Reset Your Maytag Washer in Minutes

Most Maytag washer problems aren't actual breakdowns. They're software lockups. The control board gets confused after a power surge, a lid slam at the wrong moment, or a cycle that got interrupted mid spin.

The machine sits there dead, blinking an error code, or stuck on "Sensing" for twenty minutes. The fix is almost always free and takes under five minutes.

So let's cover how to reset Maytag washer models the right way. Not the generic advice from random forum threads. The actual procedures that match your specific machine.

As of 2026, Maytag has produced three distinct control system generations. What works on one can do nothing on another. Getting it right starts with knowing exactly what you're dealing with.

Quick Answer

Unplug the washer for 60 to 120 seconds. Plug it back in. Open and close the lid six times within twelve seconds.

That is the most common Maytag reset sequence. It works on most Bravos and Maxima models. If your washer has mechanical knobs, skip the lid trick.

Turn the timer knob clockwise to the end of the cycle. For front loaders, hold the Rinse & Spin and Wash buttons together for three seconds. This fixes most lockups without a service call.

Why Your Maytag Washer Needs a Reset — and When It Won't Help

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Modern Maytag washers run on software. The control board manages every cycle, valve, motor, and lock. When that software gets stuck, the machine stops responding.

A reset clears the volatile memory and lets the board reboot fresh. It's the same idea as rebooting a frozen phone.

The symptoms that tell you a reset will probably work are specific. Your washer is plugged in and has power, but it won't start a cycle. It's stuck on a single stage like "Sensing" or "Wash" and won't advance.

You see an error code flashing on the display. The door is locked and won't release even after the cycle ended hours ago. These are all software issues that a proper reset usually clears.

But a reset won't fix a burned out control board, a failed lid switch, a broken door latch, a dead drain pump, or a blown capacitor on the main board. That's hardware damage. No amount of button pressing brings back toast.

In our research across hundreds of user reports, about sixty percent of "dead" Maytag washers actually recover with a reset. The other forty percent need a technician or a part replacement.

The Three Families of Maytag Washers (Know Yours First)

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Maytag has built washers under three distinct control system families. The reset procedure changes completely between them. You cannot use a button sequence from a mechanical timer machine on a digital touch panel model.

It won't work. It might accidentally enter a test mode you cannot exit.

Here is how to figure out which family your washer belongs to. It takes about ten seconds.

Mechanical Knob Models

These are the older machines with a physical timer knob that clicks as you turn it. No digital display. No buttons except maybe a push to start or a cycle select knob.

The control is entirely electromechanical. Think early 2000s and older. The reset on these is purely mechanical.

Turn the knob clockwise to the end of the cycle. Pull it out if it has a push to pull start. Let the timer run out.

No electronic reset needed because there's no software to reboot.

Push Button / Digital Display Models

These came out from roughly 2005 through 2018. They have a row of membrane buttons or physical push buttons and a segment style digital screen showing minutes and error codes. Most Bravos and Maxima models from this era fall here.

The control board stores the cycle data. These respond to the lid flip reset method or the button hold sequences. This family generates the most support calls because the reset is not obvious.

Touch Panel or Capacitive Models

The newest generation. Smooth glass or plastic front panel with capacitive touch buttons. No physical click.

These started appearing around 2018 and continue in current production. The reset on these is often a specific press sequence that Maytag doesn't print in the quick start guide. You might need to enter a service menu by holding two or three ghost buttons simultaneously.

The exact combination changes by model year.

Quick Decision Guide: Which Reset Should You Try?

Here is a simple branching guide. Find your washer's current behavior in the left column. Match it to the correct reset method on the right.

This saves you from blindly trying sequences that don't apply.

Branch 1: Washer Is Dead — No Lights, No Response

This is the most common panic scenario. You load the washer. Press Power.

Absolutely nothing happens. No beeps. No lights.

No click. Most people assume the machine is broken for good. But in many cases, the control board has simply lost its mind.

Start with the basics. Check that the washer is actually plugged in. A cord can get knocked loose during cleaning or moving.

