BMW 1969 73 6 Cylinder Models Brake Repair Manual

Models Covered

• 2500 (1969-70)
• 2800 (1969-70)
• 2800 CS & CSA (1969-71)
• 3.0 CS & CSA (1969-71)
• Bavaria (1972-73)

DESCRIPTION

Models 2800 CS and CSA use ATE four-piston fixed caliper disc brakes on front and leading-trailing shoe drum brake on the rear. All other models use four wheel ATE disc brakes with four-piston caliper on front and two-piston caliper on the rear. All models use twin circuit, tandem piston master cylinders. Four wheel disc brake system use a pressure limiter to control hydraulic pressure applied to rear brakes. Hydraulic pressure to rear brakes is adjustable with the pressure limiter. Hand brake actuates cable to rear brake shoes. A special duo-servo drum-disc combination is used on rear wheels with disc brakes.

ADJUSTMENT

DRUM BRAKES 

2800 CS & CSA - Release handbrake, hoist vehicle and using suitable wrench (6038) loosen each brake shoe with its eccentric adjusting screw. While revolving wheel, turn left adjusting screw counterclockwise and right screw clockwise, until wheel will no longer turn. Loosen each screw ⅛ turn at a time until wheel turns freely.

DISC PADS

Front and rear disc brake assemblies are self-adjusting, therefore, no adjustment in service is required.

PARKING BRAKE

PISTON ALIGNMENT

Disc Brakes (With Integral Drum On Rear) - Release parking brake lever, raise and support vehicle and remove rear wheels. Insert brake adjusting tool through .6" hole in rotor. Turn start wheel adjuster until rotor can no longer be turned, then back off adjuster two or three teeth. Working inside driver compartment, tighten adjustment nut on hand lever until parking brake holds vehicle (before fifth ratchet stop is reached).

Models With Rear Drum Brakes - Drum brakes must be adjusted before attempting to adjust handbrake. Handbrake should be adjusted if hand operated lever can be pulled up more than five notches. Adjust with handbrake lever completely disengage, by turning adjuster on cable and next to hand brake lever. Adjustment is correct when handbrake will lock rear wheels without passing through more than four or five notches on ratchet.

HYDRAULIC SYSTEM BLEEDING

NOTE - Manufacturer recommends replacing brake fluid entire system once a year to avoid moisture build-up. Attach a pressure bleeder to master cylinder reservoir. CAUTION - Do not exceed 29 psi. Raise and support vehicle and remove wheels. Attach a bleeder hose to bleeder screw, and immerse opposite end of hose into a container partially filled with brake fluid. Open bleeder screw, allow all air has been expelled  from system. NOTE - On front wheel four piston calipers, bleed lower inboard screw before bleeding lower outboard screw.

REMOVAL AND INSTALLATION

DRUM BRAKE SHOES

Removal - Hoist vehicle, remove rear wheels and brake drums. Detach brake shoes from bottom support, then pull shoes out of wheel cylinders. Disconnect hand brake cable from rear shoes. Separate shoes by removing return springs.

Installation - Reverse removal procedure and note the following: Install long end of shoe push rod spring toward handbrake lever. Adjust brakes.

DISC PADS

Removal - Raise and support vehicle and remove wheels. Drive out retaining pins toward inside of vehicle and remove cross spring. Using a suitable extractor tool (3.9314-14002), remove disc pads from caliper assembly.

Installation - 1) NOTE -  Replacement of disc pads should be done in complete sets only. Using a cylinder brush, clean guide surface and support surface in caliper. Siphon sufficient fluid from outer cylinder reservoir to prevent overflowing, then press pistons to bottom of bores.

2) On rear two piston calipers, ensure machines position of piston face makes a 20° angle to lower caliper wall. Install disc pads, cross spring and retaining pins. After installation, depress brake pedal several times to position pads against rotor.

CALIPER ASSEMBLY

Removal - Remove master cylinder reservoir cap and plug fluid outlet lines. Raise and support vehicle and remove tire and wheel assembly. Disconnect hydraulic line(s), remove caliper mounting bolts, and separate caliper from caliper from backing plate.

