Washer shaking and walking in spin

Miele Washer Vibrations During Spinning

Direct answer: Most hard spin vibration comes from an uneven load, a washer that is not sitting solid on the floor, or support hardware that is not controlling the tub correctly. Start with load size, leveling, and floor contact before you assume an internal failure.

Most likely: The most likely causes are a single heavy item throwing the load off, washer leveling feet that are not locked down evenly, or a weak washer shock absorber or washer suspension spring if the tub keeps bouncing even with a small balanced load.

When a washer vibrates in spin, the pattern matters. A quick thump that settles is different from a tub that keeps slamming the cabinet, and both are different from the whole machine rocking on the floor. Reality check: even a good front-load washer can shake if one bath mat or one wet blanket is the whole load. Common wrong move: stuffing towels around the feet or shimming one corner with cardboard instead of fixing the actual level and floor contact.

Don’t start with: Do not start by buying a motor, bearing, or control board. Those are not the usual reason a washer only shakes during spin.

If the whole cabinet rocksCheck all four washer leveling feet and the floor first.
If the inner tub keeps bouncingSuspect washer shock absorbers or washer suspension springs after a balanced test load.
Last reviewed: 2026-04-17

What the vibration feels like tells you where to start

Whole washer rocks or walks

The cabinet moves, feet lift, or the machine creeps forward during high spin.

Start here: Start with leveling feet, floor contact, and load balance.

Tub bangs inside the cabinet

You hear repeated thuds from inside and the drum seems to rebound too far.

Start here: Start with a small balanced test load, then check washer shock absorbers and washer suspension springs.

Only happens with bulky items

Normal mixed loads are mostly fine, but rugs, blankets, or one heavy item make it go wild.

Start here: Start with load size and item distribution before checking parts.

New install or recently moved washer

The vibration started right after delivery, flooring work, or moving the machine.

Start here: Start with shipping hardware, foot adjustment, and whether the washer is sitting flat.

Most likely causes

1. Uneven or overloaded wash load

A single heavy item or a tightly packed load can throw the drum off balance right as spin speed climbs.

Quick check: Run a rinse and spin with 4 to 6 medium towels spread loosely. If it behaves much better, the original load was the problem.

2. Washer leveling feet not set firmly

If one foot is light or the locknut is loose, the cabinet rocks and the vibration gets amplified.

Quick check: With the washer empty, press down on each front corner. Any corner that clicks, shifts, or lifts points to a leveling issue.

3. Floor flex or weak support under the washer

A washer can be perfectly fine but still shake hard if the floor bounces or the machine sits partly on a soft spot.

Quick check: Watch the floor and machine together during spin. If the whole area moves, not just the tub, the support surface is part of the problem.

4. Worn washer shock absorbers or stretched washer suspension springs

When these supports weaken, the tub keeps bouncing instead of settling, especially during the jump into high spin.

Quick check: With power off, push the inner drum down by hand through the door opening. Excessive bounce or a loose, springy rebound suggests worn support parts.

Step-by-step fix

Step 1: Run one controlled test load before touching anything

You need to separate a bad load from a bad washer. A lot of spin complaints are really load-balance problems.

  1. Empty the washer if it is still full of laundry.
  2. Run a rinse and spin cycle with 4 to 6 medium bath towels, loosely loaded and spread around the drum.
  3. Do not use one blanket, one rug, or one heavy item for this test.
  4. Watch whether the machine gives one brief correction and settles, or keeps hammering and shaking through spin.

Next move: If the washer spins normally with the towel load, the machine is probably fine and the original load was uneven, too small, or too bulky for a stable spin. If the washer still shakes hard with a balanced towel load, move on to setup and support checks.

What to conclude: A repeatable vibration with a known-good test load points away from user loading and toward leveling, floor support, or internal suspension wear.

Stop if:
  • The washer is striking nearby cabinets, plumbing, or the dryer.
  • You smell burning rubber or hot electrical odor.
  • Water is leaking while the machine is shaking.

Step 2: Make sure the washer sits dead solid on all four feet

A washer that is even slightly twisted on the floor will act much worse in spin than it does in wash.