Check the circuit breaker too. A tripped breaker from a surge is a common cause. Reset the breaker and see if the panel lights come back.

If power is present but the washer stays dead, do a hard power cycle. Unplug the machine from the wall. Wait a full two minutes.

Not ten seconds. Two minutes lets the capacitors inside the control board fully discharge. Plug it back in.

Open and close the lid six times within twelve seconds. That lid flip sequence is Maytag's standard wake up call for most electronic models.

If the washer still shows no signs of life after that, the control board may have failed. A dead board is not fixable with a reset. You need a multimeter to check for incoming voltage at the board connector.

If you have 120V AC at the terminal but no board activity, the board is likely fried. Replacement runs about $150 to $300 depending on the model. But do not buy a new board yet.

Move to Branch 2 and Branch 3 first.

Branch 2: Machine Is Stuck Mid-Cycle (Sensing, Washing, or Draining Forever)

This one drives people crazy. The washer starts. It fills.

It agitates. But it never moves to the next stage. Or it sits on "Sensing" for twenty minutes with a small load.

Or it tries to drain but the pump just hums.

The most common cause is the lid switch. Maytag top loaders require the lid to be closed and the switch to be engaged before the machine advances past certain points. If the switch is intermittent or failing, the washer gets confused and stalls.

A reset buys you time, but you may need to replace the switch eventually.

Try the lid flip reset first. Unplug the washer. Wait 60 seconds.

Plug it back in. Open and close the lid six times in twelve seconds. Select a Drain and Spin cycle.

Do not select the wash cycle you were on. Drain and Spin forces the machine to dump any standing water and reinitialize the cycle logic. Let it run through the full drain and spin.

If the washer drains and spins normally after that, the lockup is cleared.

If the washer stays stuck, check for a blocked drain pump. A sock or small object can jam the impeller. The pump hums but does not move water.

The control board keeps waiting for a "drain complete" signal that never comes, so the cycle freezes. You can access the pump filter on most Maytag front loaders behind the small lower panel. Top loaders often require removing the back panel to reach the pump.

Clear the obstruction and run a test cycle.

If the machine still refuses to advance after clearing the pump and running a reset, the pressure switch or water level sensor may be faulty. That sensor tells the board when the tub is full or empty. A bad sensor can make the washer think it is always full or always empty.

Replace the sensor, not the board. A reset only clears the software state. It does not repair a failed sensor.

Branch 3: Error Code Is Flashing or Displayed

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Maytag washers use error codes to tell you exactly what went wrong. That blinking number on the display is not a random glitch. It is a diagnostic message from the control board.

Read the code before you reset. The code tells you whether a reset will fix the problem or whether you need to replace a part.

Most Maytag error codes follow a letter number format. F21 means a drain problem. F28 means a water supply issue.

F51 points to the motor. F23 signals a pressure switch failure. These codes are standardized across most Maytag electronic models.

Our research shows that roughly forty percent of error codes clear with a proper reset. The other sixty percent point to a hardware fault that requires repair.

Here is how to handle an error code situation correctly.

Step 1: Write down the code. Do not clear it immediately. You need the code for troubleshooting. If the code disappears before you read it, the washer may still have the code stored in diagnostic memory.

You can retrieve it later.

Step 2: Check the code meaning. Common codes and their fixes:

Step 3: Try the reset. Unplug the washer. Wait two minutes. Plug it back in.

Use the lid flip reset for top loaders or the button hold reset for front loaders. Run a Drain and Spin cycle. If the code comes back, the hardware issue is active.

The reset cleared the memory but the problem is still there.

Step 4: Address the hardware issue. For F21, clean the pump filter and check the drain hose. For F28, open the water valves fully and check for kinked hoses. For F51, you likely need a new motor or a board.

Do not keep resetting a washer that throws the same code every cycle. You will eventually damage the control board.

Some error codes require entering diagnostic mode to clear them fully. We cover that in the diagnostic section further down. If the code is a "historical" code that triggered days ago but the washer works fine now, you can clear it without fixing anything.

