This guide covers an issue with the washing machine not spinning. This problem is different from a washing machine not draining. For draining issues, please read our blog post on easy DIY tips. The machine may fill and agitate, but then fail to spin and remove water from clothes. Follow these steps to find and fix common issues.

What you need to fix washing machine not spinning issue

• Tools: screwdriver, multimeter, socket set, pliers, work light, and towels.
• Safety: Cut power to the machine before you work. Unplug the cord or turn off the circuit breaker. Some parts, like capacitors, can hold a charge even after the washer has been disconnected for days; do not touch them.
• Wear gloves to protect from sharp metal edges. Move the machine carefully and follow the manual instructions for panel removal.

Regular maintenance

• Clean the lint and pump filter monthly.
• Check hoses for cracks and tighten clamps.
• Run a cleaning cycle with vinegar or a washer cleaner every six months, per many manufacturers’ recommendations.
• Follow the manufacturer’s care steps for high‑efficiency models, use only he detergent to avoid damaging the water level sensor and getting the SUD error code. Regular care lowers the chance of the washing machine not spinning.

Common causes and checks

This is a wide explanation of why the washing machine not spinning and how to fix it. This post will not explain how to fix the exact model or type of any washer brand, but it’s a general explanation of what you are getting into, if you want to fix your washing machine not spinning issue. Sometimes it might look difficult to repair a simple lid switch, but by reading some useful information and watching a few videos online, you can save yourself a couple of hundred dollars on a simple repair with $15 parts. Good luck!!

Lid switch or door latch

• Why it matters: The machine will not spin unless the lid or door latch locks.
• What to do: Inspect the latch and strike for bends or breakage. For top‑load machines, open the top panel to reach the lid switch. For front‑load models, move the door seal aside to access the latch.
• Test: Use a multimeter to check the switch for continuity with the lid closed. Replace the switch or latch if it does not show continuity.

Belt, coupler, or drive failure

• Why it matters: Belts and couplers link the motor to the tub. If they slip, break, or wear, the tub will not spin.
• What to do: Unplug and remove the rear or bottom panel. Check belt tension and condition. Replace cracked or loose belts. Inspect couplers for damage and replace worn couplers (common on many top‑load models).

Clutch, splutch, or shift actuator (many top‑load models)

• Why it matters: These parts move the machine from agitate to spin. If they fail, the washing machine may not shift into spin.
• What to do: Check the actuator and splutch for binding or damage. Test actuator resistance with a multimeter, where the manual gives values. Replace failed actuators, splutches, or clutches.

Drain pump or clogged drain (machine must drain to spin)

• Why it matters: The washer must drain before the spin cycle. A bad pump or clogged hose stops the washer from draining. The washer senses the tub is full of water and will not spin the drum due to safety.
• What to do: Manually drain water and run a spin test. Check and clean the pump inlet, filter, and drain hose. Replace a noisy or weak pump.

Water level system and air tube

• Why it matters: The water level switch senses water via an air tube. Blockage or a bad switch can make the machine think it is full and stop spinning.
• What to do: Inspect and clear the air tube from the tub to the switch. Listen for the switch clicking during fill. If the switch or sensor is bad, replace it. Older style water level switches used a diaphragm and reset easily when you blow air into them. However, the newer style water level switches have an electronic sensor and will get damaged if you blow air into them.

Capacitor failure

• Why it matters: The motor run capacitor helps the motor start and run. A bad capacitor can let the motor hum but not spin.

What to do: Discharge the capacitor safely, then test with a capacitance meter. Replace the capacitor if it is out of spec. A capacitor can be checked in two ways. First, check the continuity. If it has continuity, then it’s bad and needs replacement. The second way is the best way to check the capacitor, which is in microfarads (𝑢𝐹).

Tub suspension or shock absorbers

• Why it matters: Worn suspension rods (top‑load) or shock absorbers (front‑load) let the tub bounce and stop spinning for safety.
• What to do: Press down on the tub or drum; excessive bounce means shocks or rods are bad. Replace worn components in sets. Top loads come with the set of 4; if one goes bad, replace all of them. Front-loads the same; some washers use three shock absorbers, while other models use four. All of them must be replaced for optimal balance.

