ABS FORD MUSTANG 1969 Volume One Chassis

02-02-05
Brake System

02-02-05

piston seals are positioned in grooves

in the cylinder bores and are used to

provide hydraulic sealing between the

cylinders and pistons (Fig. 7).

The cylinders are connected hydrau-

lically by means of internal passages

in the caliper housings and an external

transfer tube between the two halves

of the caliper assembly. One bleeder

screw and fluid inlet fitting is provided

on each caliper assembly.

The shoe and lining assemblies are

located in between parallel machined

abutments within the caliper, and are

supported radially by tabs on the

o'uter ends of the shoe assemblies (Fig.

46).
The shoes slide axially in the cali-

per abutments by means of the tabs

which ride on machined ledges (bridg-

es) when hydraulic pressure is applied

to the piston (Fig. 6). A shoe and lin-

ing assembly consists of friction mate-

rial riveted to a metal plate called the

shoe.
It is replaced as a unit. Clips are

attached to the top of the caliper to

retain the shoe and lining assemblies.

The caliper assembly is mounted on

the front wheel spindle to the rear of

the wheel vertical centerline.

ROTOR

The cast iron disc is of the ventilat-

ed rotor-type incorporating forty fins

and is attached to, and rotates with

the wheel hub. A splash shield bolted

to the spindle is used primarily to pre-

vent road contaminants from contact-

ing the inboard rotor and lining sur-

faces.
The wheel provides protection

for the outboard surface of the rotor.

DRUM BRAKE

The drum brake system employs

single anchor, internal expanding ancj

self adjusting brake assemblies.

The self-adjusting brake mechanism

consists of a cable, cable guide, ad-

justing lever, adjusting screw assem-

bly, and adjuster spring (Fig. 8). The

cable is hooked over the anchor pin at

the top and is connected to the lever

at the bottom. The cable is routed

along the webb of the secondary brake

shoe by means of the cable guide. The

adjuster spring is hooked to the pri-

mary brake shoe and to the lever. The

automatic adjuster operates only when

the brakes are applied while the vehi-

cle is moving rearward and only when

the secondary shoe is free to move

toward the drum beyond a predeter-

mined point.
CALIPER
HOUSING

PISTON

SHOE

LINING

PISTON SEAL

FIG. 5—Floating Caliper Assembly—Sectional View

CALIPER
TO
ROTOR
CLEARANCE

CALIPER
HOUSING

PISTON

SHOE

LINING

PISTON SEAL
H 1568-B

TRANSFER
TUBE

PISTON DUST BOOT

RETAINING
GROVE

CALIPER
DUST

BOOT
RETAINER

H 1648-A

FIG.
6—Fixed
Caliper Assembly—Sectional View

PISTON
PISTON SEAL
RELAXED

CALIPER
HOUSING

BRAKES APPLIED

FIG. 7—Function of Piston Seal
BRAKES RELEASED

H1569-Bprocarmanuals.com

02-02-08
Brake System

02-02-08

Tool-HRE-8650

JUST SET TO DRUM

DIAMETER HERE . . .
FIND CORRECT BRAKE

SHOE DIAMETER HERE

H1416-A

FIG.
7
7—Adjusting Brake Shoes Using Tool HRE-8650

BOOT

BOOT

PISTON
. BLEEDER .

CYLINDER
SCREW RETURN SPRING PIST0N

H1385-B

FIG. 72—Brake Wheel Cylinder—Typical

DISASSEMBLY

1.
Remove the links and the rubber

boots from the ends of the brake cyl-

inder. Remove the pistons, cups, and

return spring from the cylinder bore

(Fig. 12).

2.
Remove the bleeder screw from

the cylinder.

INSPECTION

1.
Wash all parts in clean brake

fluid. Dry with compressed air.

2.
Replace scored pistons. Always

replace the rubber cups and dust

boots.
3.
Inspect the cylinder bore for

score marks or rust. If either condi-

tion is present the cylinder bore must

be honed. However, the cylinder

should not be honed more than 0.003

inch beyond its original diameter.

4.
Check the bleeder hole to be sure

that it is open.

ASSEMBLY

1.
Apply a light coating of heavy-

duty brake fluip! to all internal parts.