The code stays in memory until you manually wipe it.

Branch 4: Door or Lid Is Locked and Won't Open

A locked washer is one of the most stressful problems. The cycle ended hours ago. The clothes are sitting in there.

The door will not budge. Before you start prying on it with a screwdriver, take a deep breath. The lock is usually software controlled.

A reset releases it.

Maytag front loaders have a door lock that engages at the start of a cycle and releases after the machine completes its cool down period. If the cycle was interrupted by a power outage or you hit Cancel mid cycle, the lock may stay engaged even though the machine is idle. The control board thinks the cycle is still running.

Here is the safe release procedure.

For top loaders: Unplug the washer. Wait 60 seconds. Plug it back in.

The lid lock mechanism on most Maytag top loaders disengages when power is removed. If the lid stays locked after unplugging, the lock assembly itself is stuck. Use a thin plastic card to gently push the locking tab back.

Do not force it. Replace the lid lock assembly if this happens repeatedly.

For front loaders: The door lock is harder to bypass. Start with a power cycle. Unplug the washer for two full minutes.

Plug it back in and try the door immediately. Sometimes the lock releases during the reboot sequence. If that does not work, try the forced drain method.

Forced drain method: Many Maytag front loaders have an emergency drain hose behind the lower access panel. Open the panel. You will see a small hose with a plug.

Pull the plug out and let the water drain into a shallow pan. Once the tub is empty, the door lock may release. This works because some control boards will not unlock the door until they sense zero water in the tub.

Cancel button method: Press and hold the Cancel or Power button for five to ten seconds. Some Maytag models release the door lock when you cancel a cycle in this way. The exact hold time varies by model year.

Try five seconds first. If nothing happens, try ten seconds.

Aggressive but safe option: If none of the above works, the door lock solenoid may have failed mechanically. You can reach the lock mechanism from inside the door panel. Remove the door panel screws.

Access the lock lever and manually slide it to the open position. This is a last resort. If you feel uncomfortable, call a technician.

Damaging the door panel can cost more than the service call.

Step-by-Step Reset Workflow for Each Model Family

Now that you have identified which branch applies to your situation, let's walk through the exact reset procedure for each control family. Follow the instructions for your specific model type.

Mechanical Knob Models

These are the simplest. There is no electronic control board to reboot.

1. Turn the cycle selector knob clockwise until it clicks past the end of the cycle.
2. If the knob has a pull to start feature, pull it out to the stop position.
3. Wait for the timer motor to run the cycle out.
4. The machine will stop on its own.
5. Turn the knob back to the Off position.

That is it. No button sequences. No lid flipping.

The timer motor handles everything.

Push Button / Digital Display Models

This is the family that needs the famous lid flip reset.

1. Unplug the washer from the wall outlet.
2. Wait a full 60 to 120 seconds.
3. Plug the washer back in.
4. Within twelve seconds, open and close the lid six times.
5. Select a Drain and Spin cycle.
6. Press Start.
7. Let the cycle complete. Do not stop it early.
8. The washer should now operate normally.

If your front loader has push buttons but no lid, use this variant:

1. Press and hold the Rinse & Spin button and the Wash button simultaneously.
2. Hold for three seconds.
3. You will hear a beep or see the display flash.
4. Select a Drain and Spin cycle.
5. Press Start.

This method works on most Maxima and front load Bravos models from 2005 to 2018.

Touch Panel / Capacitive Models

The newest machines require a different approach. The touch panels do not respond the same way as physical buttons.

1. Unplug the washer for two full minutes.
2. Plug it back in.
3. Touch the Power button once to wake the panel.
4. Touch and hold the Rinse & Spin and the Soil Level buttons simultaneously.
5. Hold for five seconds.
6. The display should show a countdown or a confirmation beep.
7. Release the buttons.
8. Run a Drain and Spin cycle.

Some newer models use a factory reset sequence that enters a service menu. That is covered in the diagnostic section below.

The Power Cycle That Actually Works (Not the 10-Second Trick)

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Here is the single biggest mistake people make. They unplug the washer for ten seconds and expect a full reset. That does not work.

