ABS CHEVROLET CAMARO 1967 1.G Chassis User Guide

FRONT SUSPENSION ,3-13

6. Carefully lower the inner end of the control arm.

Tension on the spring will be removed before the

spring can be removed from the vehicle.

7.
Remove the spring.

Installation

1.
With the suspension set up as in Step 2 of the disas-

sembly procedure, insert a block of wood between the

upper control arm and the spring tower to keep the

arm up out of the way.

2.
Set the spring in place on the crossmember after

checking on proper positioning necessary.

3.
Install the steel bar and wood block as shown in Fig-

ure 20 and lift the control arm up until the inner

pivot cam bolt can be installed. ,

4.
Install the outer cam and loosely install the lock

washer and nut

5.
Set the cam bolt on the mark scribed during the re-

moval procedure and hold in this position while tight-

ening the nut (See specifications at the end of this

book).

6. Replace the strut rod to lower control arm nuts,

bolts and lock washers, the stabilizer bar link, the

shock absorber, the tie rod end, and the wheel and

tire.

7.
Lower vehicle to floor and install the shock absorber

upper stem retaining nut retainer and grommet.

8. Check the camber adjustment.

Chevelle and Camaro

Removal

1.
With an open end wrench hold the shock absorber up-

per stem from turning, and then, remove the upper

stem retaining nut, retainer and rubber grommet.

2.
With the car supported by the frame so that the con-

trol arms hang free, remove the wheel and tire as-

sembly (replace one wheel nut to retain the brake

drum),
shock absorber, and stabilizer bar to lower

control arm link.
4.

5.
Fig.
21 - Front Spring Removal - Chevelle & Camaro

Place a steel bar (fabricated as shown in Figure 19)

through the shock absorber mounting hole in the

lower control arm so that the notch seats over the

bottom spring coil and the bar extends outboard be-

yond the end of the control arm and slightly toward

the front of the car.

With a suitable jack or hoist lift up slightly on the

end of the bar.

Remove the lower ball stud cotter pin and attaching

nut and remove the ball stud from the knuckle.

ALTERNATE METHOD

Fig.
22 - Removing or Installing Front Coil Spring - Corvette (Typical)

CHEVROLET CHASSIS SERVICE MANUAL

FRONT SUSPENSION 3-14

Fig.
23 - Installing Spring Compressor - Chevy II

CAUTION: Use extreme care not to damage

the seal during this operation.

6. Lower control arm as shown in Figure 21, until

spring can be removed.

Installation

1.
Properly position the spring on the arm and with the

steel bar in place, as shown in.Figure 21, lift the

arm up until the ball stud may be installed in the

knuckle. Install the nut and cotter pin.

NOTE:
^A block of wood between the upper con-

trol' arm and the frame will simplify this

operation.

2.
Replace the stabilizer bar link, shock absorber and

wheel and tire.

3.
Lower vehicle to floor and install the shock absorber

upper stem retaining nut, retainer and grommet.
Fig.
25 - Removing Spring and Seal Assembly - Chevy 11

ChevyiI

Removal

1.
Raise vehicle and remove wheel and tire.

2.
Support lower control arm with adjustable jackstand

and raise slightly from full rebound position.

3.
Remove shock absorber as outlined under Shock

Absorber -- Removal in this section (delete Step 1).

Fig.
24 - Compressing Front Spring - Chevy
Fig.
26 - Spring Seat - Exploded View - Chevy II

CHEVROLET CHASSIS SERVICE MANUAL

FRONT SUSPENSION 3-15

4.
Insert Spring Compressor J-
6874-
4-
5 with Adapters

J-6874-8-9 into upp^r spring tower so that lower

MU"
bolt fits into shock absorber mounting holes in

spring seat (fig. 23). Secure the two lower studs to

the spring seat with nuts.

5.
Fit the tool upper pilot to top of spring and compress

spring by tightening upper nut (fig. 24). Compress

spring until screw is bottomed out.

6. Remove lower spring seat retaining nuts, lift spring

and seat assembly from control arm and guide it

down and out through fender skirt (fig. 25).

Spring Seat Replacement (Fig. 26)

1.
Release spring tension and disconnect spring com-

pressor from spring seat.

2.
Install new spring seat to spring compressor.

Installation

1.
If spring is to be replaced, install new spring into

tool and compress spring until screw is bottomed

out.

NOTE: Spring coil ends must be against spring

stops in upper and lower seats.

2.
Lift spring and tool assembly into place and position

so that the upper spring stop is inboard.

