TTG Ballistic Missile

7/24/2019 TTG Ballistic Missile

1/23

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2/23

SITUATION

The time is the 1970 s ,

th e

age

of the

missile

an d

nuclear

The setting is the

confrontation

between

tw o

nuclear pow

a year

of

bickering and accusation, and

complete

failure b

politicians to find a peaceful solution, the military have t

initiative in on e country and are about

to

deliver a nuclea

They have three problems

to

solve:-

To

eliminate

t he e ne my s

defences and

then

rely

on

limited remaining missile s unimpeded attack to cau

sufficient damage.


3/23

EQUIPMENT REQUIRED

The only additional equipment required

to

play the gam

measure and

two

ordinary dice

of

different colours pref

and black.

TYPE OF G ME

The

type

game played will

be

an

attack/defence

game

one side represents the

attacker

and

the other

the defen

SOLO G ME

The game

can

also

be

played

as

a

5010

game: on ce t he a t

written his orders they

cannot be

changed.

R NDOM F TOR

Where

in the

rules a random factor is called for throw

dice and count

the

score

as

minus and one black dice an

the score

as

plus.

Take

t he lower f rom

the

higher

of the

If the

higher score

is

a mi nus

the

random factor

is

minus

higher score is a plus the random factor is a plus.

SETTING THE G ME

The game

is

set up on any flat surface.

Draw a line across

the

playing area

at

least

12

fro

edge. This line represents

the

attacker s Fail Safe

and while his counters are behind this line they m

be engaged by the defender.

2

The defender positions his capital and

two

cities.

may be placed wit hin 200 mm

of

another

or

the c

and one ci ty

must

be placed within

500 mm of

t h

Safe Line .

3. The defender positions

all

his missile sites. The I

R

sites must be placed within 500

mm

of the Fail S

4

The defender places

s

9 radar stations on t he bo

5

The attacker lays out his counters face up on his s


4/23

SUMMARY

OF COUNTERS

AVAILABLE

DEFENDER

ATTACKER

1

Capital

12 Strategic bom

2 Cities 4 ICBM missile

2

ICBM sites

2

ICBM MRV)

2

IRBM sites

6

IRBM missile

4 G round-to-air missiles

8

Stand-off bom

sites .with 8 missiles

8

Decoy missile

2

Anti-missile sites

with

4 anti-missile missiles

~

Radar stations

MOVEMENT

The followin g table gives the

maximum of

each

type of

and missile. No missile

may

move less

than

this figure d

move that it is in flight, unless ordered to do so in the g

factor table see later section).

All

the attacker s

missiles, including

stand-off

bombs,

b

ing decoy missiles,

must

travel

in

a straight line between

point

and its target, unless deviated

defence

action

Deviation). All the

defender s

missiles, and the attacker

missiles, will be under the control of the firing station a

fore may change

direction

in

order

to

intercept

enemy

aircraft.

Missile Maximum move Flight

dur

in mms in move

ICBM

150 10

ICBM MRV)

150

8

IRBM

120

8

Stand-off bomb

80

3

Anti-missile

150

4

Ground-to-air

100

4

ec v

100

3

STRATEGIC

BOMBERS


5/23

WEAPON DETAILS

ICBM RVl

Inter-Continental Ballistic Missile multi re-entry vehic

warhead containing three stand-off bombs, each with

ton device. The missile will be directed to a particular

denoted by a Break-Up

counter

where it will release

Alf th ree SOBs mu st be laun ch ed a t the same time on

this point, but each may engage a different target.

NOTE: The Break-Up-Point

counters

may be placed o

at a measured distance from the Fail Safe

Line _ ll

f

may be placed on the board in an attempt to confuse

as to which is the

correct

BreakUp-Point.

When the missile reaches the marker remove the missi

and substitute three

SOB

counters. If

the

missile reach

Break-Up Point before

the

end of the move then move

SOB counters

the

remainder of the move in proportio

ICBM

InterContinental Ballistic,Missile with a single war-he

ilJg a 2 mega-ton device.