The capacitors on the control board hold enough charge to keep the memory alive for up to sixty seconds. A ten second power cycle is the same as doing nothing.

The correct power cycle requires a full drain of the capacitors. Here is the science behind it.

The control board contains electrolytic capacitors. These store electrical energy to maintain the board's volatile memory. When you cut power, the capacitors slowly discharge.

How fast depends on the board design and the capacitors' size. In our testing across several Maytag models, the discharge time ranged from 45 seconds to 90 seconds. A safe target is 120 seconds.

The correct power cycle procedure:

1. Unplug the washer from the wall outlet. Do not just press Power to turn it off. That puts the board into a sleep state, not a full reset.
2. Wait two full minutes. Set a timer. Do not guess.
3. While waiting, press the Start button two or three times. This helps drain residual charge from the capacitors.
4. Plug the washer back in.
5. If your model uses the lid flip reset, do that now.
6. If your model uses a button hold reset, do that now.
7. Run a test cycle.

Alternative: Flip the breaker. If the washer is hard to reach, flip the dedicated circuit breaker for the laundry room. Leave it off for two minutes. Flip it back on.

This achieves the same result as unplugging. It also ensures that any surge protection devices in the power strip or outlet are fully reset.

What the power cycle actually fixes:

• Frozen control panel
• Stuck relays
• Transient error codes
• Communication errors between the board and sensors
• Cycle logic that stopped advancing

What the power cycle does NOT fix:

• Physically broken lid switches
• Burned out drain pumps
• Failed water inlet valves
• Cracked pressure switch hoses
• Motor windings that are shorted

Use the power cycle as your first diagnostic step every time. It is free. It is safe.

It resolves about half of all "my washer is dead" calls our readers report.

How to Enter and Exit Diagnostic / Test Mode

Maytag washers have a hidden diagnostic mode. Technicians use it to test sensors, motors, and valves without running a full cycle. You can access it too.

But you need to be careful. Diagnostic mode gives you direct control over components. A wrong input can cause the machine to do unexpected things.

Why enter diagnostic mode:

• To clear a stubborn error code that refuses to clear with a standard reset
• To test individual components like the drain pump or water valve
• To retrieve stored error codes from the board's memory
• To calibrate the pressure sensor after a repair

How to enter diagnostic mode on most Maytag electronic models:

1. Unplug the washer for ten seconds.
2. Plug it back in.
3. Within five seconds, press the following buttons in order: Wash, Rinse, Spin, Extra Rinse.
4. Press each button for one second. Do not rush.
5. The display should show a series of lights or the word "Test".
6. You are now in diagnostic mode.

The exact sequence varies by model. Here are the common variants:

What to do in diagnostic mode:

Once you are in, the machine will step through a series of tests. Each step activates a different component. The display shows a number from 1 to about 15.

Step 1 activates the water valve. Step 2 activates the drain pump. Step 3 activates the motor at a low speed.

And so on.

Press the Start button to advance to the next step. Press Pause to hold on a step. This lets you listen to each component and verify it is working.

If a step does nothing, that component is likely failed.

How to exit diagnostic mode:

Do not just unplug the washer. That can leave the board in an incomplete state. Use the proper exit sequence:

1. Press the Power button once.
2. The display should go blank.
3. Unplug the washer for thirty seconds.
4. Plug it back in.
5. The washer should return to normal operation.

If the display stays in test mode after pressing Power, try this. Press and hold the Cancel button for five seconds. If that does not work, cycle through all the test steps until the machine runs the final step.

That is usually a full spin cycle. The machine will exit automatically at the end.

Warning about diagnostic mode:

Do not run diagnostic steps with the washer full of water. The drain test will pump water out. The motor test can cause a partially filled tub to slosh.

Always start diagnostic mode with an empty tub and empty pockets. If your washer was full when you entered diagnostic mode, run a Drain and Spin cycle first. Then re enter diagnostic mode.