2.
Thread the bleeder screw into the

cylinder and tighten securely.

3.
Insert the return spring, cups,

and pistons into their respective posi-

tions in the cylinder bore (Fig. 12).
Place a boot over each end of the cyl-

inder. Bleed the brake system.

HYDRAULIC LINE REPAIR

Steel tubing is used throughout the

brake system with the exception of the

flexible hoses at the front wheels and

at the fear axle housing brake tube

connection (Figs. 17 thru 21).

Always bleed the applicable pri-

mary or secondary brake system after

primary or secondary brake system

hose or line replacement. Centralize

the pressure differential valve after

bleeding the system.

BRAKE TUBE

REPLACEMENT

If a section of the brake tubing be-

comes damaged, the entire section

should be replaced with tubing of the

same type, size, shape and length.

Copper tubing should not be used in a

hydraulic system. When bending

brake tubing to fit underbody or rear

axle contours, be careful not to kink

or crack the tube.

All brake tubing should be double

flared properly to provide good leak-

proof connections. Clean the brake

tubing by flushing with clean brake

fluid before installation.

When connecting a tube to a hose,

tube connector, or brake cylinder,

tighten the tube fitting nut to specified

torque with Milbar tool 1112-144 or

equivalent.

BRAKE HOSE

REPLACEMENT

A flexible brake hose should be re-

placed if it shows signs of softening,

cracking, or other damage.

When installing a new front brake

hose,
position the hose to avoid con-

tact with other chassis parts. Place a

new copper gasket over the hose fit-

ting and thread the hose assembly into

the front wheel cylinder. Engage the

opposite end of the hose to the brack-

et on the frame. Install the horsesho-

e-type retaining clip, and connect the

tube to the hose with the tube fitting

nut (Figs. 17 thru 21).

A rear brake hose should be in-

stalled so that it does not touch the

muffler outlet pipe or shock absorber.

Thread the hose into the rear brake

tube connector. Engage the front end

of the hose to the bracket on the

frame. Install the horseshoe-type re-

taining clip, and connect the tube to

the hose with the tube fitting nut.procarmanuals.com

02-02-19
Brake System

02-02-19

that the tabs on the shoe flanges seat

fully against the caliper bridges (Fig.

25).

2.
Install the caliper splash shield

and secure the shield to the caliper

with two retaining bolts (Fig. 4).

3.
Pump the brake pedal several

times until a firm pedal is obtained

and the shoe and lining assemblies are

properly seated.

4.
Install the wheel and tire assem-

bly on the hub and rotor assembly.

5.
Check and refill the master cyl-

inder reservoir with specified brake

fluid as required.

6. Road test the car.

It should not be necessary to bleed

the system after a shoe and lining re-

placement.

FRONT WHEEL HUB AND

ROTOR ASSEMBLY-

DISC BRAKES

REMOVAL

1.
Remove the wheel and tire from

the hub (Figs. 23 and 24). Be careful

to avoid damage or interference with

the bleeder screw fitting. On Lincoln

Continental models be careful to avoid

damage to the caliper splash shield or

transfer tube.

2.
Remove the caliper assembly

from the spindle and the rotor. If the

caliper does not require servicing, it is

not necessary to disconnect the brake

hose or remove the caliper from the

vehicle. Position the caliper out of the

way, and support it with a wire to

avoid damaging the caliper or stretch-

ing the hose. Insert a clean cardboard

spacer between the linings to prevent

the piston from coming out of the cyl-

inder bore while the caliper is re-

moved.

Handle the rotor and caliper assem-

blies in such a way as to avoid defor-

mation of the rotor and nicking,

scratching or contamination of the

brake linings.

3.
Remove the grease cap from the

hub.
Remove the cotter pin, nut lock,

adjusting nut, and flat washer from

the spindle. Remove the outer bearing

cone and roller assembly.

4.
Remove the hub and rotor as-

sembly from the spindle.

INSTALLATION

1.
If the rotor is being replaced, re-

move the protective coating from the

new rotor with carburetor degreaser.