IRBM

Intermediate Range Ballistic Missile having a single wa

with a 6 megaton device.

S

Stand-Oft-Bomb, which is rocket propelled once it lea

carrier vehicle. These must be released by an aircraft a

ning of a move unless the aircraft

is

forced, by damage

its bombs over the target.

STRATEGIC BOMBER

Lonltrange bomber aircraft operating in flights

of

thre

craft in each flight being unarmed except for 3 decoy

use against enemy ground-to-air missiles. This Flight D


6/23

NTI MISSILE MISSI LE

Missiles fired

the

defender against

th e

attacker s miss

They will

be

controlled

their firing

station and

each

a 3 mega-ton device.

DECOY MISSI LES

s s l ~ carried the Fli tlt Defence aircraft, and used

to decoy enemy ground-ta-air missiles away from i r c ~ f

Flight Defence aircraft will carry three decoy missiles an

launch

them at the start of

a move only. The aircraft ma

control up to

two of

these missiles a t a ny on e time.

If

th e

controlling aircraft is destroyed th e decoy missile

destroyed.

GROUND STATIONS

NTI MISSILE SITE

Ground sites which have 4 missiles each and have

th e

ab

fire and control one missile per move. Each missile will

move to prepare for firing and this may only be done w

frienqly radar station picks up the target missile.

The missile may only

be

fired when the target is picked

firing station, which has a radar range of

70 0

mm

Se e

R

Station

Details). A second missile may be prepared and

while

the

first

is

still

in

flight,

bu t th e

station will only

to control

up

to two missiles in fljght

at

th e same time.

may

be

detonated

at

any point along its flight, but if its

detonates

or

its controlling station is destroyed it will

d

that move.

GROUND

TO IR

MISSI LE SITE

These sites have 4 missiles each and are able 'to fire an

two missiles simultaneously.

It will take the site one move to prepare tw o missiles

and a second pair may

be

prepared

but no t

fired while

pair are in fli tlt.


7/23

R R STATIONS

These stations have a radar range of 600 mm and may

either high or low level scan. If on high level scan they

matically pick

up

any missiles

or

high level bombers. O

on low scan will they pick

up

low flying aircraft, if the

to

locate

them or

maintain tracking

of them

see later

These stations may lock onto a target and track it,

in o

increase

the

effectiveness

of the

defender s electronic c

measures see later section).

Use

a L oc ke d

On

marker

to

indicate which target

the

is

locked

onto.

Place this marker alongside

the

target

c

and when

the

station stops tracking it replace

the

mark

the ground station counter.

NOTE: If

the

station is tracking a flight

of

aircraft, an

aircraft.in

the

flight are within 20 mm of each other, t

station will be classed as tracking all three. If only two

are within 20 mm then the station will only be classed

those two. The

20

mm

is

measuredfrom any

point

on

counter.)

OTHER GROUND SITES

Other ground stations, such as

I M

and IRBM miss

capital and

the

two cities, will all

be

unarmed except

electronic defences, which are detailed later.

These sites are

the

prime targets for

the

attacker,

wh

p oint for their damage.

If the

attacker causes no dam

missile sites this will count against him, as it is assum

has left the de fe nd er with a high re talitory c apabili ty

range for each site will

be 5

mm.

DESTRUCTION OF GROUND TARGETS

Ground targets will

be

classed as destroyed when

the

m

damage on them exceeds the figures below:

Radar site 12

Ground-to-air site 18

Anti-missile site 20


8/23

DECIDING THE WINNER

The winner of

the

game will be decided when

all the

a

aircraft and missiles have

completed

their attack.

Add together

the

megaton damage inflicted

on

all

the

stations, then add or

subtract

the following:

10 per groundtoair missile destroyed on the groun

25 per antimissile missile destroyed on the ground.

- 10 per bomber destroyed

5 per bomber damaged.

1 per undamaged

point

on each IRBM and

ICBM

s

RESULT

the attacker s score

is

150 to

300

he is the victor. If

is less than 150 it is a victory to the defender.