NOTE: Locating tab on upper spring seat may

be flattened before reinstalling spring.

3.
Install lower spring seat to control arm and torque

nuts as shown in the Specifications.

4.
Loosen spring compressor until spring is properly

seated in upper spring tower and remove.

5.
Install shock abosrber as outlined under Shock Ab-

sorber—Installation in this section.

Corvette

Removal

1.
With car on suitable hoist or jack, (support vehicle

by frame so control arms may swing free) remove

wheel and tire assembly, stabilizer bar and shock

absorber. Loosen the lower ball joint to steering

knuckle nut, and the' two lower control arm cross

shaft bushing bolts.

2.
Place Tool J-6874-1 across top of sixth coil (ap-

prox.),
then loosely secure Tool J-6874-2 to the up-

per shoe, with attaching capscrews and lock washers.

The upper shoe "V" notch and lower shoe raised land

should contact spring.

3.
Insert Tool J-6874 up through center of spring and

attach to upper and lower shoe assembly.

4.
Position spacers under shock absorber mounting hole

and against bottom of lower control arm. Install

special bearing washer and Tool J-6874-5. Locate

bearing against spacer and large washer against

bearing. Feed screw up through large washer bear-

ing and spacer and thread into Tool J-6874 and

tighten snugly (fig. 22).

5.
Center shoe assembly on spring and tighten screw

until a very slight compression is placed on spring

(fig. '22). Then firmly tighten down the two cap-

screws securing the upper and lower shoes to lock

these shoes to spring.

6. Turn head of screw until spring is compressed just

enough to clear the spring tower, then remove the

lower ball joint to steering knuckle nut (fig. 22).
NOTE: It may be necessary to assist the

spring out of the spring tower with a pry bar or

a similar tool.

7.
Disconnect the lower ball joint from the steering

knuckle and lower the control arm with the com-

pressed spring. Immediately release compression

on spring by backing off long screw. Release spring

and tool and withdraw spring.

CAUTION: The spring force under compres-

sion is very large. Exercise every safety pre-

caution when performing this operation to see

that individuals and materials subject to damage

are removed from the path of the spring when

the control arm is being lowered. Also, the

compressed spring
be relaxed immedi-

ately after lowering the control arm to reduce

the time of exposure to the large compressive

force.

Installation

1.
Position spring with closely coiled end up. Place

Tool J-6874-1 across the top of the sixth coil (ap-

prox.) then loosely secure Tool J-6874-2 to the

upper shoe with attaching capscrews and lock wash-

ers.
The upper shoe MV" notch and lower shoe

raised land should contact spring.

2.
Insert Tool J-6874 up through center of spring and

attach to upper and lower shoe assembly with bolt

and nut.

3.
Set spring in its seat on the lower control arm.

4.
Position spacers centrally under shock absorber

mounting hole and against bottom of lower control

arm. Install bearing, large washer and Tool

J-6874-5.
Locate bearing against spacer and large

washer against bearing. Feed the screw up through

large washer, bearing and spacer and thread into

yoke rod. Tighten snugly, but do not start to draw

down yet

5.
Center the shoe assembly on the spring and tighten

the lag screw until a very slight compression is

placed on spring, then firmly tighten down the two

capscrews securing the upper and lower shoes. This

will lock the shoes to the coil spring.

6. Turn head of screw until spring is compressed just

enough to clear the spring tower.

NOTE: It may be necessary to assist the

spring into the spring tower with a pry bar or

similar tool.

7.
Immediately install the lower ball joint into steering

knuckle and secure in place with attaching nut.

8. Release compression on spring and at the same time

use a drift to guide the coil spring into its proper

seat. End of coils must be 3/8" from coil stops in

spring seat.

9. Tighten the lower ball joint to steering knuckle nut

and lock with cotter key.

10.
Install shock absorber and stabilizer bar.

11.
Install wheel, tire and drum assembly.

12.
Remove car from hoist or jack stands.

13.
Tighten the two lower control cross shaft bushing

bolts to 45-55 lbs. ft. torque.

NOTE: If a suitable adjustable jack-stand is

CHEVROLET CHASSIS SERVICE MANUAL

FRONT SUSPENSION 3-16

available the following procedure may also be

used (fig. 22-Alternate Method).

1.
Support car on suitable hoist or jack (so control

arms may swing free) and remove the wheel and

tire assembly, shock absorber, and stabilizer link

at control arm.

2.
Place suitable jack stand under the lower control

arm cross shaft.