Installation - Reverse removal procedure and bleed hydraulic system.
ROTOR
Removal & Installation (Front) - With caliper assembly removed, remove hub grease cap, cotter pin, and nut. Remove hub and rotor assembly. Remove Allen head bolts retaining rotor to hub and remove rotor. To install, reverse removal procedure, tighten all bolts and fittings evenly, and bleed hydraulic system if necessary. Adjust front wheel bearing. See Wheel Bearing Adjustment in WHEEL ALIGNMENT Section.
Removal & Installation (Rear) - Remove rear wheel and caliper assembly, then pull rotor out from axle shaft flange. To install, reverse removal procedure, tighten all bolts and fittings evenly, and bleed hydraulic system if necessary.
PARKING BRAKE SHOES
Removal - With rear caliper and rotor removed, disconnect lower return spring using brake spring pliers. Turn retaining springs 90 degrees using suitable tool (7014) and remove. Pull brake shoes apart at bottom and lift away upwards.
Installation - Reverse removal procedure and adjust parking brake shoes and cables.
MASTER CYLINDER
Removal - Remove master cylinder reservoir cap and plug fluid outlet lines. Remove hose fittings from master cylinder and raise above reservoir fluid level. Mark hydraulic lines for reassembly reference and disconnect from master cylinder. Remove nuts attaching cylinder to power unit, and separate master cylinder from power brake unit.

POWER UNIT PUSH ROD ADJUSTMENTS

Installation - Reverse removal procedure and note the following: Make sure rubber "O" ring seal between master cylinder and power unit is not damaged. Check clearance between power unit thrust rod and master cylinder piston with Plastigage and, if necessary, set to .020" by inserting a shim behind plunger head. Bleed hydraulic system and check for fluid leaks.
POWER BRAKE UNIT
Removal - 1) Remove air cleaner and battery, disconnect oil reservoir for power steering (if equipped) and move to one side. Block brake fluid reservoir outlets and remove hoses from master cylinder.
2) Remove lower left instrument panel housing and secure to one  side. Remove brake pedal clevis pin, and disconnect vacuum hose from intake manifold. Remove hydraulic lines from master cylinder marking positions for reassembly reference. Remove nuts retaining power unit to support and remove power unit.
Installation - Reverse removal procedure, bleed hydraulic system, and check following adjustments: Adjust length of piston rod (A) to 14.49-14.53". Adjust pedal height (B) to 9.65". Adjust exposed depth of brake light switch plunger (C) to .24-.28". See illustration.
Check Valve Replacement - Check valve is located in power unit vacuum line at intake manifold. To remove, loosen hose clamps, remove vacuum hoses, and remove valve. To install, reverse removal procedure, making sure arrow or block portion of valve faces intake manifold.
Filter Replacement - With power brake unit removed from vehicle, pull back rubber dust boot and remove retaining ring. Remove silencer and filter. To install, reverse removal procedure.
REAR BRAKE PRESSURE LIMITER
Removal & Installation - Plug fluid outlets in brake fluid reservoir. Disconnect brake hose and rear brake lines from pressure limiter. Remove mounting bolts and pressure limiter. To install, reverse removal procedure and bleed hydraulic system.

OVERHAUL

DRUM BRAKE WHEEL CYLINDER
Disassembly - With wheel brake drum removed, back off shoe adjusting cams, disconnect brake line and remove cylinder from backing plate. Disassemble wheel cylinder and pay particular attention to location and direction of parts.
Cleaning & Inspection - Clean all parts in alcohol or other suitable non oil base solvent. Discard all rubber parts and inspect all other parts for wear or damage.
Reassembly - Dip new parts in clean brake fluid or apply ATE cylinder paste. To install cylinder, reverse disassembly procedure and bleed brakes.
BRAKE CALIPER
Disassembly - With caliper removed from vehicle and disc pads remove from caliper, remove clamping rings and rubber protecting caps. Hold one piston in place using a suitable clamp, insert a piece of wood in caliper  cavity, then apply compressed air to fluid inlet and remove opposite piston. Remove sealing ring using a suitable plastic tool. Remove remaining piston(s) and seal(s) in same manner. NOTE - DO NOT separate caliper halves unless a leak is detected. To disassemble, remove expansion bolts, separate caliper halves and remove sealing rings.
Cleaning & Inspection - Clean all parts in alcohol and check for wear or damage; replace parts as necessary.
Reassembly - Reassemble caliper (if separated) using new seals and expansion bolts. Tighten expansion bolts from inside out. Coat pistons and caliper bores with ATE brake cylinder paste (or equivalent), install sealing rings, then install pistons into bores. Make sure pistons are not tilted when inserting. On two pison calipers, make sure machined surface of piston face makes a 20 degree angle to lower caliper wall. Install rubber protecting caps and clamp rings.
MASTER CYLINDER
Disassembly - Push in on primary piston and remove secondary piston stop screw. Remove snap ring from end of cylinder and remove primary and secondary piston assemblies and return spring. Disassemble piston assemblies noting number of parts used.
Cleaning & Inspection - Clean all parts in alcohol and inspect for wear or damage. NOTE - Cylinders with surface defects in bores must be replaced; do not overhaul.
Reassembly - Reassemble piston assemblies using a thin coating of ATE brake cylinder paste (or equivalent). Install piston assemblies into cylinder bore using a suitable guide sleeve (BMW 6063) to prevent damaging seals. Install secondary piston stop screw, making sure that piston is pushed fully forward before screw is installed and tightened. Install retaining ring in end of master cylinder bore.