ATTACKER S ORDERS

The attacker writes orders fo all his missiles and aircr

as the game is set up . He will fill in details on his order

covering the following:

The target for each missile, including the positio

the BreakUpPoint markers.

2) The target for each SOB carried by the ICBM M

3) The number, and war head size, of each aircraft

lead, and also each attack aircraft s primary and

ary targets. ,

4) The order in which he will launch his missiles an

craft. The attacker may launch two flights of air

and

two

missiles,

or one

flight o f ai rc raft a nd t hr

missiles, at the beginning of each

of

his moves. I

aircraft are launcheej then up

to

3 missiles only m

be launched.

DEFENDER S ORDERS

Initially the only orders that th e defender must write

radar stations are on low level scan.


9/23

G M ST RT ND MOV S ~ U N

The game will

start

when t he a tt ac ke r moves his first u

Fail Safe Line ,

Each game move will be t ak en

in

th e

following sequen

Attacker launches or moves any decoy missiles

a

mines their

effect

on enemy ground-to-air missil

2 Determine

th e

effect

of

any nuclear

detonations

range

upon

th e

attacker s

missiles guidance syst

aircraft.

3 Determine

the

effect

of the

defender s electroni

directed

at th e

attackers missiles.

4

Attacker

moves all his missiles and launches any

missiles, then moves

or

launches any aircraft flig

5 Determine the effect of any attacker s missiles d

nating

on

ground targets.

6 Place defender s missile

counters

against ground

which have prepared them for firing.

7 The defender determines

th e

effect

on

his missil

systems

of

any nuclear

detonations

within range

8

Determine if

th e

defender s low scanning radar

s

u p any low flying air craf t, o r, if radar o r missile

tracking low level flights last move,

determine

if

maintain

th e

track.

9 Move defender s ground

station

Locked

On

ma

stations which are changing targets this move.

10 Move defender s missiles and detonate

them as

r

NOTE

on

defender s missiles:

These missiles may be

detonates at

any

point

their move, this being determined by

th e

defe

player. Ground-to-air missiles, which

must in

a

decoy

missile, may

not

be

detonated

until

t

th e

decoy missile or the decoy missile loses

c

with them.

W

FlYING IR R FT


10/23

RADAR

CHANCE

FACTOR

only

against low level

airc

To determine if a lo w scan radar station picks up

or

main

track

of lo w

level

aircraft

throw one dice and

consult

the

ing table:

Range in

o

to

to

2 to

3 to 4

2 4

6

Dice throw

to p ick up

2 3

4

5 6

Add 1 to the dice throw if the station is a ground-to-air s

attempting

to

pick up

a

flight

which

has

already been loc

by

a radar station.

Add 2 if the station or ground-ta-air missile site

was

trac

the flight last move.

Once an

aircraft

has been

picked

up, each

station or

site

it

must

dice each move to determine if it maintains the c

A ground-to-air missile site must

pick up

a lo w

flying air

before

it

can fir e its missiles at it .

If

the site loses contac

m s s ~ s may

be

guided to their target by a locked on rad

station.

If contact

is not recognised and there is

no

radar

station

locked on, the missiles

will

detonate that move.

MISSILE

GUIDANCE FACTOR

Every missile excelJt decoy missiles, has an initial guidan

representing the missiles ability to reach its target throug

electronic defences and areas

of

nuclear

detonation.

As t

guidance factor falls record the levels on the Missile

Con

Chart) the missile

will

become more susceptible to the de

electronic defences. he nthe

factor

falls to Zero or less

missile will detonate.

INITIAL FACTOR

ICBM MRV and ICBM .

IRBM

.


11/23

MISSILE

DEVI TION

When a missile loses

more than

2 guidan ce fa cto rs in

any

dice to

determine

if

the

missile deviates.