Pack a new set of bearings with speci-
fied grease (M-1C75B), and install the

inner bearing cone and roller assembly

in the inner cup. Pack grease lightly

between the lips of a new grease seal

and install the seal (Figs. 23 and 24).

If the original rotor is being in-

stalled, make sure that the grease in

the hub is clean and adequate, that

the inner bearing and grease seal are

lubricated and in good condition, and

that the rotor braking surfaces are

clean.

2.
Install the hub and rotor assem-

bly on the spindle.

3.
Lubricate and install the outer

wheel bearing, washer and adjusting

nut.

4.
Adjust the wheel bearings to

specification, and then install the nut

lock, cotter pin, and grease cap. The

wheel bearing adjustment is especially

important with disc brakes.

5. Mount the caliper assembly on

the spindle following the Disc Brake

Caliper Assembly Installation proce-

dure in this section.

DISC BRAKE ROTOR

SPLASH SHIELD

REMOVAL

1.
Remove the caliper and the hub

and rotor assembly as outlined under
Removal in the foregoing procedure

(it is not necessary to disconnect hy-

draulic connections).

2.
Remove the three bolts that at-

tach the splash shield to the spindle,

and remove the shield (Figs. 23 and

24).

3.
Remove and discard the splash

shield to spindle gasket.

INSTALLATION

1.
Install a new splash shield to

spindle gasket.

2.
If the shield is bent, straighten it

out before installation. Position the

shield to the mounting bracket, install

the attaching bolts, nuts and torque

them to specification.

3.
Install the hub and rotor assem-

bly and the caliper as outlined under

Installation in the foregoing proce-

dure.

DUAL MASTER CYLINDER—

NON POWER BRAKES

FORD, MERCURY

AND METEOR

Removal

Refer to Fig. 26.

BUSHING

HAIRPIN

RETAINER

BUSHING

STOPLIGHT SWITCH

13480
HI 637-A

FIG. 26—Dual Master Cylinder Installation— Non Power Brakes

Ford,
Mercury, and Meteorprocarmanuals.com

03-01-01

PART
3-1
PAGE

Suspension,
Steering, Wheels and

Tires,
General Service 03-01-01

PART
3-2

Suspension 03-02-01

PART
3-3

Automatic
Air
Leveling System ....03-03-01

PART
3-4

Automatic
Air
Leveling System

Lincoln Continental 03-04-01

PART
3-5

Steering Columns and Linkage ... 03-05-01

PART
3-6

Manual Steering 03-06-01

PART
3-7

Ford Design Non-Integral Power

Steering System
03-07-01
PART
3-8
PAGE

Ford Design Integral Power

Steering Gear 03-08-01

PART
3-9

Saginaw Design Integral Power

Steering Gear 03-09-01

PART
3-10

Ford-Thompson Power Steering

Pump 03-10-01

PART
3-11

Eaton Power Steering Pump 03-1
1-01

PART 3-12

Wheels and Tires 03-1 2-01

PART
3-13

Specifications
03-13-01

PART
3-1
Suspension,Steering, Wheels
and

Tires—General Service

COMPONENT INDEX

CASTER AND CAMBER ADJUSTMENTS

FRONT
END
INSPECTION

FRONT WHEEL ALIGNMENT CHECKS

LUBRICANT CHECKING PROCEDURE

POWER STEERING GEAR CLEANING

AND INSPECTION

POWER STEERING PRELIMINARY TESTS

POWER STEERING PUMP

Cleaning
and
Inspection

Flow
and
Pressure Tests

POWER STEERING SYSTEM FLUSHING

SHOCK ABSORBER CHECKS

STEERING WHEEL SPOKE POSITION

Adjustment

TOE-IN ADJUSTMENT

WHEEL BALANCING
MODEL APPLICATION
All
Models

01-08

01-03

01-07

01-09

01-02

01-11

01-07

01-07

01-07
Ford
01-05

01-09

01-02

01-09
Mercury
01-05

01-09

01-02

01-09
Meteor
01-05

01-09

01-02

01-09
Cougar
01-06

01-09

01-02

01-09
Fairlane
01-06

01-09

01-02

01-09
Falcon
01-06

01-09

01-02

01-09
Montego
01-06

01-09

01-02

Gl-09
Mustang
01-06

01-09

01-02

01-09
Lincoln-
Continental
01-06

01-09

01-03

N/A
Thunderbird
01-05

01-09

01-02

01-09
Continental-
Mark
III
01-05

01-10

01-03

N/A

A page number indicates that
the
item
is for the
vehicle listed
at the
head
of the
column.

