When and why washing machine bearings fail

Washing machine bearings wear out over time because they support the drum as it spins — sometimes thousands of times per load. When bearings fail, you'll hear a loud grinding, squealing, or rumbling noise during the spin cycle, and the drum may wobble or feel loose. Water can also leak from the bottom of the machine if the seal around the bearing has broken.

Replacing bearings is a substantial repair that requires disassembling most of the machine. The job takes 4 to 8 hours depending on your machine's design and your comfort level with tools. You'll need a socket set, screwdrivers, a bearing puller (a specialized tool you can rent or buy), and possibly a new seal kit. The cost of parts runs $40 to $150, while a service call from a technician typically costs $200 to $400.

Before you start, check your machine's model number — it's usually on a sticker inside the door frame or on the back panel. Look up the specific bearing type and seal kit for your model, because different machines use different sizes and configurations. Some front-load washers have sealed bearing cartridges that are easier to replace than the individual bearings in top-load machines.

Key Takeaways

  • Bearing replacement requires removing the drum, which means taking apart the front or top of the machine and disconnecting the motor and suspension system.
  • You will need a bearing puller tool to remove the old bearing without damaging the shaft — this tool can be rented from most tool rental shops for $10 to $20 per day.
  • The job is physically demanding and requires working in tight spaces, so plan for 4 to 8 hours and have a clean, well-lit workspace with room to lay out parts.
  • Replacing the seal kit at the same time prevents water leaks and extends the life of the new bearings.
  • If you are uncomfortable working with electrical components or removing the drum, a technician repair is safer and may be worth the cost.

Disconnect power and water before starting

Unplug the washing machine from the electrical outlet. Do not rely on the power button — you need the machine completely de-energized because you'll be working near the motor and electrical connections.

Turn off the water supply valves behind the machine (one for hot water, one for cold). Open the door and pull out any remaining water with a bucket or towel. If your machine has a drain plug at the bottom front, place a shallow pan underneath and open it to catch any standing water.

Take a photo of the hose connections before you disconnect them, so you know which hose goes where when you reassemble. Label the hoses with tape if you have multiple connections.

Remove the drum and access the bearings

The steps differ between front-load and top-load machines. For a front-load washer: Remove the front panel by unbolting it from the frame (usually 4 to 6 bolts). Disconnect the door latch assembly. Remove the rubber gasket that seals the door opening — it typically pulls out of a groove. Unbolt the motor from its mounts. Disconnect the suspension springs or shock absorbers that hold the drum in place. Once these are loose, you can lift the drum out of the tub.

For a top-load washer: Remove the top panel by unbolting it or prying up the clips that hold it. Disconnect the lid switch. Remove the agitator (the center post) by unbolting it or pulling it straight up — check your manual because some models have a locking collar. Unbolt the motor and transmission assembly. Disconnect the suspension springs. The drum should then lift out of the tub.

Once the drum is out, you'll see the bearing assembly at the bottom or back of the drum. The bearing is typically pressed onto a shaft and held in place by a snap ring or bolt. Take a close-up photo before you remove anything, so you can see exactly how it was oriented.

Remove the old bearing with a bearing puller

A bearing puller is a three-legged tool that grips the inner edge of the bearing and pulls it straight off the shaft as you tighten the center bolt. Rent one from a tool rental shop if you don't own one — they cost $10 to $20 per day and are essential because hammering or prying the bearing off will damage the shaft and make installation impossible.

Position the bearing puller so its three legs hook under the bearing's inner race (the part closest to the shaft). Tighten the center bolt slowly and evenly. The bearing will resist at first, then suddenly slide off. Do not force it or use a hammer — if it's not moving smoothly, stop and check that the puller is seated correctly.

Once the bearing is off, inspect the shaft for damage, rust, or scoring. If the shaft is damaged, the new bearing will fail quickly. A light surface rust can be cleaned with fine sandpaper, but deep gouges or pitting mean the shaft needs to be replaced — this is a job for a technician.

Install the new bearing and seal kit

Clean the shaft thoroughly with a dry cloth. Slide the new bearing onto the shaft by hand as far as it will go. You may need to tap it gently with a rubber mallet to seat it fully, but it should move smoothly without excessive force. If it binds, stop and check that the bearing size matches your model — an undersized bearing will not fit.

Once the bearing is seated, install the snap ring (a C-shaped clip) or bolt that locks it in place. Consult your manual for the correct orientation and torque specification if a bolt is used.

Replace the seal kit at the same time. The seal sits between the bearing and the tub and prevents water from reaching the bearing. Remove the old seal by prying it out carefully, then press the new seal into place. Some seals are glued; others are friction-fit. Your manual will specify which type your machine uses.

Reassemble the drum and reconnect components

Lower the drum back into the tub, aligning it carefully so it sits centered. Reconnect the suspension springs or shock absorbers — they should be symmetrical on both sides. Bolt the motor back into place and reconnect its electrical harness.

For front-load machines: Reinstall the rubber gasket by pressing it back into its groove, starting at the top and working around. Reconnect the door latch. Bolt the front panel back on.

For top-load machines: Reconnect the transmission and motor assembly. Reinstall the agitator and tighten its bolt. Reconnect the lid switch. Bolt the top panel back on.

Reconnect the water inlet hoses to the correct ports (hot and cold), using the photos you took earlier. Reconnect the drain hose. Plug the machine back in and turn the water supply valves on.

Test the repair and listen for problems

Run a short test cycle with no clothes inside. Listen carefully during the spin cycle for grinding, squealing, or rumbling noises. The drum should spin smoothly and quietly. If you hear noise, stop the cycle when ready and check that the bearing is seated correctly and the drum is centered.

Check underneath the machine for water leaks. A small amount of moisture is normal during the first cycle as the new seal settles, but active dripping means the seal is not seated properly or the bearing is damaged.

Run a full wash cycle with a small load of towels to confirm everything works. If the machine operates normally through a complete cycle, the repair is complete. If problems persist, turn off the machine and consult your manual or contact a technician — forcing the machine to run with a faulty bearing will cause additional damage.

Frequently Asked Questions

Can I replace just the seal without replacing the bearings?

If the bearing itself is not damaged but the seal has failed and water has entered, you can replace the seal alone. However, if water has been leaking for a while, the bearing may already be corroded internally. Replacing both at the same time costs only slightly more in parts and labor, and prevents a second repair in a few months.

What if I can't get the old bearing off with a puller?

Stop and do not force it. The bearing may be seized due to rust or corrosion. Spray penetrating oil around the bearing's edge and let it soak for 30 minutes, then try again. If it still won't budge, the shaft may be damaged or the bearing size may be wrong for your model — verify the part number and consider having a technician remove it.

How long do new bearings last after replacement?

A properly installed bearing with a new seal should last 10 to 15 years under normal use. Lifespan depends on water hardness, load size, and how often you run the machine. Hard water deposits can shorten bearing life, so using a water softener or descaling the machine periodically helps.

Do I need special tools besides the bearing puller?

A socket set, screwdrivers (Phillips and flathead), a rubber mallet, and a flashlight are the main tools. Some machines require a specific wrench or socket for the agitator bolt or motor bolts — check your manual. A bearing installation tool (a sleeve that slides over the shaft to press the bearing on evenly) is helpful but not essential if you tap gently with a mallet.

What if water is leaking but I don't hear bearing noise?

A failed seal can leak without the bearing making noise yet. The bearing may still be intact but exposed to water, which will cause it to fail within weeks or months. Replacing the seal and bearing together now prevents an emergency breakdown later.