Throw

a random factor and add

or subtract

the

followin

1 per guidance factor remaining

on the

missile

1

per

guidance

factor

lo st by

the

missile

1 p er 2 me ga-to ns p oi nt s d ama ge

to

its

controlling sta

defender s missiles only)

2 if missile is an SOB and its controlling aircraft

is

da

1 per radar ~ t t o n loced on to the missile.

DEflE TED

MISSI S

Missiles which are deflected from their target

must

do

ei

the following:

1) Attempt to come back onto its target by a random d

Any result greater than +3 will enable the missile to c

back

onto

target. One

attempt

per deflected missile p

2) If

the

missile does

not come

back

onto

target

the

atta

player

detonates

it at the nearest

point

to its target.

RESULT

Deviation Factor

ICBM MRVI ICBM GA

from

abovel

80lRBM

Missile

SOB

14

less

Destroyed Destroyed Detona

11

to 13

Deviate

Deviate

Detona

- 8

to 1O

Speed

reduced

Deviate

Speed

by 60 mm

reduce

by

60

- 5 to - 7

Speed reduced

Speed Speed

by 40 mm reduced reduce

by

50

mm

by

60

- 2 to

No effect Speed Speed

reduced reduce

bv

40

bY

40

- 1 to 1

No

effect

No

effect

Speed


12/23

5 If the controlling sta tion or aircraft is destroyed any

i t has

In flight will

detonate

at the beginning of the n

6 Loss

of

guidance factors by an

ICBM

MRV will not

the guidance factors

of

its SOBs.

NUCLEAR DETONATIONS

Used against a

city

capital or rad

target

to give maximum

blast and

damage.

Used by the anti-missile missiles

other missiles.

Will

cause no dam

. ground targets or to low flying a

Used against

all

missile sites

to

gi

mum

damage

to

underground in

When a missile detonates it will cause an area of effect re

to

its warhead size and the height at which i t is detonate

A missile may be ordered, in its original orders, to deton

varying levels.

LOW

IR

URST

HI H

IR URST

GROUN URSTS

Note:

1 All detonations other than high air bursts, will have an

on other airbourne and ground targets within its area

2 SOBs fired by aircraft may be set to ground or low air

before they are fired.

Once a missile detonates the effect

of

its shock wave and

tion will remain for

two

moves. Place

two

detonation

co

at the ground zero point. Any aircraft or missile moving

area of effect

will

be susceptible

to

damage and loss of gu

On the next move remove the top detonation counter on

following move take off the remaining counter. Determin

the damaged caused by ground low airbursts.

1 Determine the factor

~ o the War

Head Size table.

2 Add the factor from Radius of Effect table.

3 Add

or

subtract the following:

1

per

5 Mega-Ton points damage already sustained by

target.

or-

Random factor.


13/23

RADIUS EFFECT

T LE

DlIYice C.ntr. A.nge

size

point

10mm 20mm

30mm

40mm

60m

SOMT

9 7

2 2

J j 8

6 ~ 3

13 Z16

-17. .

20

MT

VS

1 1 / 4

7 ~ 1

104 14.A S

7A

6

MT

6 4

37-5

-a../--12

-1 yc::13

1 3 ~ 1 4

IS.;

W ~

urst Ground

burst

RESULT

The result of the above calculation

is

the number

of

Mega

points damage caus ed o n the target. Record the damage o

target s record sheet.

If th e

target

is

completely destroyed

the counter over. Do not remove from the board.

DAMAGE TO AIRBORNE TARGETS

All

missiles and each aircraft

in

an area

of

effect must dete

if

it

is'

affected. Any such e ffect will be taken

into

accoun

move and if detonation occurs then this will take place at

beginning of that move.

To determine

th e

effect or damage caused take

the

factor

the following table.

low

10

a

6 5

3

high

7

6

5

3

1

Ballistic

16

12

9 6 4

missile

SOB

9

8

6

4

2

FACTOR

A-M

9 7

6

3 1

mi

I

G-A

1

9

7

5 2

mi

I

10mm 20mm

40mm

60mm

a

Hi ,

burst

2mt

3m t

Low burst

6mt

20mt

SOmt


14/23

Add or

subtract

th e missile s or aircraft s factor from

t

table.

