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Remove the wheel, remove the brake caliper, remove the caliper bracket and rotor. Remove the nut from the axle. Remove the two bolts and nuts from the strut. Pull the spindle out and push the axle in. You might have to use a hammer and punch to get the axle to go in. Don't hit the axle with the hammer, you could mess up the threads. You only need the axle back far enough to get a socket on the bearing bolts. Then remove the three bolts that hold the bearing. unplug the sensor. You might have to beat the bearing out. If you have access to air tools/impact guns, get them. Makes the job much easier. If not, have breaker bars and cheater bars handy.
This is not a bolt on hub but rather a press on hub, the wheel bearing will need replacing also, remove wheel, remove the caliper and hang off to side, next remove the brake rotor, next is to remove the axle nut. a matter of fact you without power tools should do this first,before even removing the wheel use a big rachet and pipe for leverage, remove the axle nut first. with axle nut removed,brake caliper hanging off to side and rotor off. next you will discconnect tierod from spindle and remove nut from lower ball joint, sperate balljoint from spindle. next remove bolts from strut to spindle. note if you have abs make sure to dissconnect wire before trying to remove spindle, with strut bolts out remove spindle. at this point i wouls say a press is needed, take to your local shop and ask them to replace the hub. heres a picture of the hub asm. hope this helps you. good day.
If its to wheel drive than it will have a inner and outer bearing.
1. Remove the caliper
2. Remove the dust cap from the center of he rotor
3. Remove the cotter pin from the spindle
4. Remove the castellated nut
5. Remove the nut and washwer
6. Remove the outer bearing
7. Remove the rotor from the spindle
8. Remove the grease seal from the back of the rotor
9. Remove the inner bearing
Clean the grease out of the rotor. Use a punch to remove the inner and outer races from the hub. Install the new races into the rotor with a seal/race driver. Pack the new bearings. Install inner bearing into rotor. Install new grease seal. Wipe old grease off of the spindle and apply a thin coat of new great.
Install rotor ono spindle. Install outer bearing, washer, and nut. Tighten nut snug then back off nut a half of turn and then tighten agin just barely snug.
Install castellated nut and cotter pin.
Reinstall dust cap
Reinstall caliper and your done.
Let me know if you have any questions and I'll do my best to answer them. Thank you for using FixYa.com!
Remove the wheel then remove the brake caliper and rotor, remove nut from lower balljoint split balljoint and control apart,remove the cv nut from axle then pull spindle back and slide cv shaft out of spindle,next on the rear of the spindle remove the bolts that hold bearing to spindle then use a hammer to tap bearing out of spindle here a picture to help you locate the bolts on the spindle and to see what it looks like,
The rotor is tight up, by 5 lug nuts. Tight up to 75 ft/lbs each lug nut in right sequence. I hope this will help, but you must have a bad knuckle bearing too. This can be repaired by changing the spindle only, but you have to remove the knuckle from, front suspension, and separate it from the strut.
You'll need to remove the caliper and rotor, remove the axleshaft nut, disconnect the ABS sensor wire. Remove the nut holding on the tierod, and disconnect the tierod end, a Pickle Fork will help remove the tierod end and seperating the ball joints. Remove the upper and lower balljoint cotter pins and nuts, seperate the upper and lower balljoints and remove the spindle. The hub is bolted to the spindle from the back with 3 bolts. You maybe need to have the hub pressed out.
YOU HAVE TO SAFELY RAISE SUPPORT VAN ON JACK STANDS.REMOVE BRAKE CALIPER AND BRAKE PADS DONT DISCONNECT BRAKE LINE.THEN MOVE DUST CAP OR GREASE CAP.REMOVE COTTER PIN SPINDLE NUT AND WASHER.THEN THE ROTOR NUT.YOU NEED A HAYNES OR CHILTON MANUAL.BECAUSE YOU HAVE TO ADJUST WHEEL BEARING WHEN YOU REPLACE ROTORS.