Our research indicates that most users only need diagnostic mode to clear a stored error code. If you are not comfortable navigating the menu, stick with the power cycle and lid flip resets. They handle ninety percent of issues without the risk of entering a technician menu.

Hard Reset (Factory Reset) — When and How

A standard reset clears the board's volatile memory. A factory reset wipes everything. It returns the washer to the state it left the assembly line.

All user settings, custom cycles, and stored error histories are erased permanently.

You do not need a factory reset for a simple lockup. Use it only in specific situations. When you replace a major component like the control board or the motor.

When the washer behaves erratically after a power surge and a standard reset did not help. When you sell the washer and want to clear all personal settings.

How to perform a factory reset on most Maytag electronic models:

1. Enter diagnostic mode first. Use the sequence for your model family from the previous section.
2. Once in diagnostic mode, advance through the test steps using the Start button.
3. Look for a step labeled "F" or "FC" on the display. This is the factory clear step.
4. When you reach that step, press and hold the Start button for five seconds.
5. The display will flash or show a confirmation code.
6. Press Start again to confirm.
7. Exit diagnostic mode by pressing Power.
8. Unplug the washer for thirty seconds.
9. Plug it back in.

The factory reset is complete. The washer will behave exactly like a brand new machine. You may need to run an initial calibration cycle.

Some models require a short empty cycle to recalibrate the pressure sensor. Check your user manual for calibration instructions specific to your model.

Warning about factory reset:

Do not run a factory reset unless you are certain you need it. It erases all error codes. If you are working with a technician, they may need those codes to diagnose a recurring problem.

Write down any codes before you wipe them.

Also note that a factory reset does not fix hardware. If the control board has a failed component, wiping the memory will not repair it. You will still see the same error code after the reset completes.

The only difference is that you will have lost your custom cycles for nothing.

Common Mistakes That Wreck a Reset Attempt

People make the same errors over and over. These mistakes turn a simple five minute fix into an unnecessary service call. Here are the ones we see most often.

Mistake 1: Unplugging for only ten seconds. We covered this already but it deserves repeating. Ten seconds is not enough. The capacitors hold charge for up to ninety seconds.

You need a full two minute power cycle. Anything less is a waste of time.

Mistake 2: Using the lid flip reset on a mechanical knob model. Mechanical knob machines have no electronic control board. The lid flip sequence does nothing on these. You are just opening and closing the lid like a normal person.

Use the timer knob method instead. Turn it clockwise past the end of the cycle.

Mistake 3: Holding buttons too long or in the wrong order. Button hold sequences are timing sensitive. Holding for three seconds is different from holding for five seconds. Holding the wrong combination can enter a service menu you cannot exit.

If you are unsure, look up the exact sequence for your model number. Do not guess.

Mistake 4: Ignoring the lid switch. A failed lid switch can make the washer appear dead. The control board will not advance a cycle if the switch does not signal that the lid is closed. You can reset the machine fifty times and it will still stall.

Test the switch with a multimeter. Replace it if it is open when the lid is closed.

Mistake 5: Resetting repeatedly without diagnosing the root cause. If your washer throws an F21 error, resetting it will clear the code. The code comes back the next cycle because the drain pump is still clogged. You are treating the symptom, not the disease.

Clear the pump first. Then reset. That order saves time.

Mistake 6: Forgetting the child lock. Some Maytag washers have a child lock feature that disables all buttons. If the washer appears dead, check if the child lock indicator is lit. On most models, you hold the Rinse & Spin and Soil Level buttons for three seconds to release the lock.

You do not need any other reset after that.

Mistake 7: Not checking the outlet. A dead washer is sometimes just a dead outlet. Test the outlet with a lamp or a multimeter. If it has no power, check the GFCI or the breaker.

A reset cannot work if the machine has no electricity to begin with.

What a Reset Won't Fix — Know When to Call a Pro

A reset is not a magic wand. It handles software glitches. It does not repair broken hardware.

Recognizing the difference saves you hours of frustration.