N/A indicates that
the
item
is not
applicable
to the
vehicle listed.
procarmanuals.com

03-01-04

Suspension — Steering, Wheels And Tires — General Service

03-01-04

Tool
- T 65 P -
3000
B or C

1266-B

FIG. 5—Typical Rear Alignment

Spacer Installation—Cougar,

Fairlane, Falcon, Montego,

Mustang

ment. In the absence of such equip-

ment, portable equipment may be

used and the work may be performed

on a level floor. The floor area should

be level within 1/4 inch from front to

rear of the vehicle and within 1/8 inch

from side to side. Alignment height

spacers (Figs. 4, 8 and 9) are used to

check caster and camber. The spacers

should be omitted when checking toe-

in.

1.
Check the runout of each front

wheel and tire using a dial indicator

against the rim outer band. If the ru-

nout exceeds 1/8 inch, correction may

be made by rotating the wheel on the

drum. When the minimum runout has

been obtained, mark the point of

greatest runout so the wheels can be

positioned as shown in Fig. 10 when

checking the front end alignment.

Hold a piece of chalk against the

wheel rim or the tire sidewall while

spinning the wheels. The chalk will

mark the rim or tire at the point of

greatest runout.

2.
Drive the vehicle in a straight

line far enough to establish the

straight ahead position of the front

wheels, and then mark the steering

wheel hub and the steering column

collar (Fig. ll).Do not adjust the

steering wheel spoke position at this

time. If the front wheels are turned at

any time during the inspection, align

the marks to bring the wheels back to

the straight-ahead position.

3.
With the vehicle in position for

the front end alignment inspection and

adjustment, install the suspension

alignment spacers as follows to esta-

blish the curb height.
F1432-A

FIG. 6—Alignment Spacer

Installation—Rear—Ford,

Mercury, Meteor, Thunderbird,

Continental Mark III

|F1258-Af

FIG. 7— Alignment Spacer

Installation — Rear Lincoln Continental

Tool-T65P-3000-B or -C

F1431-A

FIG. 8—Alignment Spacer

Installation—Front—Ford,

Mercury, Meteor, Thunderbird,

Continental Mark III
F 1499-A

FIG. 9—Alignment Spacer

Installation—Front—Lincoln

Continental

CHALK MARK IN THIS POSITION

WHEN CHECKING TOE-IN AND TOE-OUT

ON TURNS

CHALK MARK IN THIS POSITION

WHEN CHECKING CASTER AND CAMBER

LOCATION OF POINT OF GREATEST

LATERAL RUN-OUT ON FRONT

WHEaS WHEN CHECKING

ALIGNMENT FACTORS

F1215-A

FIG. 70—Front Wheel Position

For Checking Alignment

Lift the front of the vehicle and

position the alignment spacers be-

tween the suspension lower arm and

the frame spring pocket as shown in

Figs.
4, 8 and 9. Be sure the spacer

pin is placed in the correct hole for

the vehicle being checked. The lower

end of the alignment spacers should

be placed over the head of the strut

front attaching bolt. Remove the

bumpers from the right and left rear

side rails. Position the rear alignment

spacers between the rear axle and the

rear side rails as shown in Figs. 5, 6

and 7.

4.
Install the wheel alignment

equipment on the vehicle. Whicheverprocarmanuals.com

03-01-08
Suspension
—
Steering,
Wheels
And
Tires
—
General Service

03-01-08

3.
Remove the lower (upper on

Mustang and Cougar) cover- to-

housing attaching bolt.

4.
With a clean punch or like in-

strument, clean out or push inward

the loose lubricant in the filler plug

hole and cover to housing attaching

bolt hole.
5.
Slowly turn the steering wheel to

the left stop, lubricant should rise

within the lower cover bolt hole; then

slowly turn the steering wheel to the

right stop, lubricant should rise within

the filler plug hole. If lubricant does

not rise in both the cover bolt hole
and the filler plug hole, add lubricant

until it comes out both holes during

this check.