Remove the caliper from the spindle and rotor, but do not
disconnect the brake hose. Suspend the caliper inside the fender
housing with a length of wire. Do not let the caliper hang by the brake
hose.
Remove the grease cap from the hub and remove the cotter pin, nut retainer and adjusting nut.
Grasp the hub/rotor assembly and pull it out far enough to loosen
the washer and outer wheel bearing. Push the hub/rotor assembly back
onto the spindle and remove the washer and outer wheel bearing.
Remove the hub/rotor assembly from the spindle.
Inspect the rotor for scoring and wear. Replace or machine as
necessary. If machining, observe the minimum thickness specification.
If the rotor is being replaced, remove the protective coating
from the new rotor with brake cleaner. Pack a new set of bearings with
high-temperature wheel bearing grease and install the inner roller
bearing in the inner cup. Pack grease lightly between the lips of a new
seal and install the seal, using a seal installer.
If the original rotor is being installed, make sure the grease in
the hub is clean and adequate, the inner bearing and grease seal are
lubricated and in good condition, and the rotor braking surfaces are
clean.
Install the hub/rotor assembly on the spindle. Keep the assembly
centered on the spindle to prevent damage to the grease seal or spindle
threads.
Install the outer wheel bearing, washer and adjusting nut.
Adjust the wheel bearings according to the procedure in
, then install the nut retainer, cotter pin and grease cap.
Go to a parts store and get a book on this car. $13 You will need a few tools but this is easy to do. You have to remove the caliper to get the rotor off. Good luck. Look on Youtube to see how this is done.
Remove the wheel lugnuts and the wheel and tire assembly.
Remove the retainer washers from the lugnut studs. Remove the automatic
locking hub assembly from the spindle.
Remove the snap ring from the end of the spindle shaft.
Remove the axle shaft spacer
Being careful not to damage the plastic moving cam or thrust spacers, pull
cam assembly off the wheel bearing adjusting nut and remove the two plastic
thrust spacers from the adjusting nut. CAUTION: Do not pry on the plastic
cam or thrust spacers during removal. Prying may damage the cam or spacers.
Using a magnet, remove the locking key. NOTE: If required, rotate the
adjusting nut slightly to relieve pressure against the locking key, before the
key can be removed. CAUTION: To prevent damage to the spindle threads,
look into the spindle keyway under the adjusting nut and remove the separate
locking key before removing the adjusting nut.
Loosen the wheel bearing adjusting nut from the spindle using a 2-3/8 inch
Hex Locknut Wrench T70T-4252-B or equivalent.
While rotating the hub and rotor assembly, tighten the wheel bearing
adjusting nut to 47 Nm (35 ft lb) to seat the bearings. Spin the rotor
and back off the nut one-quarter turn (90 degrees).
Retighten the adjusting nut to 1.8 Nm (16 in lb) using a torque
wrench.
Align the closest lug in the wheel bearing adjusting nut with the center of
the spindle keyway slot. Advance the nut to the next lug if required. Install
the separate locking key in the spindle keyway under the adjusting nut.
WARNING: Extreme care must be taken when aligning the spindle nut adjustment
lug with the center of the spindle keyway slot to prevent damage to the separate
locking key. The wheel and tire assembly may come off while the vehicle is in
motion if the key is damaged.
Install the two thrust spacers and push or press the cam assembly onto the
locknut by lining up the key in the fixed cam with the spindle keyway.
CAUTION: Extreme care must be taken when aligning the fixed cam key with
the spindle keyway to prevent damage to the fixed cam.
Install the axle shaft spacer.
Clip the snap ring onto the end of the spindle shaft.
Install the automatic locking hub assembly over the spindle by lining up the
three hub assembly legs with three pockets in cam assembly. Install the retainer
washers.
Install the wheel and tire assembly. Install and tighten lugnuts to 135
Nm (100 ft lb).
Make sure the final end play of the wheel on the spindle is 0.00-0.08 mm
(0.000-0.003 inch). the maximum torque to rotate the hub is 2.8 Nm (25 in
lb).
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