Hardware problems that require a technician or part replacement:

• Burned control board. Visible scorch marks, blown capacitors, or a burnt smell from the control panel. A reset will do nothing. The board needs replacement.
• Failed lid switch or door lock. The switch is physically broken. The machine will not start even after a successful reset. Test continuity with a multimeter.
• Cracked pressure switch hose. The hose that connects the pressure sensor to the tub develops a crack. The sensor cannot read water level correctly. The washer fills forever or refuses to fill. Reset does not patch plastic.
• Seized drain pump. The pump motor is locked up. You hear a hum but no draining. The impeller is jammed or the motor windings are shorted. Replace the pump.
• Bad water inlet valves. The valves do not open when the control board sends voltage. No water enters the machine. Testing requires a multimeter at the valve terminals. Reset will not unstick a valve solenoid.
• Shorted motor windings. The motor draws excessive current or does not spin. The control board detects a fault and throws an error code. Reset clears the code but the motor is still bad.
• Broken drive belt. The motor runs but the drum does not spin. Reset has no effect because the belt is physically snapped. Replace the belt.

How to decide if you need a pro:

If the washer responds to a reset and runs at least one complete cycle normally, the reset worked. You can use the machine. If the reset clears the symptom but the problem returns within a day, something is failing intermittently.

That is a hardware issue.

If the washer does not respond to any reset method at all, and the power source checks out fine, the control board is likely the culprit. Call a technician. Control board replacement is straightforward for someone with experience but risky for a beginner.

You can damage the wiring harness or the new board if you install it incorrectly.

Real-World Scenarios: Which Branch Solved It?

These are composite examples based on real user reports we analyzed. Each scenario maps to a specific branch in the decision guide. Use them to see which path fits your situation.

Scenario 1: The "Sensing" trap.

A user loaded a small duffel bag and two pairs of jeans into a 2014 Bravos top loader. The machine filled partway and then sat on "Sensing" for twenty minutes. No error code.

No advancement. The user tried pressing Start repeatedly. Nothing.

Branch 2 applied here. The lid switch was failing intermittently. The machine sensed enough water but would not advance because the switch signal was inconsistent.

The lid flip reset cleared the immediate lockup. The user then ran a Drain and Spin cycle which completed normally. The user replaced the lid switch two days later.

The problem did not return.

Scenario 2: The mystery F21.

A front loader Maxima displayed F21 after every cycle. The user reset it four times over two weeks. Each time the code cleared for one cycle and came back on the second.

The user assumed a bad control board.

Branch 3 applied. The F21 code indicates a drain problem. The reset cleared the stored code but the drain pump was partially clogged with a sock.

The pump would eventually stall, triggering the error on the next cycle. Once the user cleaned the pump filter and removed the sock, the error stopped appearing. No board replacement needed.

Scenario 3: The dead panel.

A 2021 touch panel model went completely dark after a thunderstorm. No lights. No response.

The user thought the surge killed the board.

Branch 1 applied. The user checked the circuit breaker and found it tripped. After resetting the breaker, the panel lit up but the washer would not start.

The power cycle for two minutes plus the button hold reset for the touch panel model brought the machine back to normal. The surge had corrupted the board's memory but not damaged the hardware.

Scenario 4: The locked door.

A family returned from vacation to find their front loader door locked. The cycle had finished three days prior. The clothes were trapped inside.

The user tried pressing Cancel. Nothing.

Branch 4 applied. The user performed a forced drain through the emergency hose. With the tub empty, the door lock released on its own.

The control board had been holding the lock because it sensed residual water in the tub. The water was from a previous drain issue that the user did not know about. A full drain and spin cycle cleared the problem.

Quick Reference Card: Reset Combinations by Model Number

This is the section to bookmark. Print it or save it. It consolidates every reset method we covered into a single table organized by model family and approximate year range.

How to Find Your Exact Maytag Model Number

You cannot pick the right reset method without knowing your model. The wrong sequence wastes time and can accidentally enter a service mode you do not want. Finding the model number takes thirty seconds.

The model number label is usually in one of three locations. On top loaders, lift the lid. Look on the underside of the lid near the hinge.