3.
Follow Steps 2-5 as outlined on previous page.

4.
Turn head of tool screw to partially compress

spring.

5. Remove the three control arm cross shaft attaching

bolts,
washers and nuts.

6. Carefully lower jack stand and if necessary increase

compression on spring and when coil spring is out of

its upper seat, relax tension on spring (fig. 22).

7. By using a pry bar to assist, if necessary, remove

the coil spring from the lower control arm.

8. Installation is the reverse of the above procedure.

Carefully follow instructions for installing spring

tool.

LOWER CONTROL ARM SPHERICAL JOINT

Chevrolet, Chevelle, Comoro and Corvette

Inspection

The lower control arm spherical joint should be re-

placed whenever wear is indicated in the upper joint

inspection.

NOTE: The lower control arm spherical joint

is a loose fit in the assembly when not connected

to the steering knuckle.

Only if inspection of each upper joint indicates them

both to be within limits, inspect each lower joint for ex-

cessive wear as follows:

1.
After reconnecting upper joints to steering knuckles,

support vehicle weight on wheels or wheel hubs.

2.
With outside micrometer or caliper, measure dis-

tance from top of lubrication fitting to bottom of ball

stud, and record the dimensions for each side.

3.
Then support vehicle weight at outer end of each

lower control arm, so that wheels or wheel hubs are

free,
then repeat Step 2.

4.
If the difference in dimensions on either side is

greater than 1/16" (.0625"), the joint is excessively

worn and both lower joints should be replaced.

If inspection of lower spherical joints does not indicate

excessive wear, inspect further as follows:

5.
On Chevrolet Only--Examine lubrication hole in each

joint assembly after cleaning out hole. Look for evi-

dence of the liner partially or fully blocking lubrica-

tion opening. Such evidence indicates that liner is

disintegrating and that both lower spherical joints

should be replaced.

Another indication of lower spherical joint excessive

wear is indicated when difficulty is experienced when

lubricating the joint. If the liner has worn to the point

where the lubrication grooves in the liner have worn

away, then abnormal pressure is required to force lubri-

cant through the joint. This is another reason to recom-

mend replacement of both lower joints.

If the above inspections do not indicate any reason for

spherical joint replacements, test the torque tightness of
Fig. 27 - Removing Lower Ball Joint - Chevelle
&
Camaro

the lower ball stud in the knuckle on each side as follows:

1.
Wire-brush off nut and cotter pin attaching spherical

joint ball stud to steering knuckle and examine for

evidence of looseness of stud in knuckle.

2.
If no evidence of looseness, remove cotter pin and

with prick punch or equivalent, mark nut stud and

knuckle to identify relative location.

3.
Tighten nut as installed and observe torque reading.

If less than 45 lbs. ft., stud may have been loose in

steering knuckle and replacement of both lower

spherical joints may be recommended.

4.
Check to see if torque of 60-94 lbs. ft. can be ob-

tained without bottoming stud or ball joint against

knuckle. If bottoming occurs, replace ball joint or

steering knuckle.

Chevrolet and Corvette

Removal

1.
Support lower control arm at outer end on floor jack,

with hoist or jack pad clear of lower ball stud nut.

2.
Remove upper and lower ball stud nuts, free ball

studs from steering knuckle and wire knuckle and

brake drum assembly up to fender skirt to preclude

interference while performing next step.

3.
Being careful not to enlarge the holes in control arm,

cut off rivets.

Installation

1.
Install new joint against underside of control arm and

CHEVROLET CHASSIS SERVICE MANUAL

FRONT SUSPENSION
3-22

CHEVROLET

s-L 1 \
TYPICAL
OF

-^-x ^K CORVETTE, CHEVELLE AND CAMARO

CHEVY n

Rg.
37 - Upper Control Arm Attachment

NOTE:
Additional support to upper control

arm may be necessary while chiseling.

7. Clean ball joint seat in arm and inspect for cracking

or other evidence of fatigue. If cracks are present at

the rivet holes or ball joint opening, replace arm as

outlined later in this section.

8. Attach replacement ball joint assembly to the control

arm, using special bolts furnished with replacement

kit.

NOTE:
Use only special hardened bolts fur-

nished with this replacement kit. Do not attempt

to use other non-hardened bolts and do not at-

tempt to rivet replacement ball joint to arm.
9. Raise lower control arm and steering knuckle as-

sembly into position, insert upper ball stud into up-

per steering knuckle and install stud nut. Torque

nut as shown in the specifications and insert new

cotter pin. Install stabilizer and strut rod.