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Mazda 1974 76 Models Wheel Alignment Repair Guide

MAZDA SPECIFICATIONS AND ADJUSTMENTS

TIRE INFLATION (COLD)
Before attempting to check or adjust wheel alignment, make sure tires are properly inflated. Refer to manufacturers specifications given in owners manual.

CASTER
808, RX2 & RX3 MODELS - Caster is not adjustable. If caster angle is not to specifications, inspect suspension for wear or damage and repair or replace components as necessary.

RX4 - Caster and camber angles can be adjusted by changing position of the shock absorber support. To adjust remove four nuts attaching shock absorber support to fender apron. Raise front of vehicle and support with jack stands, then remove wheel on side to be adjusted. Press shock absorber downward and change position of support according to following table and illustration. Tighten shock absorber support attaching nuts. Install wheel, lower vehicle and recheck caster and camber angles.

Pickup - To adjust, change shims between upper arm shaft and support bracket or turn upper arm shaft until specifications are obtained.

CAMBER

808, RX2, and RX3 - Camber is not adjustable. If camber angle is not to specifications, inspect suspension for wear or damage and repair or replace components as necessary.

RX4 - See procedure given under Caster adjustment.

Pickup - To adjust, change shims between upper arm shaft and support bracket until specifications for camber are within limits.

TOE-IN
All Models - Position wheels to center position and loosen tie rod locking nuts at each end of tie rod. Check that tie rod ends are in the same position on each rod ensuring that the tie rods are the same length. Turn tie rods by equal amounts until the toe-in is within specifications. Tighten locking nuts.

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Mazda 1968 74 Models Drive Axles Repair Manual

MODELS COVERED:

• 616 (1971)
• 618 (1972-73)
• 808 (1972-74)
• 1200 (1971-72)
• B1600 (1972-74)
• R100 (1971-72)
• RX-2 (1971-74)
• RX-3 (1972-74)
• RX-4 (1974)
• RE (Rotary Pick-Up) (1974)

DESCRIPTION

Axle housing is banjo type with removable differential carrier and semi-floating axle shafts. Ring and pinion are hypoid type in which centerline of pinion is set below centerline of ring gear. Differential case may be either two pinion or four pinion design. The axle shafts are retained in housing by ball bearings and bearing retainers at axle housing outer ends.

AXLE RATIO AND IDENTIFICATION

All Mazda models use one basic type of rear axle assembly. Any differences in Removal and Installation or Overhaul procedures will be noted where they occur. To determine axle ratio, divide number of ring gear teeth by number of pinion teeth.

REMOVAL AND INSTALLATION

Axle Shaft and Bearings

Removal (All. Exc. Pick-Up) - Remove wheel and tire assembly and brake drum. Remove brake shoe return springs and brake shoes. On RX-4 models, remove center cap adapter from axle shaft flange. On all models, withdraw nuts attaching retainer and backing plate to axle housing, then use a suitable puller (49 0259 631 and 49 0223 630A) to remove axle from housing.

Bearing Replacement (All Exc. Pick-Up) - Remove axle bearing and collar using a press and a suitable bearing adapter (49 0259 745). NOTE - If pressure necessary to remove bearing exceeds 10 tons, or if bearing adapter is not available, grind bearing retaining collar down and cut with a chisel to remove. To reassemble, apply a light coat of oil to axle shaft and place bearing retainer and spacer on shaft. Position bearing on shaft with sealed side toward axle shaft flange, then press bearing on shaft until spacer contacts shaft shoulder. Next, press bearing retaining collar on shaft until it seats firmly against bearing. NOTE - Do not press bearing and collar on shaft at the same time. In addition, if collar is installed with less than 3 tons of pressure, replace a new part.