6. Install the lower (upper on

Mustang and Cougar) cover- to-

housing attaching bolt and the filler

plug.

CLEANING
AND
INSPECTION

FRONT
END
GENERAL

INSPECTION

Do not check and adjust front

wheel alignment without first making

the following inspection for front-end

damage, or wear.

1.
Check for specified air pressures

in all four tires.

2.
Raise the front of the vehicle off

the floor. Shake each front wheel

grasping the upper and lower surfaces

of the tire. Check the front suspension

ball joints and mountings for loose-

ness,
wear, and damage. Check the

brake backing plate mountings. Tor-

que all loose nuts and bolts to specifi-

cation. Replace all worn parts as out-

lined in Part 3-2.

3.
Check the steering gear mount-

ings and all steering linkage connec-

tions for looseness. Torque all mount-

ings to specifications. If any of the

linkage is worn or bent, replace the

parts as outlined in Part 3-5.

4.
Check the front wheel bearings.

If any in-and-out free play is noticed,

adjust the bearings to specifications.

Replace worn or damaged bearings as

outlined in Part 3-12.

5.
Spin each front wheel with a

wheel spinner, and check and balance

each wheel as required.

6. Check the action of the shock

absorbers. If the shock absorbers are

not in good condition, the vehicle may

not settle in a normal, level position,

and front wheel alignment may be af-

fected.

WHEEL INSPECTION

Wheel hub nuts should be inspected

and tightened to specification at pre-

delivery. Loose wheel hub nuts may

cause shimmy and vibration. Elongat-

ed stud holes in the wheels may also

result from loose hub nuts.

Keep the wheels and hubs clean.

Stones wedged between the wheel and

drum and lumps of mud or grease can

unbalance a wheel and tire.
Check for damage that would affect

the runout of the wheels. Wobble or

shimmy caused by a damaged wheel

will eventually damage the wheel bear-

ings.
Inspect the wheel rims for dents

that could permit air to leak from the

tires.

UPPER BALL JOINT

INSPECTION

Ford,
Mercury,
Meteor,

Thunderbird,

Lincoln Continental
and

Continental Mark
III

1.
Raise the vehicle and place floor

jacks beneath the lower arms.

2.
Ask an assistant to grasp the

lower edge of the tire and move the

wheel in and out.

3.
As the wheel is being moved in

and out, observe the upper end of the

spindle and the upper arm.

4.
Any movement between the

upper end of the spindle and the upper

arm indicates ball joint wear and loss

of preload. If any such movement is

observed, replace the upper ball joint.

During
the
foregoing
check,
the

lower ball joint will
be
unloaded
and

may
move.
Disregard
all
such
move-

ment
of the
lower ball
joint.
Also,
do

not mistake loose wheel bearings
for a

worn ball
joint.

Cougar,
Fairlane,
Falcon,

Montego
and
Mustang

1.
Raise the vehicle on a frame

contact hoist or by floor jacks placed

beneath the underbody until the wheel

falls to the full down position as

shown in Fig. 18. This will unload the

upper ball joint.

2.
Adjust the wheel bearings as de-

scribed in Part 3-12.

3.
Attach a dial indicator to the

upper arm and position the indicator
so that the plunger rests against the

inner side of the wheel rim adjacent to

the upper arm ball joint.

4.
Grasp the tire at the top and

bottom, and slowly move the tire in

and out (Fig. 18). Note the reading

(radial play) on the dial indicator. If

MAXIMUM TOLERANCE

F
1500-A

FIG.
T8—Measuring Upper Ball

Joint Radial Play

MAXIMUM TOLERANCE

F14
35-A

FIG.
79—Measuring Lower Ball

Joint Radial Playprocarmanuals.com

03-01-11
Suspension — Steering, Wheels And Tires — General Service

03-01-11

3.
Inspect the rotor, rollers, cam

ring, pressure plate, cover, and bush-

ing in the pressure plate for wear or

scoring. If damaged, replacement of

the pump (less housing) is required.

