60ft/lbs
It is 175 ft lbs for the front wheel bearing of a grand cherokee
your local jeep dealer should know this just bring in your VIN and they can bring up your vehicles specs
They are the two long bolts covered by a rubber boot. They also act as a guide/slide pin so the assembly can move to clamp the rotor. Do these bolts connect to a larger assembly behind the rotor?
A 1998 Jeep Cherokee has disc brakes in the front.
Try spraying some WD-40 on it. PB Blaster works great also, Mike
The bell housing is the front part of the transmission where it bolts to the engine. The bell housing surrounds the torque converter and flywheel.
Front caliper mounting bracket bolts torque to 57ft-lbs Front caliper pin bolts torque to 27ft.lbs Rear Caliper mounting bracket bolts torque to 38ft-lbs Rear caliper pins torque to 15ft-lbs
It is 175 ft lbs for the front wheel bearing of a grand cherokee
Brake disc to hub 14 Newton metres Brake caliper carrier to hub 40 Nm Road wheels 90 Nm sorry no listing for caliper to caliper carrier best wishes
your local jeep dealer should know this just bring in your VIN and they can bring up your vehicles specs
Brake caliper bolts torque is 90ft-lbs. Wheel Lug Nut torque is 83ft-lbs. Brake caliper bolts torque is 90ft-lbs. Wheel Lug Nut torque is 83ft-lbs.
For a 1996 Jeep Cherokee, the torque specifications for the front axle differential cover bolts are typically around 25-30 ft-lbs. For the rear axle, the differential cover bolts generally fall within the same range. It's essential to consult the vehicle's service manual for the most accurate specifications, as they can vary based on specific axle types and configurations. Always use a torque wrench to ensure proper tightness and prevent damage.
I found it. It is 65 to 95 Foot Pounds of Torque for the bottom bolts.
Tighten Caliper bolts to 25 Ft. Lbs.
Using new bolts, torque the front hub/bearing assembly to 96 ft-lbs.....
Front caliper bolts 25 ft/lb Mounting bracket bolts 80ft/lb
No such thing as a DE-TORQUE pattern.Just remove the bolts from the heads from front to back.