  1. Unplug the washer.
  2. Pull it forward enough to see the feet and floor contact clearly.
  3. Use a bubble level across the top front edge, then side to side.
  4. Adjust the washer leveling feet until the cabinet is level and does not rock when you press on opposite corners.
  5. Tighten the foot locknuts so the setting cannot walk loose again.
  6. Check that the floor under each foot is clean, hard, and not sitting on debris, a curled mat, or a damaged tray.

Next move: If the cabinet no longer rocks by hand and the next spin is much smoother, the main problem was setup, not a failed internal part. If the washer is level and planted but still shakes hard, check for install mistakes and floor movement next.

What to conclude: A solid cabinet rules out the easiest cause and makes the next checks more reliable.

Step 3: Check for recent-install issues and obvious floor movement

A washer that started vibrating right after delivery or moving often has a setup problem, not a worn-out suspension.

  1. Think back to when the vibration started. New install and recent move complaints deserve extra suspicion here.
  2. Look behind the washer for any leftover shipping hardware, spacers, or transport pieces that should not still be installed.
  3. Run a spin test while watching whether the cabinet alone shakes or the floor under it also flexes.
  4. If the washer is on a pedestal or tray, make sure it is secure and not wobbling independently of the washer.
  5. If the floor is flexible, try repositioning the washer slightly so each foot lands on the firmest area available.

Next move: If removing an install issue or improving the footing calms the spin, you found the cause without opening the machine. If the floor is solid and setup looks right, the remaining likely cause is worn washer suspension support.

Step 4: Check whether the tub is over-bouncing instead of self-centering

Once load and setup are ruled out, the next most useful clue is how the tub behaves by hand. A healthy support system resists and settles; a worn one keeps springing around.

  1. Unplug the washer.
  2. Open the door and press the inner drum downward firmly, then release it.
  3. Notice whether it returns once and settles, or bounces several times and feels loose.
  4. Look through the lower access area if visible for any broken plastic, oil marks near a damper, or a spring that looks out of place.
  5. Compare left and right feel as much as you can. A tub that leans or rebounds unevenly often points to one weak support component.

Next move: If you find obvious over-bounce, a loose-leaning tub, or visible damage, you have a supported reason to replace washer shock absorbers and inspect washer suspension springs. If the tub feels controlled by hand but the washer still roars and shakes violently, deeper bearing or structural issues are possible and this is where DIY value drops fast.

Step 5: Replace the confirmed support parts or stop before a bigger failure

At this point, the safe common causes are covered. Either you have a clear support-part failure, or the problem is moving into pro-level teardown territory.

  1. If the tub clearly over-bounces or a damper is visibly failed, replace the washer shock absorbers as a set, not one at a time.
  2. If a washer suspension spring is stretched, detached, or damaged, replace the affected spring set and recheck tub centering.
  3. After repair, run the same towel spin test again before returning to bulky loads.
  4. If the washer is level, the floor is solid, and the tub does not show obvious suspension failure, stop here and schedule service for bearing, tub support, or structural diagnosis.

A good result: If the towel test now spins smoothly with only normal startup wobble, the repair is holding and you can return the washer to service.

If not: If fresh support parts do not change the behavior, the problem is likely deeper than a normal homeowner parts swap.

What to conclude: A washer that still shakes after confirmed setup and suspension work usually has a more serious internal support issue that is not a smart guess-and-buy repair.

Replacement Parts

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FAQ

Why does my washer only vibrate during spin and not during wash?

Spin is when the drum reaches the highest speed, so any load imbalance, weak floor contact, or worn suspension shows up much more clearly. A washer can look normal in wash and still shake badly once it tries to ramp into high spin.

Can one heavy item really make a good washer shake that much?

Yes. One wet blanket, rug, or similar heavy item can hold water unevenly and throw the drum off balance. That is why a controlled towel test is the fastest first check.

Should I replace just one washer shock absorber?

No. If a shock absorber is the confirmed problem, replace the washer shock absorbers as a set. Mixing old and new support parts usually leaves the tub reacting unevenly.

Will anti-vibration pads fix this?

Pads can help with minor floor buzz, but they do not fix a bad load, a loose leveling foot, or worn washer suspension parts. Use them only after the washer is level and the real cause is under control.

How do I know this is not a bad bearing?

Bearing trouble usually brings grinding, rumbling, or noticeable drum play, not just bounce. If the drum feels loose side to side, sounds rough when turned, or the vibration stays severe after setup and suspension checks, stop and get a deeper diagnosis.