10.
Lubricate ball joint, install wheel and tire and re-

move adjustable jackstand.

11.
Lower vehicle and remove upper control arm spacer.

12.
Check and readjust caster and camber angles where

necessary.

LUBE FITTINGS

Special self threading type lube fittings are used in the

spherical joint assemblies. If it is necessary to replace

a fitting a standard threaded type may be used. However,

replacement spherical joint assemblies are supplied less

the lube fitting. Therefore it will be necessary to install

a self threading type fitting into the untapped hole pro-

vided when replacing the entire assembly.

UPPER CONTROL ARM

Chevrolet, Chevelle, Camaro and Corvette

(Fig.
37)

Removal

1.
Support vehicle weight at outer end of lower control

arm.

2.
Remove wheel and tire assembly.

3.
Remove cotter pin and nut from upper control arm

ball stud. ,

4.
REMOVE The stud from knuckle.

5. Remove two nuts retaining upper control arm shaft to

front crossmember. (Chevelle, Camaro and Cor-

vette—Note number of shims at each bolt.)

6. Remove the bolts attaching the control arm to the

frame to allow proper clearance for control arm

removal if necessary.

7. Remove upper control arm from vehicle.

Installation

1.
Install upper control arm in vehicle.

2.
Install nuts, bolts and lock washers retaining upper

control arm shaft to frame. (Chevelle, Camaro and

Corvette—Install same number of shims as removed

at each bolt.)

3.
Torque nuts as shown in the Specifications at the end

of this book.

4.
Install ball stud through knuckle, install nut, tighten

and install cotter pin.

5. Install wheel and tire assembly.

6. Lower vehicle to floor.

7. Bounce front end of vehicle to centralize bushings

and tighten bushing collar bolts as shown in the

Specifications.

Chevy II (Fig. 37)

Removal

1.
Remove spring and shock absorber as outlined above.

2.
Position adjustable jackstand under lower control

arm.

3.
Remove cotter pin and nut from upper ball joint stud

and strike steering knuckle boss to loosen stud.

4.
Drop lower control arm and steering knuckle

assembly.

CHEVROLET CHASSIS SERVICE MANUAL

FRONT SUSPENSION 3-23

CHEVROLET

J-7052-2

CAMARO
& CHEVELLE

J-21482
CHEVROLET

J-7052-2

CAMARO
& CHEVELLE

J-21482

Fig.
38 - Removal and Installation of Upper Control Arm Bushings - Chevrolet and Chevelle (Chevelle shown as typical)

5.
Remove upper control arm pivot shaft stud nuts from

fender skirt and remove upper control arm.

6. Inspect upper control arm for cracks or bending and

replace if necessary.

Installation

1.
Insert upper control arm pivot shaft studs into rein-

forced fender skirt openings, install lock washers

and nuts and torque as indicated in the specifications.

Raise lower control arm and steering knuckle as-

sembly into position, insert upper ball joint stud into

steering knuckle and install ball stud nut and insert

new cotter pin.

Install spring and shock absorber as outlined earlier

in this section.

Lubricate ball joint and lower vehicle. Check caster

and camber angles and adjust where necessary.

UPPER CONTROL ARM

CROSS SHAFT AND/OR BUSHINGS

Chevrolet, Chevelle and Camaro

Removal

1.
Remove cap screws, lock washers and collars from
2.

3.

4.
both ends of cross shaft.

2.
Install a 3/8-24 cap screw in one end of cross shaft,

3.
Support control arm in an arbor press on Tool

J-5888-3 as shown in Figure 38.

NOTE: Be certain flange of bushing does not

contact support.

4.
Press out bushing, invert control arm and repeat

process on other bushing. Discard bushings.

5.
Remove cap screw from cross shaft.

NOTE: If bushing rubber is deteriorated to the

extent that the bushing sleeve cannot be pushed

out, release the press, install J-9502-3 as shown

in Figure 38 and press out the sleeve.

Installation

1.
Install arm in arbor press with Tool J-7052-2

(Chevrolet) or J-21482 (Chevelle and Camaro) in

place and press in one bushing using J-7052-5 as

shown while supported on Tool j-5888-3 as shown in

Figure 38.

2.
Install cross shaft in arm, invert in press, and press

in second bushing as above.

