2010
compared to the original Business Plan
Delivery volume shortfall: 2.0bn postponed beyond 2010
Gross margin deterioration on 2006/2010 deliveries: 2.8bn
This amount assumes:A large deterioration of unit costs during the ramp-up phase
Contractual obligations with our customers
Provisions for A380 loss-making contracts booked in 2006
Mitigation measures undertaken through power8
EBIT Impact of A380 Delivery Delays
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2006 EBIT and Hedging
A380 negative impact of 1.1bn on 2006 Airbus EBIT: Loss making contracts : - 0.6bn current estimate
Unit cost deterioration + liquidated damages allocated to contracts
/$ Assumption ~ 1.3
Inefficiency on early aircraft : - 0.5bn
Out of sequence work
Modifications to electrical harnesses
Learning curve postponed to wave 2 aircraft
Hedging:
Hedging instruments maturing in 2007/2008 will be used for $exposure on other Programmes ( SA ramp-up )
New hedges are still implemented according to EADS/AIRBUShedging policy for 2009 and beyond
8
Cash Impact of A380 Delivery Delays
Overall shortfall of 6.3bn for the years 2006 to 2010
compared to the original business plan
Gross margin shortfall: 4.8bn
Net working capital deterioration: 1.5bn
This amount assumes: postponement of pre-delivery payments linked with delivery delays
working capital requirements linked to additional aircraft productionlead-time
Peak A380 negative net working capital in 2009 : - 3bn
Mitigation measures undertaken through Power8
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9
0
0,5
1
1,5
2
2,5
2001 2002 2003 2004 2005 e2006 e2007 e2008
A380 R&D + Cap ex in b n
A380 R&D and CapexRamp-down confirmed from 2006 onwards
Note: intangible assets (IAS 38) included for 0.7bn
R&D / Capex (Airbus Share)
11.7bn (cec)
(all variants at completion)
completed
by end
2006
> 80%
> 80% of (R&D + Capex) completed by end 2006 vs 60% end 2004
Additional R&D effort in 2006/07 mainly on electrical design : 0.2bn/0.3bn
Ramp-down closely monitored for maturity at Entry In Service in 2007
10
A380 Business Case Sensitivity Analysis
2005 updated Business Case:
IRR outlook: 19%
Breakeven point: 270 a/c
Expected deliveries: 751 a/c
Long term /$ rate : 1.12
2006 updated Business Case:
IRR outlook : 13%
Breakeven outlook: 420 a/c
Expected deliveries: 751 a/c
Long term /$ rate : 1.12 ( outlook )
The main parameters of A380 Business Case have changed significantly
Strong deterioration of IRR reflects the impact of delayed deliveries (-4%)and cost overruns linked to major disruptions in the ramp-up phase (-2%)
With starting reference 2007 notional A380 breakeven is 150 a/c
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