FEDERATION INTERNATIONALE
DU SPORT AUTOMOBILE
F I S A Homologation No
J AP AN AUTOMOBI LE FEDERATION
A - 5 0 7 1
Group A /M
J A 7-
9 8 2 ^ M R
FICHE D’HOMOLOGATION CONFORME A L’ANNEXE J DU CODE SPO R TIF INTERNATIONAL
HOMOLOGATION FORM IN ACCORDANCE WITH APPENDIX J OF THE INTERNATIONAL SPORTING CODE
mi^x,t:--/i£llf+SiJ J J: t/J A
F I S A ÎS ÎT ^ fl B
Homologation valid a s from - 1 OCT. 1982
F I A f i î î . r /1 — 7-
in group ____ A
Photo A Photo B
8 1 - S e p - 6 - 3 0
'i’i ̂ ' '̂t'
8 1 - S e p - 6 - 3 1
1. DEFINITIONS /
1 0 1 ) M anufacturar
N i â ^ t t É
Toyota Motor Co . , Ltd.
1 0 2 ) Commercial nam e(s) — Type and model
T oyota C e l ic a 2000GT Coupe (RA63)
1 0 3 ) Cylinder capacity 1 9 6 8 .0
1 0 4 ) Type of car construction □
GZl
sapara ta . material of chassis
h , > r > ' —MW
unitary construction
^ / Z3 , 7______
XJ«
M ake
T O Y O T A
Model
t! RA 6 5 No Homo!. A - 5 0 7 1
2. DIMENSIONS. WEIGHT / Mil
It >1 3 5
2 0 2 ) Overall length
2 0 3 ) Ov e rail width
1 6 6 5
« ± 1 %
.± 1 %
Where measured
91 $ 1@ ë l r _ _ _ i _ At r e a r w h e e l a r c h
2 0 4 ) Width of bodywork:
f; f t so rt
a) At front axle
b) At rear axle
f* ¥ « ± « o * f tc o r1 ] .
1 6 6 0
1 6 6 5
- ± 1%
•m±^%
2 0 6 ) W heelbase: a) Right
it: ^ — X. ___ 2 5 0 0
2 0 9 ) Overhang: a) F ront:
^ — / < — / ' • > 7" W___________ 9 0 5 m±\%
b) L eft:
£
b) R ear:
îâ___
2 5 0 0
1 0 3 0
e . ± 1 »
- ± i ;
2 1 0 ) D istanse (X f-T 'J /k - i j - t r 'V u r - v - /K ) 1 5 0 9 ee±1<
3 . ENGINE / (In case of ro tative engine, see Article 3 3 5 on complementary form)
3 0 1 ) Location and position of the engine:
XV V vcoffiatiÊië_____________ F r o n t , L o n g i t u d i n a l , L e f t / R i g h t : 0 d e g r e e
3 0 3 ) Cycle
3 0 4 ) Supercharging 'if.ejUno', type x x x x
(In c ase of supercharging, see also Article 3 3 4 on complementary form)
M »J«^?S334Sfe^® )
3 0 5 ) Nu mbar and layout of the cylinders
X ') V r-cngy iltgc ' _________ •t t I n— l i n e
3 0 6 ) Cooling system L iq u id
3 0 7 ) Cylinder capacity : a) Unitary
*) 1 î i î s i_
c) Maximum total allowed • :
c) _________
CTN
OQ
Ci
> i9 ao
1 9 9 5 .0
b) Total
b) é - l t _ 1 9 6 &0
• (This indication is not to bo considered in Gr. N)
( C < n « j r l l r ;u -- /N lC !1 3 ç -(* S K ^ v O
m uR i^
P»c* >
Make
iîffcf'.. T O Y O T A
3 1 2 ) Cylinder block m aterial
> > T—f-a -, 760HTÎ_
3 1 3 ) S leeves: a)/)(dX/no
x . ' 1 - r
3 1 4 ) Bore
rKT — g g.5
Model
RA 6 3
C a 8 t — i r o n
c) Type:
No H
No Homol. A - 5 0 7 1
X X X X
3 1 5 ) Maximum bore allowed
8 9 .1 (T h is indication is not to be considered in Gr N)
_.»« ( c c n S j r i i r ; : — T N i;! !