3.
Cross shaft should be able to be turned by hand.

CHEVROLET CHASSIS SERVICE MANUAL

SECTION
4

REAR SUSPENSION
AND
DRIVE LINE

CONTENTS
OF
THIS SECTION

Page

Rear Suspension
4-1

Drive Line.
. 4-26

Rear Axle ......
4-26
Propeller Shaft
and
Universal Joints

Special Tools
4-37

4-43

REAR SUSPENSION

INDEX

General Description
4-1

Chevrolet
4-1

Chevelle
4-1

Chevy
n and
Camaro
. . . . . 4-2

Corvette
. . . . . . 4-3

Maintenance
and
Adjustments ...............
4-4

Riding Height Check (Chevrolet, Camaro,

Chevelle
and
Chevy
II) 4-5

Wheel Alignment (Corvette)
4-5

Wheel Bearing Adjustment (Corvette)
4-6

Component Parts Replacement (Chevrolet, Camaro,

Chevelle
and
Chevy
JJ) 4-7

Coil Spring
4-7

Chevrolet
4-7

Removal
4-7

Installation
4-7

Chevelle
4-8

Removal
4-8

4-8

Installation
.

Leaf Spring, Spring Seat Pads, Spring
Eye

Bushings
4-9

Chevy
H 4-9

Removal
4-9

Installation
4-9

Camaro
4-10

Removal
4-10

Installation
4-11

Shock Absorber
4-11

Chevrolet
and
Chevelle
. 4-11

Removal
4-11

Installation
. . 4-12

Chevy
II 4-12

Removal
4-12

Installation
4-rl2

Camaro
4-12

Removal
. 4-12

Installation
4-12

Control
Arm . . 4-12

Chevrolet Upper
4-12

Removal
. 4-12
Page

Bushing Replacement
. 4-13

Installation
4-14

Chevrolet Lower
4-14

Removal
4-14

Bushing Replacement
4-14

Installation
. 4-15

Chevelle Upper
and
Lower.
. 4-15

Removal
4-15

Bushing Replacement
4-15

Installation
4-17

Rear Suspension
Tie Rod
(Chevrolet)
. . .
......
. . . 4-17

Removal
4-17

Bushing Replacement
4-17

Installation
4-17

Component Parts Replacement (Corvette)
. . 4-17

Wheel Spindle
and
Support
4-17

Removal
4-17

Repairs
', . 4-17

Installation
4-18

Differential Carrier Support Bracket Replacement.
. 4-20

Shock Absorber
4-20

Removal
4-20

Installation
* .... 4-20

Strut
Rod and
Bracket
4-20

Removal
4-20

Repairs
4-21

Installation
4-21

Spring
4-21

Removal
4-21

Repairs
4-22

Installation
4-22

Torque Control
Arm 4-23

Removal
4-23

Repairs
. 4-23

Installation
4-24

Suspension Crossmember
4-24

Removal
4-24

Repairs—Isolation Mount
4-25

Installation
4-25

Stabilizer Shaft Replacement
4-25

GENERAL DESCRIPTION

CHEVROLET

The link type rear suspension (fig. 1) has two lower

control arms which maintain proper axle to frame re-

lationship and also take the acceleration, drive and

braking forces. A single upper control arm on light-

duty models (or two upper control arms on heavy-duty

models and all station wagons) limits axle rotation when

drive, acceleration or braking forces are applied. Lateral

movement of the axle is restricted by the axle-to-frame

tie rod. Two full coil springs and two direct, double
acting shock absorbers are provided for additional ride

control.

CHEVELLE

The rear suspension (fig. 2) is of the four-link design

utilizing axle mounted, full coil springs and direct,

double-acting shock absorbers.

Two rubber-bushed lower control arms, stretching

slightly outboard from axle-mounted brackets to frame

side member mounted brackets, maintain fore and aft

CHEVROLET CHASSIS SERVICE MANUAL

REAR SUSPENSION AND DRIVE LINE 4-2

SHOCK ABSORBER

UPPER ATTACHMENT

COIL SPRING

\

R.H. UPPER

CONTROL ARM

LH.
UPPER

CONTROL ARM

(HEAVY DUTY AND

STATION WAGON)
TIE ROD

ATTACHMENT

SHOCK ABSORBER

LOWER ATTACHMENT

LOWER

CONTROL ARM

Fig.
1—Chevrolet Rear Suspension Components

relationship of the axle assembly to the vehicle proper.

These lower control arm axle brackets also mount the

axle rebound bumpers and provide for lower attachment

of the shock absorber. Upper attachment of the shock

absorber is a platform mount to the rear of the coil

spring frame bracket. The coil springs are pigtailed

at both ends; the upper end is isolated from the frame

seat by a rubber insulator, while the lower end seats

on the axle mounted spring bracket which has a vertical

flange to retain the spring.