AXLE SHAFT ASSEMBLY (EXCEPT PICK-UP)

Installation (All Exc. Pick-Up - 1) Apply a light coat of grease to oil seal in axle housing. Check axle shaft end clearance as follows. Install backing plate and gasket temporarily and measure depth of bearing seat in axle housing. Then measure width of axle bearing outer race. The difference between the two measurements indicates the required thickness of shim.

2) Shims are available in thicknesses of .004" (.1 mm) and .016" (.4 mm). After selecting correct shim pack, apply sealant to shims and position brake backing plate and shims on axle housing. Install axle shaft assembly in housing using a new gasket, then install and tighten retainer bolts. At this time, recheck end play, maximum end play allowable is .004" (.1 mm). Install brake shoes, return springs, brake drum and wheel and tire assembly.

AXLE SHAFT ASSEMBLY (B1600 & RE PICK-UP)

Removal (B1600 and Pick-Up) - Remove wheel and tire assembly, then remove brake drum and brake shoes. Remove parking brake cable retainer and disconnect brake lines at wheel cylinders. Remove nuts attaching backing plate and bearing housing to axle housing, then pull axle shaft, backing plate, bearing housing assembly, and shims off axle housng.

Bearing Replacement (B1600 and RE Pick-Up) - Straighten tools of lock washer, and using a suitable spanner wrench (49 0603 621A), remove lock nut and lock washer. Using a puller withdraw bearing and housing assembly from axle shaft, then remove backing plate. Remove bearing and oil seal from housing. To reassemble, reverse disassembly procedure.

Installation (B1600 and RE Pick-Up) 1) Install axle shaft, backing plate, and bearing housing to rear axle housing, temporarily attaching with two bolts and nuts. Mount a dial indicator on backing plate and check axle shaft end play. End play should be .002-.006" (.05-.15 mm).

2) NOTE - If both axle shafts were removed, a special procedure must be followed: The end play for the first axle shaft installed should be set to .026-.033" (.65-.85 mm). The second axle shaft installed should be set to the normal end play of .002-.006" (.05-.15 mm).

DIFFERENTIAL CARRIER

Removal and Installation - Raise vehicle until rear wheels are clear of ground. Remove drain plug and drain rear axle lubricant, reinstall plug and tighten. Remove axle shafts. Mark propeller shaft and pinion flange for reassembly reference, then disconnect propeller shaft. Remove carrier attaching nuts and withdraw carrier from axle housing. To install, reverse removal procedure, making sure to refill axle with lubricant.

OVERHAUL

Disassembly 

MEASURING PINION HEIGHT

1) Mount carrier in a suitable repair stand. Attach a dial indicator to carrier (with button of indicator contacting backface of ring gear) and check ring gear deflection. Maximum allowable deflection is .004" (.1 mm); replace ring and pinion if above specification. Punch identification marks on side bearing supports of carrier, differential bearing caps, and side bearing adjusters. Remove adjuster lock plates, loosen bearing cap attaching nuts or bolts, and slightly back off adjusters to relieve preload.
2) Remove bearing caps and adjusters, then withdraw differential assembly from carrier, making sure side bearing races remain with their respective bearings. If necessary for replacement, use a suitable puller and remove side bearings from gear case. Straighten lock tabs, remove ring gear attaching bolts, and separate ring gear from gear case.
3) On all models except RX-4, drive out differential pinion shaft lock pin with a punch and remove pinion shaft. Rotate pinion gears 90 degrees and remove gears, thrust washers, thrust block (if equipped), and differential side gears. On RX-4 models, remove bolts joining differential case halves and separate case. Remove side gears, thrust washers, pinion gears, and spider.
4) On all models, remove pinion nut and pinion flange. Remove drive pinion and rear bearing assembly, adjusting shims (if equipped), spacer and bearing collar if used). NOTE - It may be necessary to top end of pinion with soft hammer to remove from carrier. Remove front oil seal and withdraw front pinion bearing. Using a press, remove rear bearing from drive pinion, then lift off pinion adjusting shim. If necessary for replacement, use a drift punch and remove pinion bearing races from carrier.