4.
Make sure the inner faces of the

cover and the housing are free of

paint, nicks, or burrs. Check all fluid

passages for restrictions.

5.
Inspect the valving surfaces

(areas where the rotor and rollers con-

tact) for wear or scoring. Replace the

pressure plate or the cover if worn or

scored. Inspect the bushing in the

pressure plate for wear or scoring, and

replace the plate if necessary.

6. Inspect the control valve for

scores, nicks, or burred edges. Re-

place the valve if damaged. Do not dis-

assemble the valve. Check the valve

for free movement in the housing

bore.

7.
Inspect the tube seat in the hous-

ing. If damaged, remove it with an

E-Z-Out and install a new seat.

SHOCK ABSORBER CHECKS

All vehicles are equipped with hy-

draulic shock absorbers of the direct-

acting type and are nonadjustable and

nonrefillable. They cannot be repaired.
Before replacing a shock absorber,

check the action of the shock absor-

bers as follows:

ON VEHICLE TESTS

1.
Check the shock absorber to be

sure it is securely and properly in-

stalled. Check the shock absorber in-

sulators for damage and wear.

Replace any defective insulators and

tighten attachments to the specified

torque (on a shock absorber which in-

corporates integral insulators, replace

the shock absorbers).

2.
Inspect the shock absorber for

evidence of fluid leakage. A light film

of fluid is permissible. Be sure any

fluid observed is not from sources

other than the shock absorber.

Replace the shock absorber if leak-

age is severe.

3.
Disconnect the lower end of the

shock absorber. Extend and compress

the shock absorber as fast as possible,

using as much travel as possible.

Action should become smooth and

uniform throughout each stroke.

Higher resistance on extension than

on compression is a normal condition.

Faint swish noises are also normal.

Remove the shock absorber for a

bench test if action is erratic. If the
action is smooth, but the shock absor-

bers are suspected of being weak fol-

low step 4:

4.
Repeat step 3 on the mating

shock absorber installed on the oppo-

site side of the vehicle, and compare

results of both tests. If the action is

similar, it is unlikely that either shock

absorber is defective. Reconnect both

shock absorbers.

Replace the shock absorber having

the lower resistance. Ensure that the

part number of the replacement is the

same as that of the original shock ab-

sorber. The replacement shock absor-

ber resistance will appear to be higher

than either original due to initial fric-

tion of the rod seal.

BENCH TEST

With the shock absorber right side

up (as installed in vehicle), extend it

fully. Then turn the shock absorber

upside down and fully compress it.

Repeat this procedure at least three

times to ensure that any entrapped air

has been expelled. Now place the

shock absorber right side up in a vise,

and hand stroke the shock absorber as

described in On Vehicle Tests, step 3.