Guidence

ICBM MRV)

IRBM

AIRCR

fector

8rICBM

8r

othe

17 to 24 -4

12

to

16

-3

-3

9 to

-2

- 2

-3

7 to

8

-1

- 2

~

6 -1

0

-1

1 to 4

0

0

Add

or

subtract

th e

following:

+2

If

target

is

an aircraft al ready damaged.

+5 If target

is

hit by an On Target detonation by a de

missile.

Per nuclear detonation within 10 0 mm.

T hr ow o ne

random factor.

RESULT

Feetor

Bellistic

SOB Defender s

from

ebove

missile

missiles

15

or mor e

Destroyed

Destroyed Destroyed

10

to

14

8

GF

lost

Destroyed

Destroyed

6 to

9

5

GF

lost

6 GF lost 6

GF

lost

4

or

5 3

GF

lost

4

GF lost

3

GF

lost

2 or

3

N o

effect

2

GF

lost 1

GF lost

1

or

less

No effect

G F Guidance factors

Destroyed Missile or aircraft is

destroyed

witho

Dice Th

is

mea.ns that the aircraft

must

di c

mine

th e

effect see following table)

AIRCRAFT DICE

Throw one dice.

DICE THROW

RESULT


15/23

DECOY MISSI S

The object of these missiles

is

to draw off the defender

to-air missiles so that

they

detonate at a safe distance .fr

flight. When decoy missiles are in

flight

the

controlling

will partially jam the ground-to-air missile controlling

s

that the station

will

be unable to detonate its missiles i f

are affected

by

the decoys.

Decoy missiles

must

be launched at

the

beginning

of

a m

the target is within the aircrafts own radar range. They

control led by

the firing aircraft. Decoy missiles

may

de

order

to intercept

enemy ground-ta-air missiles. They m

any number

of

degrees during their move in order to in

or

pass close to a target. They will tu rn on a radius of W

willlose 50mm of

forward movement

rate when making

of 90 degrees or more.

A decoy missile will have a decoy range of

120

mm and

attempt to

draw off

a ground-to-air missile at either fu

half way

point

in the move. If at the half way point in

move, the decoy moves through hal f its move, determin

its effect on the target then moves the remainder

of

i ts

DECOY MISSILE EFFECT

At

either the

full

or

half

way point in the move the

dec

effect

is calculated.

DECOY FACTOR

Range Target missile

Pr_n t

gUidance fector

in mm

1

to

3

4 o. 5 6 or 7 8

to

10

11

to

101 to 120 1

0 1

-2

81 to 100

2

1

0

1

-2

61

to 80 2 2 1

0

-1

41 to

60

3

3

2

1

0

21 to 40

4

4

3

2

1

o

to

20

0 5

4 3

2

Take the

factor from

the previous table and add or

sub

the following:

- 1 per radar station locked-on to the controlling airc


16/23

ELE TRONI EFEN ES

Each Ballistic TIissile site

city

and

th e

capital

is equipped

w

electronic defellce

equipment

with which it

ca n

attempt

to

either

divert or detonate prematurely

E f 1emy

missiles.

To

use its electronic defence equipment a

ground station

mu

b e l oc ke d onto its target i.e. its locked

on

counter

must

be t

th e

target

counter.

Up

to two

sites may

combine

against

th e

same

target.

The equipment when in use will use power in

mega watts

fr

a limited

power

source and which

ca n

be

sustained

for a li m

period. T he following table gives the

power out-put

in mega

at

various ranges. Measure

th e

range from each

station

locke

on to th e

target a nd cross r efe ren ce this wi th

t he p ow er

out-

available. The result will be tw o figures th e first is the

powe

reduction

in mega-watts; reduce the statio n s available powe

out-put by that amount. The

second

figure is the electronic

offence factor which

is

u sed in t he following

calculation

to

determine the

effect

on t he e ne my missile.