MAZDA REAR AXLE ASSEMBLY

REASSEMBLY AND ADJUSTMENT
Drive Pinion Depth - 1) NOTE -The use of a suitable dial indicator assembly (49 0727 570) and pinion gauging set (49 0305 555, all exc. pick-up; or 49 0603 555A, B1600 and RE pick-up) is required for this procedure. Install dial indicator on gauge body, place gauge body on a surface plate, and preload indicator .040-.120" (1-3 mm). When preloaded, turn outer ring of indicator assembly to "zero" gauge.
2) Make sure differential bearing bores are free of dirt and burrs, then install drive pinion, dummy bearing, and original pinion depth shim into carrier. Place gauge block on pinion and position indicator assembly on block so button of indicator contacts lowest portion of differential bore.
3) Record the amount indicator moves in a "+" (plus) or "-" (minus) direction from zero. Remove gauging assembly and pinion from carrier. Check rear face of pinion for the machining correction figure. If pinion is marked "+" (plus), SUBTRACT amount specified on pinion from dial indicator reading; if marked "-" (minus), ADD amount to indicator reading. NOTE - Figures on pinion are hundredth millimeters.
4) Place dummy pinion and rear pinion bearing on surface plate and compare heights. If pinion bearings is higher than dummy bearing, SUBTRACT difference from dial indicator reading, if pinion bearing is lower than dummy bearing, ADD amount to indicator reading.
5) Select correct pinion depth adjusting shim to be used for reassembly by adding or subtracting the amount determined in steps 2), 3), and 4) from the thickness of the original pinion depth shim used during gauging process. Position correct shim on pinion and install pinion bearing. Shims are available in the following thicknesses for all models except RX-4:
Identification Mark                              Thickness In. (mm)
08.......................................................   .121 (3.08)
11.......................................................   .122 (3.11)
14.......................................................   .124 (3.14)
17.......................................................   .125 (3.17)
20.......................................................   .126 (3.20)
23.......................................................   .127 (3.23)
26.......................................................   .128 (3.26)
29.......................................................   .130 (3.29)
32.......................................................   .131 (3.32)
35.......................................................   .132 (3.35)
38.......................................................   .133 (3.38)
41.......................................................   .134 (3.41)
44.......................................................   .135 (3.44)

SOLID BEARING PRELOAD SPACER
AND SHIMS

47.......................................................   .137 (3.47)
For RX-4 models, the following thickness shims are available
Identification Mark                             Thickness In. (mm)
52.......................................................   .139 (3.52)
55.......................................................   .140 (3.55)
58.......................................................   .141 (3.58)
61.......................................................   .142 (3.61)
64.......................................................   .143 (3.64)
67.......................................................   .145 (3.67)
70.......................................................   .146 (3.70)
73.......................................................   .147 (3.73)
Pinion Bearing Preload (W/ Solid Bearing Spacer) - 1) Position drive pinion and rear bearing assembly into carrier, then install bearing spacer and preload shims onto pinion. Install front pinion bearing and pinion flange (do not install oil seal at this time). Install pinion nut and tighten to 110 ft. lbs. (15 mkg) on 1200 models or 130 ft. lbs. (18 mkg) on R-100 models.
2) Using a torque wrench installed on pinion nut, measure turning torque of drive pinion through at least one full revolution. If preload is greater than specified (see Axle Assembly Specifications), a thicker shim or longer bearing spacer is required; if preload is less than specified, a thinner shim or shorter bearing spacer is required. Shims and spacer are available in the following thicknesses and lengths:
Identification Mark                               Thickness/Length In. (mm)

INSTALLING COLLAPSIBLE
BEARING SPACER

Shims
   4.....................................................   .013 (.34)
   6.....................................................   .014 (.36)
   8.....................................................   .015 (.38)
Spacer (1200 Model Only)
   10...................................................   1.658 (41.10)
   18...................................................   1.661 (41.18)
   26...................................................   1.664 (41.26)
   34...................................................   1.668 (41.34)
Spacer (R-100 Model Only)
   60...................................................   2.149 (54.60)
   68...................................................   2.152 (54.68)
   76...................................................   2.155 (54.76)
   84...................................................   2.159 (54.84)