If action is not now smooth and uni-

form, install a new shock absorber.procarmanuals.com

03-02-01
Suspension

03-02-01

PART
3-2
Suspension

COMPONENT INDEX

BALL JOINT

Removal
and
Installation

BUSHING

Removal
and
Installation

DRIVE SHAFT PINION ANGLE

Adjustment

FRONT SHOCK ABSORBER

Removal
and
Installation

FRONT SPRING

Removal
and
Installation

FRONT SPRING
AND
LOWER
ARM

Removal
and
Installation

FRONT SUSPENSION

Description

FRONT SUSPENSION LOWER
ARM

Removal
and
Installation

FRONT SUSPENSION LOWER
ARM
STRUT

AND/OR BUSHING

Adjustment
and
Repair

FRONT SUSPENSION UPPER
ARM

Removal
and
Installation

FRONT SUSPENSION UPPER
ARM

BUSHING
- ARM
REMOVED

Disassembly
and
Overhaul

FRONT WHEEL SPINDLE

Removal
and
Installation

HOISTING INSTRUCTIONS

INNER SHAFT

Removal
and
Installation

LOWER
ARM -
REMOVED

Disassembly
and
Overhaul

LOWER
ARM
STRUT AND/OR BUSHING

Removal
and
Installation

LOWER BALL JOINT
- ARM IN
VEHICLE

Removal
and
Installation

REAR SHACKLE
AND
HANGER ASSEMBLY

Removal
and
Installation

REAR SHOCK ABSORBER

Removal
and
Installation

REAR SHOCK ABSORBER LOWER

MOUNTING STUD

Removal ancl Installation
MODEL APPLICATION
All Models

02-02

02-08
Ford
N/A

N/A

02-11

02-21

02-12

N/A

02-16

02-11

02-17

02-27

02-19

N/A

N/A

N/A

02-09

N/A

02-21

N/A
Mercury
N/A

N/A

02-11

02-21

02-12

N/A

02-16

02-11

02-17

02-27

02-19

N/A

N/A

N/A

02-09

N/A

02-21

N/A
Meteor
N/A

N/A

02-11

02-21

02-12

N/A

02-16

02-11

02-17

02-27

02-19

N/A

N/A

N/A

02-09

N/A

02-21

N/A
Cougar
N/A

N/A

N/A

02-21

02-13

N/A

02-17

N/A

02-18

N/A

02-20

N/A

N/A

02-11

N/A

N/A

02-22

N/A
Fairlane
N/A

N/A

N/A

02-21

02-13

N/A

02-17

N/A

02-18

N/A

02-20

N/A

N/A

02-11

N/A

N/A

02-22

N/A
Falcon
N/A

N/A

N/A

02-21

02-13

N/A

02-17

N/A

02-18

N/A

02-20

N/A

N/A

02-11

N/A

N/A

02-22

N/A
Montego
N/A

N/A

N/A

02-21

02-13

N/A

02-17

N/A

02-18

N/A

02-20

N/A

N/A

02-11

N/A

N/A

02-22

N/A
Mustang
N/A

N/A

N/A

02-21

02-13

N/A

02-17

N/A

02-18

N/A

02-20

N/A

N/A

02-11

N/A

N/A

02-22

N/A
Lincoln-
Continental
02-10

02-28

N/A

02-21

N/A

02-14

N/A

N/A

02-18

N/A

02-20

02-28

02-27

N/A

N/A

02-29

02-22

02-23
Thunderbird
N/A

N/A

02-11

02-21

02-12

N/A

02-16

02-11

02-17

02-27

02-19

N/A

N/A

N/A

02-09

N/A

02-21

N/A
1
Continental-
Mark
III
N/A

N/A

02-11

02-21

02-12

N/A

02-16

02-11

02-17

02-27

02-19

N/A

N/A

•

N/A

02-09

N/A

02-21

N/A

A page number indicates that the item
is for the
vehicle listed
at
the head
of
the column.

N/A indicates that
the
item
is not
applicable
to the
vehicle listed.
procarmanuals.com