ELE TRONI EFEN E TABLE

Range

Power out-put max

of

50 per

move

1

to

5 6 to

10

11 to 15 16

to

20 21

to 30

401

to 50 0 4 - 1

6 - 1

8 -1 10-1

12-1

301

to

400 4 - 1

6 - 1 8 -1 1 0 - 2

1 2 - 2

251

to 300 4 - 1

6 2

7 - 2

9 2 1 1 - 3

201

to

250

4 2

6 2 8 2

1 9 - 3

1 1 - 4

151 to 200

3 3

5 3

7 -4

8 4

1 0 - 4

101 la 15 0

2 3 4 3

5 4 6 5

8 6

51 to

10 0

1 4

2 5 3 6 4 7

5 7

o

to

50

1 5

2 6

2 7

3 8 3 9

Each site equipped with electronic defences will start with a

power

reserve of

100

mega-watts

but

at

no t ime ma y it

use


17/23

ELECTRONIC DEFENCE EFFECT

To determine the effect of a ground site s electronic d

1 Determine the range to the target for each ground s

onto

it.

2

Check each station s maximum power

output

then

from the previous

chart

the power loss and offence

3) Add the offence factors together, and reduce the gr

power reserve by the power loss figures.

4) Add

or

subtract the following:

- 1 per nuclear.detonation within 200 mm.

2

per undamaged radar station tracking target.

1 per damaged radar stition tracking target.

Throw one random factor.

RESULT

Any plus result equals the number of guidance factors

target missile

that

move. Any result of +10

or

more:

th

will detonate

at

that point. The resulting detonation w

as a Low Air Burst.

APPENDIX

The following is a typical defender s set-up, using a pla

3 ft. x 5 ft.

For unaller playing areas use only half the counters

fo

bu t

use 5 Radar Sites and the capital for the defender.

the points value for victory conditions.

I

_n

D 1 ,* ,

0 ,

O AStTtJ:

I

-f t [J lTY

I

a . s n j

o _ z

0

1 ~ s s

~ S 7 l

Q6-.4*7Ff

D


18/23

CAPITAL

CITY 1

CITY 2

MISSILE

DAMAGE POWER

DAMAGE POWER

DAMAGE

POWER

AM

SITE 1

I Damage

1

1

1

LAUNCHED MISSILE

Guidance Factor Loss

1

NO NO

NO NO

2

3

4

ICBM SITE 1

ICBM SITE 2

IRBM SITE 1

IRBM

SITE

2 G A SITE 1

IDamage

Damage

Power

Damage

Power

Damage

Power

Damage Power

LAUNCHED MISSILE

1


1 1 1

NO

NO

O

NO

1

2

4

RADAR 1 RADAR 2

RADAR 3

GA SITE 3

Damage

SCAN

IDAMAGE

SCAN

IDAMAGE SCAN IDAMAGE

LAUNCHED MISSILE


RADAR 4

RADAR 5

RADAR 6

NO

NO NO

NO

SCAN

IDAMAGE

SCAN

DAMAGE

SCAN

DAMAGE

1

RADAR 7

RADAR 8

RADAR 9

SCAN DAMAGE

SCAN

DAMAGE

SCAN DAMAGE

4


19/23

MISSILE Size

Burst

TARGET

MISSILE

eight

ICBM

1

2

Move

Move 2 Move 3 M

ICBM

2

2

LAUNCH

ICBM 3

2

LAUNCH

ICBM

4

2

LAUNCH

IRBM 1

6

LAUNCH

IRBM 2

6

Flight 1

Level

Flight 2

Level

IRBM 3

6

Defence

Decoys

Defence Decoys

IRBM 4

6

l NO

121

3

l

NO

1 I 2 I 3

IRBM 5

G

Damage

Damage

IRBM

6

6

A eNo

lAic NO lAIC NO

l

NO lAic NO IA eN

SOB 1

6

ICBM MRV 1 SOB 2

6

SOB

G.F.

losses

112

SOB

G.