INSTALLING PINION SHAFT
& LOCK PIN

3) After obtaining correct preload shim pack, remove pinion flange, install pinion oil seal, and reinstall pinion oil seal, and reinstall pinion flange. Tighten pinion nut to specification.
Pinion Bearing Preload (W/Collapsible Bearing Spacer) - 1) Position drive pinion in carrier and install bearing spacer. Place front pinion bearing in position on pinion gear, hold gear fully forward, and drive bearing over pinion until seated. Apply grease to lip of pinion by tapping with a soft hammer. Install pinion washer and nut. Before tightening nut (when pinion preload is zero), check oil seal drag using a torque wrench. Tighten pinion nut as follows:
Application                                       Ft. Lbs. (mkg)
808 (W/1300 cc)...................................   87 (12)

INSTALLING DIFFERENTIAL
ASSEMBLY

RX-4....................................................  101(14)
B1600, RE (Rotary Pick-Up)...................  145(20)
All Others..............................................   94(13)
2) With nut tightened, check preload using a torque wrench mounted on pinion nut. If preload is not as specified (see Axle Assembly Specifications), continue tightening nut and checking preload until specified preload is obtained. CAUTION - Preload builds quickly. Nut should be tightened a little at a time and preload checked after each slight amount of tightening.
Case Assembly - 1) On all models except RX-4, install a thrust washer on each differential side gear and install into case. Through openings in gear case, insert pinion gears exactly 180 degrees opposite each other. Rotate pinion gears 90 degrees so holes in gears line up with pinion shaft holes in gear case. Insert pinion shaft through case and pinion gears.

ADJUSTING BEARING PRELOAD
(CASE SPREAD)

2) On RX-4 models, install a thrust washer on each differential side gear and install into case halves. Position pinion gears on spider and install spider into differential case half. Align identification marks, mate case halves, and install and tighten retaining bolts.
3) On all models, check backlash between side gears and pinion gears. Backlash should be less than .004" (.1 mm); if not, install selective thrust washers to bring backlash within specifications. Washers are available in thicknesses of .063" (1.6 mm), .067" (1.7 mm), .071" (1.8 mm), .079" (2.0 mm), .083" (2.1 mm), and .087" (2.2 mm). NOTE - Always use some thickness thrust washer for both side gears.
4) If equipped with thrust block, remove pinion shaft, install thrust block, and reinstall pinion shaft. On all models except RX-4, drive lock pin into case to secure pinion shaft. Using a punch, shake lock pin into case to secure pinion shaft. Using a punch, stake lock pin hole to prevent pin from working loose. On all models, mount ring gear on case, then install and tighten ring gear attaching bolts. If removed, instal differential side bearings.
Backlash & Side Bearing Preload - 1) Place differential case assembly into carrier making sure timing marks on ring and pinion gears are aligned. Install bearing adjusters and bearing caps, then tighten bearing cap nuts or bolts finger tight. Turn adjusters with a suitable spanner wrench (49 0259 720) until bearing end play is eliminated and some backlash exists between ring gear and pinion. Slightly tighten one bearing cap nut or bolt on each side carrier.
2) Mount a dial indicator to carrier flange so button of indicator contacts of the ring gear teeth at a right angle then check backlash between ring and pinion gears. Using the spanner wrench, turn both bearing adjusters equally until backlash is as specified in Axle Assembly Specifications.
3) Differential bearing preload (case spread) is obtained by tightening both bearing adjusters equally.  Tighten adjusters until the distance between pilot section of side bearing caps in as specified in Axle Assembly Specifications. Tighten bearing cap nuts or bolts, then recheck backlash adjustement. Make a gear tooth pattern check to insure correct assembly, then install adjuster lock plates on bearing caps.

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1970 73 Capri All Models Wheel Alignment

1970-73 CAPRI SPECIFICATIONS AND ADJUSTMENTS

TIRE INFLATION (COLD)
Before attempting to check or adjust wheel alignment, ensure that tires are properly inflated. Refer to manufacturers specifications located on right hand sun visor.

CASTER
All Models - Caster is nonadjustable. If not within specifications, check front suspension for damage. Repair or replace parts as necessary.

CAMBER
All Models - Camber is non adjustable. If not within specifications, check front suspension for damage. Repair or replace parts as necessary

TOE-IN
All Models - Position wheels in straight ahead position and loosen tie rod end lock nut and clips securing bellows. To adjust toe-in, rotate tie rods until specifications are within limits. Tighten lock nuts and secure clips. Tie rods should be equal within 1/4".

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