Drum bearing or tub seal

• Why it matters: Worn bearings make noise and block smooth spinning. Replacing the rear tub bearing is a major repair.
• What to do: If you hear grinding or feel rough rotation, plan a full tub disassembly to replace bearings and the tub seal. Common signs are a loud noise during the spin cycle. This is a complex job, and not every tech can even fix it. Call a washing machine repair technician in your area and ask them if they can repair the rear tub bearing before setting a repair appointment with them.

Spider arm failure (front‑load)

• Why it matters: The spider holds the drum to the drive shaft and can corrode. A failed spider causes a wobble and a loud noise.
• What to do: Inspect the drum support for movement and replace the spider and bolts if corroded. Replace bearings and seals at the same time. This is as complex a repair as replacing the rear tub, and it has to be carried out by a professional washer repair technician.

Motor failure

• Why it matters: A motor may run in one direction (agitate) but not in the other (spin). If it hums but won’t turn on, the motor can be bad.
• What to do: Test motor windings with a multimeter for continuity and correct resistance. Replace the motor if readings are out of range. Newer style motors have a tachometer and motor speed sensors, and it is very hard to check with a multimeter for the untrained person. The most obvious sign is when the motor is hot, it will hum and won’t spin or agitate.

Motor control board or inverter.

• Why it matters: The motor control board or inverter controls motor speed and direction. Faults can stop the spin while other cycles work.
• What to do: Inspect the board for burn marks and test outputs if you can. Replace the motor control board or inverter if it fails tests. Inverter boards come in the newer type of washers. All newer types of washers have a test mode, which can be forced to manually check each part separately. Some washers have a self-diagnosis mode, and will display the error code for a faulty inverter motor.

Main control board

• Why it matters: The main board runs cycle logic. If it fails, the washing machine may not move to spin mode.
• What to do: Confirm other parts first. Check for error codes and wiring connections. Replace the main control board only after other checks. You can run a manual mode, meaning you can start with cold and hot water fill, agitation, spin, drain, etc. If your washer goes through all the manual test modes, it means the control main has failed in your washer and cannot advance the cycle on its own. Replace the control only after you are confident it has failed. Over 80 percent of installed control boards by technicians and homeowners are ok and have not failed.

Basic diagnostic flow

1. Confirm the washer fills and agitates but does not spin.
2. Check for error codes and consult the manual.
3. Test the lid/door switch for continuity.
4. Drain water and test spin. If it spins when drained, inspect the pump and hose.
5. Inspect belts, motor couplers, and drive parts.
6. Test the motor, relay, capacitor, and control board if the mechanical parts pass.

When to call a technician

• The Rear bearing and spider-like components are complex parts, such as the motor, inverter, or major tub disassembly, which are best done by a technician.
• Call a pro if you lack tools, if the motor is hot and silent, or if you find damaged refrigerant-style components (not typical) or heavy corrosion.

Parts and cost notes

• Lid switch: inexpensive, simple to replace.
• Belt or coupler: low cost, easy replacement.
• Pump: moderate cost, moderate skill.
• Motor: higher cost, moderate to high skill.
• Bearings, spider, and full tub work: higher cost and difficult labor.

Final steps

• After any repair, reassemble panels, restore power, and run a test cycle with no laundry in the basket.
• Listen for normal spin-up and check for leaks or vibration.
• Keep a record of parts replaced and tests done.

Washing Machine Not Spinning? Hill Country Repairs in Austin

If your washing machine not spinning in Austin, Hill Country Repairs can help with fast fixes for homes in downtown, Lakeway, and Round Rock. We check common problems like bad lid switches or broken belts in top-load and front-load models. Our team uses simple tools to get your washer running again so clothes spin dry. Call Hill Country Repairs for washing machine not spinning service in Austin and keep your laundry on track.

Washing Machine Not Spinning FAQ