3 1 6 ) S tro k e
* XI- D — 7 g 0.0
3 1 8 ) Connecting rod:
^ ^f- i > 7" ̂ ■/ K
a) M ateria l
______ S t p e 1
c) In te rio r d iam eter o f the big eod (w ithout bearings)
tr -/ r x > K- ______
P l a i n
f) D iam eter of bearings
' r c o n a _______
g) Bearing caps m aterial
' r r ____________________
h ) Minimum weight of the bare c ran k sh aft
7 9 > 7 X r V h H 1 7 1 0 0.0 ,
S t e e l
3 2 0 ) Flywheel:
7 ^ ^ ,t. 'f - 'k
a) M ateeria i
WR_____ Ca 8 t —i r on
b) Minimum weight of th e flywheel w ith s t a r t e r ring
'I ______________ 9 9 6 0 . 0
3 2 1 ) Cylinderhead:
X 'I > 7"---- / K
a) Number of cylinderheadb
> ') V r / K«Oft 1
b) M ateria l
♦IS____ A 1um i n um a 1 1 o ^
3 2 3 ) Fuel feed by c a rb u re tto r (s )
b ) Type
to
>■
o^
V»
a) Number of c a rb u re to rs
A r T ' u 7 -«n&______
S i d e ~ d r a f t
c) Make and model
Ma)ce:MIKUNI, Model :18R-G
IN T E R /V ;^
Make
T O Y O T A
Model
R A 6 5
No Homo!.
d) Number of rrixture passages per ca rb u re tto r
A -5 0 7 1
A — 0 2 1
e) Maxmum diam eter of the flange hole of the carbu re tto r
^ r u —jH □ T Wc.-k'̂ '7') 7 !•
•n'*t E xhaust
W A 10-1 * . 10.1
with clearance
0-2 9 „ 0.3 U
3 2 7 ) Inlet: a) Material of the manifold
—/u KOMTT A 1 um i n um a 1 1 o
b) Number of manifold elem ents
yu K i u y V h m f t 1
c) Number of valves per cylinder
1 â ') i7 ) ''7uv '(r)îi 1
d) Maximum diam eter of the valves
'\.r C o i l
so
>
o>
OQ
so
d
I
IN T E R /l,:^
m o w
P*«« 4
Mak* T O Y O T A
Modal
3 2 8 ) E xhaust: a) Material of the manifold
^'Kih W3A-7’- t f ____
4. FUEL CIRCUIT /
4 0 1 ) Fuel tank: a) Number
»,lEFy> 7 a ____
c) Material
_______ S t e e l P l a t e
b) Location
fiYB ü n i le r t h e r e a r f l o o r b e h i n d t he r e a r s e a t
d) Maximum capacity ^ .
______________ ■ L
5. ELECTRICAL EQUIPEMENT /
5 0 1 ) B attery (le s); a) Number
/ < -f f t ______
6. DRIVE /
6 0 1 ) Driving wheels;
Cfljf» □ front i t
6 0 2 ) Clutch: b) Drive system
i m n i : ____
c) Number of p lates
r-( x 75o a ________ _
Hy (i r a u 1 i c
te
>
?
AUTOl^
Make
irth f.
T O Y O T A Model
'Vii': RA 6 3 No Homol. A - 5 0 7 1
J A F A - D l !