losses

112

SOB3

6

NO

NO

NO NO NO

NO

NO NO

6

SOB 1

ICBM M

RV) 2

SOB2

6

Flight 3

Level

Flight 4

Level

SOB3

6

Defence

Decoys

Defence

Decays

Ale NO SOB Target

A/eNO

SOB

Target

l NO

1 1 2 1 3

l

NO

1 1 2 I 3

Damage

Damage

Ale NO

lAic NO

lAIC

NO

Alc NO lAic NO lAic NO

S

SOB

G.F.

losses

SOB G.F. losses

I

O

NO

NO

NO

NO

NO

NO

NO

S


20/23

FILLING

IN

THE ORDER SHEET

ATTACKER

The left hand

column is

for indicating

the

target(sl

ot

e

attacker s weapons, and also

the

burst

height of

each m

device. Indicate this height as: G for a ground burst, L

air burst.

In

each

ICBM

(MRV) square write

the

BreakU

number

where it will release its SOBs.

For each flight of

aircraft fill

in

each aircraft s

number

sequence. Do

not include

the

flight defence aircraft. Th

in the

number and device size carried by each aircraft, (

if only one 50 mega-ton device is carried ignore the sec

for

that

aircraft). Fin ally

fill

in

the

target(s) for each air

the first line will be its secondary target and the

second

its primary target. Next fill in the launch sequence detai

the

top

of the sheet: write the missile or fli\tlt number

box

in the

move in which it

is

to be launched.

FLIGHT DETAIL BOX

Fill in eit

HIGH

o

Cross out

missile

is

Fill

in

eac

aircraft s

in flight.

Initial pow

Fill

in

Flight

Defence aircraft s

number

Fill

in SOB

number, when

fired.

Indicate damage

dice throw.

SOB initia

factor.

The missile Guidance Factor loss table need only be used

missile loses guidance factors. Write

in

against each such m

that

missile s new guidance factor.

Fill

in

the SOB identification numbers as they are released

an

ICBM(MRV).

DEFENDER


21/23

T LETOP G M

OTHER

G M S IN THIS

SERIES

GALACTIC W R

M T B

u. BOAT

game

of

c o n f l i c t in

spa

s im ila r space f l e e t s .

Small

ship

actions

in the

the second world war.

An

attack

by German U Bo

Atlantic

convoy

during

W

THE MI ROW RF RE SERIES

In t h i s

s eri es

of games

Tabletop

Games has

board game without the

board.

Each game in

counters

and

te r r a in

features or d et ai l s

With

these

games you

are

no

longer

l imited

b a t t l e f i e l d s but can

create new ones for

e

se r i e s provides the unrestricted scope o f

gaming and

the

compact scope of boardgami

MICRO NAPOLEONIC Creates b a t t l e s

of

the

Wars between a

British

MICRO ANCIENTS

MICRO COLONIAL

MICRO MODERN WWII

MICRO FLEET WWI

Roman army

against

army

during the

Punic

British fo rce ag ain

during the

Zulu Wars

An

attack on a

dug-in

division

by a German

f

on

the Russian

front.

B r i t i sh and German

Ba

actions

during the F i


22/23

DEVIATION

o

\

o

N

o

o

CA

o

en

o

m

0

LOW

LEVEL LOW LEVEL

;i

cc

D:

~ ~

~ ~

w l

.

A MMl

A-MM

2

ICBM

ICBM

RAOARSlTE

IRBMSI

lRBM SITE

1

LOCKffiON

R O R

SITE

2

LOCKED ON

RADAR SITE

RADAR

SITE

RADAR SITE

RADAR

3

5

7

8

LOCKED ON

LOCKED

ON

LOCKED ON

LOCK

RAnARSlTE

~ l T

4

6

LOW LEVEL

WCKEDlW

lOCKED

ON

A-MM

4

A-MM 3

cc

Plt\IVII-V


23/23

n

~

C

D

~

~

>

C

2

~

~

:

E

:

J

J

c

Documents

TTG Ballistic Missile