Home › Washing Machine Won't Spin

Washing Machine Won't Spin: What to Check First

Laundry guide · Based on manufacturer documentation · Safe homeowner checks only

Why this happens

A spin is the most violent thing a washing machine does on purpose, so the control only allows it under two conditions it can verify: the water is gone, and the load is balanced closely enough to rotate at speed without tearing the machine apart. Draining comes first by design, because spinning a tub full of water would overload the motor, hammer the suspension and throw water where it must never go, so any drain failure locks the spin out completely and the clothes emerge wet for a reason that has nothing to do with spinning. Balance is the second gate, and modern machines police it actively. Sensors watch how the drum behaves as it begins to turn, and a load clumped to one side, a single bath mat, a pair of jeans balled among light synthetics, produces a wobble the control will not accept. The machine slows, tumbles back and forth to redistribute, sometimes adds water to float the load apart, and tries again, several times, before quietly ending the cycle with the load still wet rather than shaking itself across the floor. LG reports that surrender as a UE code and Samsung as Ub. Only when both gates pass does the drive hardware get its say: the lid or door lock must confirm shut, and the belt, coupling or direct drive motor must actually deliver the drum up to speed. A stretched belt slips under exactly the heavy load a spin applies, and a sheared coupling on an older direct drive machine delivers nothing at all, which is why those parts wait at the end of a list that begins with water and laundry.

Finding the cause

Start with the look inside the tub

Standing water settles the argument instantly: the machine is not failing to spin, it is refusing to, and the fault is draining. Stop here and work through our washing machine not draining guide instead, because every spin check below is wasted effort until the tub empties. A drained tub with wet clothes is the true spin fault, and the rest of this page is its territory.

Interrogate the load before the machine

Pull the clump apart and spread the items evenly around the drum. One heavy piece among light ones is the classic failed load, and a tub packed solid cannot spread its weight either, while a load of one or two items paradoxically cannot balance for the opposite reason. Take any single heavy item out to run on its own later, then select drain and spin. A machine that spins the redistributed load happily has confessed that the load, not the washer, failed the balance gate.

Run the few towels test for a clean reading

A handful of towels placed evenly is the easiest load in the world to balance, which makes it the perfect witness. If the machine spins those without complaint, its drive, lock and sensors all work, and the original problem is load composition or suspension wear showing only under real weight. If it fails even the towels, the fault is in the machine and the remaining checks apply with full force.

Listen for the lock at the start of a spin

The control will not spin at speed with the lid reported open, by design and by law of common sense. Close the lid or door firmly and listen for the lock engaging as a spin begins. Silence where a click belongs, on a machine with an empty drained tub, moves the switch or lock up the list. Never bypass or tape down a lid switch to test the theory: a spinning tub behind an open lid is genuinely dangerous, and the switch is a safety device, not an inconvenience.

Turn the drum by hand with the machine unplugged

A healthy drum rotates smoothly with even resistance all the way round. Grinding, catching at one point in the turn, or a drum that flops loosely in its suspension points at bearings or suspension rods and springs rather than drive parts. That distinction matters because suspension wear also explains the machine that spins small loads and fails full ones: the rods can still steady a light drum and can no longer steady a heavy one.

Check the belt only on machines that have one

On a belt drive top loader, unplug the machine and use whatever access the model allows, a tilt back or a removable front on many designs, to look at the belt. Cracked, glazed shiny, slack, or lying off its pulleys confirms the fault, and weak agitation plus a faint rubber smell on recent loads support the same verdict. Direct drive machines and most modern front loaders have no belt to find, their motors mount straight on the tub, and on those the coupling on older direct drive top loaders, or the motor and control path, is what remains.

Reading the results

Fixing it

1. Split the fault, ten seconds. Water present means the draining guide; a drained tub means continue here. Everything else on this page depends on that one look.
2. Redistribute and rerun, about five minutes. Spread the load evenly, remove any single heavy item for its own cycle, and select drain and spin.
3. Prove it with towels, one short cycle. Evenly placed towels are the control experiment: spinning them clears the machine, failing them convicts it.
4. Confirm the lock, about five minutes. Firm close, listen for the click at spin start, and note the result for the record if a service visit follows.
5. Hand turn the drum, two minutes unplugged. Smooth and even is healthy; grinding, catching or flopping is bearings or suspension, and that finding changes the repair conversation entirely.
6. Replace a failed belt where fitted, under an hour on accessible models. Unplug first, match the belt exactly, and route it as the old one ran. A coupling on an older direct drive machine is the equivalent swap on that design.
7. Run the empty spin as the final verdict. A machine that spins empty and dry but never loaded has a balance or suspension story; one that will not spin even empty, with belt and lock cleared, needs motor or control testing from a service.

Costs

All prices on this page are estimates based on typical US parts and service pricing. Your model, region and the actual failed part will move the real figure.

Repair or replace: belts and switches are among the cheapest washer repairs there are, and worth fitting at almost any age. The repair stops making sense when the fault proves to be the motor or the main control board on an older machine, where the bill approaches the value of the washer itself.

Mistakes that make it worse

• Checking drive parts on a tub full of water. The spin lockout is doing its job, and every belt inspection on a drain fault is time spent repairing the wrong system.
• Bypassing the lid switch to get a load through. The switch guards a tub that can injure at full speed, and a bypassed machine is a hazard to everyone in the house, not a workaround.
• Cramming the replacement load tighter after a balance failure. An overloaded tub cannot spread its weight no matter how the cycle is pleaded with; fewer items, mixed sizes, is the fix.
• Reading one failed spin as a dead machine. Balance surrenders are the control protecting the washer, and they clear with loading changes far more often than with parts.

The brand versions of this fault live in our LG UE guide and Samsung Ub guide.

Frequently Asked Questions