6 0 3 ) Gear-box: a) Location
_______ A t t e c h e d t o e n g i n e i n e n g i n e c o m p a r t m e n t
b) {ManuaDmake
< ¥ « ;> è ü ; S _ T O Y O T A
c) make
x x x x
d) Location of the gearlever
> /7 h Uy
Make
èfhî'. T O Y O T A
Model
6 0 S ) Final drive:
7T-f K7-f r
a) Type of final drive
m x
b) Ratio
c) T eeth number
asc.
d) Type of differential
limitatation (if provided)
r-7a .y 7 7 ) i f # ^ ( s « s f L r v ‘fL ir)
R A 6 5 No Homol. A -5 0 7 1
J A F 2 :Ü S f -_ A - 02 i
Front / gtl Rear / I t
X X X X Hy p o i d g e a r
x x x x 3 .9 0 9
x x x x â2.11
x x x x x x x x x
e) Ratio of the tran sfe r box
x x x x x
6 0 6 ) Type of the transm ission sh a ft S l i d i n g ,b a l l ,ne edle roll er
7 . S U S P E N S IO N / - f f X - O i r g >
70 1 ) T y p e of s
V T .'O X 3
Type of suspension:
a) F ron t / ffl_
b) rear / îâ
In d ep en d en t/M cp h erso n
In d e p e n d e n t s e m i - t r a l i n g arm
7 0 2 ) Helicoidal springs:
3 ̂ > 7"
F ron t: yes/t)b
ÜÎI
R ear: yes/i>^
'ik
7 0 3 ) L eaf springs:
I)—7 x r I) > r
F ron t: ^ if7 n o
ffi
R ear: )g ^ /n o
'It
7 0 4 ) Torsion bar: F ron t: ^)£/no
ÜÎI
Rear:
f t
7 0 5 ) O ther type of suspension :S ee photo or drawing on page 15
x x x x
w
>•(T>
?
7
Make
Irft} '. T O Y O T A
Model
RA 6 3 No Homol. A -5 0 7 1
J A F £ ^ ’.,rr'3-_ A t 0 2 1
7 0 7 ) Shock A bsorbers:
3 ■/ 7 r - r '->>4 c l ) Make and type
t fJït______ Make;AISIN, Type;Vacuum
y es/M d1) Location
Dashpanel in engine compartment
Front / HiJ Rear / »
1 1
5 7.2 3 & 1 _
X X X X « . f ± 1 5 * . ) X X X X
x x x x x x x x
x x x x ^ x x x x ^
x x x x x x x x
2 2
1 1
\ 0 H » N T £ j ? ^
F . I .S .A
Pat* •
Maka
iîiit. T O Y O T A
Model
V.A R A 6 5 No Homo!. A - 5 0 7 1
J A F Ü Î 2 S f - A ~ 0 ^ !
23) Caliper material
C a s t — i r o n C a s t - i r o n
g4) Maximum disc thickness
2 0 m 1 8 w.
‘gS) Exterior diameter of the disc
n 2 5 S iw idlni») 2 6 6 « . f ± i « . )
g6) Exterior diameter of the
shoe 's rubbing surface
,g7) Interior diameter of the
shoe 's rubbing surface
gS) Overall length of the shoes
2 5 6 2 6 5
^ 1 8 „ 1 9 5
g9) V entilated disc
- O - f - U - f -/ K f’<
1 1 4 ( O u t e r )
1 1 3 ( I n n e r ) mm 9 2
g 1 0 ) Braking surface per wheel
1 -f- y p â ')
M ake
û f t t i .
T O Y O T A
d) F ro n t bonnet m aterial
7 0 > F
Model
R A 6 5
e) R ear bonnet / ta ilg a te material
I - / T - / u r - F
f) Bodywork m aterial
mtamtttt___________________
g) W indscreen m aterial
7 a > h 7 ■{ >
No Homol. A - 5 0 7 1
/ I - 0 2-
S t e e l
S t e e l
S t e e l
G 1 a 8 s ( Laminated)
h) R ear window m aterial
K«OttS S a f e t y g l a s s
i) R ear q u a r te r lights m aterial
> Kcowe S a f e t y g l a s s
k) S ide window m aterial F ro n t/f f l S a f e t y g l a s s
■t-f K7-f > R e a r / îâ S a f e t y g l a s s
1) M aterial o f th e fro n t bum per
7 0 > I- y < > U r e t h a n e
m) M aterial o f th e re a r bum per
U r e t h a n e