Sideways movement of the axle assembly is controlled

by two angularly mounted, rubber-bushed upper control

arms.
Projecting ears, cast as part of the differential
carrier, provide for rear attachment and frame cross-

member mounted brackets retain them at the forward

end.

CHEVY 11 AND CAMARO

The.Chevy n and Camaro rear suspension (fig. 3 and

fig.
4) consists of two uniformly stressed rear springs

and two shock absorbers mounted to the spring lower

seats.
The
.
springs are rubber mounted at both axle

and frame attaching points, thus insuring uniform spring

loading, minimizing transmittal of road vibration to

passenger compartment, and providing a pivot point to

•MMMi
MMM—Hi—1—1——1——1MMMMiM_

[•?{aw-i
'
"'
i

\ SHOCK^^BBB^^B(^^CO1L

ABSORBER ^HH^ SPRING
g^8^"
_ LOWER

feSfcto^
CONTROL
ARM

Fig.
2—Chevelle Rear Suspension Components

CHEVROLET CHASSIS SERVICE MANUAL

REAR SUSPENSION
AND
DRIVE LINE
4-3

AXLE ASSEMBLY
LEAF SPRING

SPRING REAR SHACKLE

SHOCK ABSORBER

Fig.
3—Chevy
II
Rear Suspension Components

absorb axle "wind-up.
The
springs
are
positioned
to
the*

axle spring seats
by
locating pins butt welded
to
the

spring
leaf.
CORVETTE

The Corvette independent three-link type rear
sus-

pension consists
of a
fixed differential carrier which
is

SPRING REAR SHACKLE

LEAF SPRING

SHOCK ABSORBER

SPRING FRONT MOUNT

Fig.
4—Comoro Rear Suspension Components

CHEVROLET CHASSIS SERVICE MANUAL

REAR SUSPENSION AND DRIVE LINE
4-4

PROPELLER SHAFT

CARRIER FRONT SUPPORT
CAMBER CAM CONTROL ARM

Fig. 5—Corvette Rear Suspension and Driveline Components

rubber mounted to the frame at three points, with the .

strut rods, drive shafts and torque control arms forming

the three links at each wheel, and a transversely mounted

multi-leaf spring (fig. 5).

The bbx section trailing torque control arms are

mounted at the forward end into frame side member

openings through pivot bolts and rubber bushings, and

extend rearward to connect to the leaf spring. The

wheel spindles and spindle supports are attached to the

torque arms through four bolts pressed into the arm.

Rear wheel toe-in angle is adjusted through the use of

variable thickness shims inserted between the torque

arm and the frame side member web at the forward

pivoting joint.

The rear wheel spindles are driven through double

"U"
jointed, tubular driveshafts which are flange mount-

ed to a splined spindle flange at their outboard end and

bolted to the differential side gear yokes at their in-

board end. Wheel spindle support houses the inner and

outer tapered roller bearings, two to each wheel. Bear-

ing adjustment is made through the use of a spacer and

variable thickness shims between the bearings.

The spindle supports also incorporate integrally
forged, fork-shaped mounting brackets to accept the

outer ends of the rubber-bushed strut rods. The strut

rods are mounted laterally from the spindle support to

a bracket bolted to the lower surface of the axle car-

rier. The strut rod connection at this point is with an

eccentric cam arrangement and provides for rear wheel

camber adjustment.

The direct, double-acting shock absorbers are at-

tached at the upper eye to a frame bracket and at the

lower eye to the strut rod mounting shaft which incor-

porates a threaded stud for. the shock absorber lower

eye.

The transversely mounted multi-leaf spring is clamp

bolted at the center section to a lower mounting surface

on the differential carrier cover. The outer ends of the

main leaf are provided with a hole through which the

spring is link bolted to the rear of the torque control

arms.
The spring assembly is provided with full length

liners.

An optionally available stabilizer shaft attaches to the

upper rear section of the torque arms, and stretches

rearward where it is connected to the frame by two

rubber-bushed mounting brackets.

MAINTENANCE AND ADJUSTMENTS

Periodic maintenance and adjustments are not required

for the rear suspension components. The suspension

system should be checked for shock absorber action,
condition of suspension bushings, tightness of suspension

attaching bolts and an overall visual inspection of com-

ponents for defects.

CHEVROLET CHASSIS SERVICE MANUAL