What tools are needed to replace a rear wheel bearing?

What tools are needed to replace a rear wheel bearing?

What tools do I need to replace a wheel bearing? Needle-nose pliers, a ratchet wrench with various sized sockets, flat-head screwdriver, jack and a star wrench for loosening nuts on the wheel.

How much does it cost to replace a rear wheel bearing?

The cost of a complete rear wheel bearing replacement will be somewhere in area of $240 to $460. Parts will on average be between $100 and $180. The labor costs will be around $140 to $280.

Should I change both wheel bearings if one is bad?

Based on this line of thinking, it would make sense to recommend replacing both wheel bearing hubs at the same time even though only one has obviously failed. As long as the other wheel bearing is not making noise and play is still within specifications, it should remain in service.

Where are the wheel bearings on a Toyota Highlander?

The rear wheel bearing on this is a bolt on hub assembly, not a press fit bearing like the front. This makes the rear bearings easier to replace. Loading…

Can you change the rear wheel bearings on a Toyota?

Replacing the rear wheel bearings on a car is a great place to start for at-home mechanics, as you don’t need to fully lift the car or work with any really complicated parts. This video will teach you everything you need to know to change out the rear wheel bearings on any Toyota car.

How are wheel bearings removed from Audi Q5?

The large axle nut is removed, the axle is pushed back through the center of the unitized hub assembly, and three (or more) bolts holding the hub assembly to the steering knuckle are removed. The hub assembly is then removed from the knuckle.

How does a wheel bearing work in a car?

A wheel bearing is part of the front and rear wheel hubs. In the front, the hub connects the wheel to the suspension’s steering knuckle. The wheel connects to the hub, and the hub spins smoothly inside the wheel bearing. This allows the weight of the vehicle to rest on the hub as it spins while maintaining as little surface contact as possible.