03-02-02
Suspension

03-02-02

COMPONENT INDEX

REAR SPRING

Disassembly
and
Overhaul

Removal
and
Installation

REAR SUSPENSION

Description

REAR SUSPENSION LOWER
ARM

Removal
and
Installation

REAR SUSPENSION UPPER
ARM

Removal
and
Installation

SPRING LEAVES
AND
TIE-BOLT

Removal
and
Installation

STABILIZER

Removal
and
Installation

TRACK
BAR

Removal
and
Installation

UPPER
ARM
-
REMOVED

Removal
and
Installation

UPPER
ARM
SHAFT AND/OR BUSHING

Removal
and
Installation

UPPER BALL JOINT

Removal
and
Installation
MODEL APPLICATION
All
Models
Ford

N/A

02-23

02-02

02-24

02-25

N/A

02-11

02-25

N/A

N/A

02-08
Mercury
N/A

02-23

02-02

02-24

02-25

N/A

02-11

02-25

N/A

N/A

02-08
Meteor
N/A

02-23

02-02

02-24

02-25

N/A

02-11

02-25

N/A

N/A

02-08
Cougar
N/A

02-25

02-04

N/A

N/A

N/A

02-11

N/A

N/A

02-09

02-08
Fairlane
N/A

02-25

02-04

N/A

N/A

N/A

02-11

N/A

N/A

02-09

02-08
Falcon
N/A

02-25

02-04

N/A

N/A

N/A

02-11

N/A

N/A

02-09

02-08
Montego
N/A

02-25

02-04

N/A

N/A

N/A

02-11

N/A

N/A

02-09

02-08
Mustang
N/A

02-25

02-04

N/A

N/A

N/A

02-11

N/A

N/A

02-09

02-08
Lincoln-
Continental
02-28

02-26

02-04

N/A

N/A

02-29

N/A

N/A

02-27

N/A

02-10
Thunderbird
N/A

02-23

02-02

02-24

02-25

N/A

02-11

02-25

N/A

N/A

02-08
Continental-
Mark III
N/A

02-23

02-02

02-24

02-25

N/A

02-11

02-25

N/A

N/A

02-08

A page number indicates that
the
item
is
for the
vehicle listed
at
the
head
of
the
column.

N/A indicates that
the
item
is
not
applicable
to
the
vehicle listed.

DESCRIPTION

FRONT SUSPENSION

Each front wheel rotates
on a

spindle.
The
upper
and
lower ends
of

the spindle
are
attached
to
upper
and

lower ball joints which
are
mounted
to

an upper
and
lower
arm
respectively.

The upper
arm
pivots
on a
bushing

and shaft assembly which
is
bolted
to

the frame.
The
lower
arm
pivots
on a

bolt
in the
front crossmember (Figs.
1,

2
and 3). A
coil spring seats between

the lower (upper
on
Cougar, Fairlane,

Falcon, Montego
and
Mustang)
arm

and
the top of the
spring housing.
A

double action shock absorber
is
bolted

to
the arm and the top of the
spring

housing.
REAR SUSPENSION

FORD, MERCURY,

METEOR, THUNDERBIRD
AND

CONTINENTAL MARK
III

Each rear wheel,
hub, and
brake

drum assembly
is
bolted
to the
rear

axle shaft flange.
The
axle shaft
as-

sembly rotates
in the
rear axle hous-

ing.

The rear axle housing
is
suspended

from
the
frame
by a
coil spring
and

shock absorber
at
each side
of the ve-

hicle
and by
three arms
(one
upper

and
two
lower) which pivot
in the

frame members
(Fig.
4).

Each coil spring
is
mounted
be-

tween
a
lower seat, which
is
welded
to

the axle housing,
and an
upper seat

which
is
integral with
the
frame.
The upper
end
of
the
rear shock
ab-

sorber
is
attached
to the
spring upper

seat;
the
lower
end is
bolted
to a

bracket
on the
axle housing.

The upper suspension
arm
attaches

to
the
right side
of the
axle housing

through
an
eccentric pivot bolt
and a

bracket which
is
welded
to the top of

the housing.
The
forward
end of the

arm
is
connected
by a
pivot bolt
to

the frame crossmember.

Each lower suspension
arm
attaches

to
one end of the
axle housing

through
a
pivot bolt
and a
bracket

which
is
welded
to the
underside
of

the housing.
The
forward
end of the

arm
is
connected
by a
pivot bolt
to

the frame side member.

A track
bar is
connected between

the upper
arm
bracket
on the
axle

housing
and a
mounting bracket
on

the left frame side rail.
procarmanuals.com

03-02-04
Suspension

03-02-04

COUGAR, FAIRLANE,

FALCON, MONTEGO,

MUSTANG

LINCOLN CONTINENTAL

Each rear wheel, hub and brake

drum assembly is bolted to the rear

axle shaft flange. The wheel and axle

shaft assembly rotates in the rear axle

housing. Two spring pads, integral

with the axle housing, rest on two leaf

spring assemblies. The axle housing is

fastened to the center of the springs

by spring clips (U-bolts), retainers,

and nuts (Figs. 5 and 6). Each spring

assembly is suspended from the under-

body side rail by hanger and shackle

assemblies at the front and rear. The

integral mounting stud at the upper

end of each shock absorber is attached

to the crossmember by a mounting

plate. The lower end is mounted to a

stud which is integral with a bracket

welded to the axle housing.
SHOCK ABSORBER

UPPER MOUNTING

BRACKET

SPRING
SHOCK ABSORBER

UPPER ARM

FIG. 2—Front Suspension—Typical—Cougar, Fairlane, Falcon,

Montego, Mustang

F
1497.
A

3—Front Suspension—Lincoln Continentalprocarmanuals.com