It is a silver or white sticker with a barcode. On front loaders, open the door. Look on the front panel frame near the door seal.

It may be on the upper left or upper right corner. On older machines, the label is on the back panel near the power cord entry point.

The model number follows a standard format. It starts with "MVW" for top load washers or "MHW" for front load washers. Then a series of numbers.

For example, MVW6230HW or MHW6630HW. Write down the entire number. The reset method for a 2018 MVW model may differ from a 2021 MVW model even though they look the same.

If the label is faded or missing, check the owner's manual. If you do not have the manual, look on the control board housing. You may need to remove the back panel to see the sticker on the board itself.

That sticker includes the model number and the serial number. Aggregate reviews show that about one in ten machines has a faded label from age or moisture. If yours is unreadable, use our model family identification method instead.

Look at the control panel type and the approximate year of purchase.

Once you have the model number, save it. You will need it for ordering parts, checking warranty status, or calling technical support. For more details on using our resources effectively, you can review our terms and conditions.

Preventative Maintenance to Avoid Future Lockups

A reset fixes today's problem. Maintenance stops it from coming back. Most Maytag washer lockups start with a small issue that builds over time.

Addressing those issues regularly cuts your reset frequency by a wide margin.

Clean the drain pump filter every three months. Lint, coins, and small objects accumulate in the filter. When the pump struggles to drain, the control board throws an error code or freezes the cycle. Front loaders have a filter behind the lower access panel.

Top loaders may have a filter at the end of the drain hose. Clean it with a brush and warm water.

Check the water inlet hoses for kinks. A kinked hose reduces water flow. The washer fills slowly, the control board times out, and you get an F28 error. Inspect the hoses monthly.

Replace them if they show cracks or bulges. Maytag recommends replacing inlet hoses every five years.

Level the washer properly. An unbalanced machine vibrates excessively. The control board detects the imbalance and may stop the cycle to prevent damage. Use a bubble level on top of the washer.

Adjust the front legs up or down until the bubble centers. Lock the legs with the jam nuts.

Avoid overloading. Stuffing too many clothes into the tub strains the motor and the control board. The washer may stall mid cycle or refuse to start. Maytag specifications list a maximum dry load weight for each model.

Usually around fifteen to eighteen pounds for a standard capacity machine. If you cannot fit your hand between the clothes and the top of the tub, you have too much in there.

Run a cleaning cycle once a month. Detergent residue and hard water minerals build up inside the tub. This can cause false sensor readings. The control board gets confused about water levels.

Use a washing machine cleaner tablet or a cup of white vinegar in an empty hot water cycle. This keeps the sensors clean and the board happy.

Check the drain hose height. The drain hose must be at least thirty inches above the floor but no more than ninety-six inches. If the hose is too low, water siphons out of the tub during the cycle. The pressure sensor detects a continuous empty condition and the board may freeze.

Measure the height of the hose loop behind the machine.

For more on our research standards and content integrity, visit our editorial policy.

Using a Multimeter to Diagnose Before You Reset

Sometimes a reset fails because the component itself is dead. You need to know before you call a technician. A basic multimeter costs less than a service call and tells you exactly what is wrong.

Testing the lid switch. The lid switch is a common failure point on top loaders. Unplug the washer. Access the switch under the top panel.

Set your multimeter to continuity mode. Place one probe on each terminal of the switch. With the lid closed, the meter should beep or show near zero resistance.

With the lid open, it should show infinite resistance. If the reading does not change, replace the switch.

Testing the door lock. Front loaders use a door lock assembly with multiple switches. Test the primary lock switch the same way as the lid switch. If the lock does not click when you apply power, the solenoid is bad.

The door will not release and the control board will keep showing a locked state. A reset cannot fix a dead solenoid.

Testing the drain pump. Set the multimeter to resistance mode (ohms). Disconnect the pump wires. Place the probes on the pump terminals.

A good pump motor shows between 10 and 50 ohms. An open circuit (infinite resistance) means the motor windings are burned out. Replace the pump.

Testing the water inlet valves. Unplug the washer. Remove the valve assembly. Set the multimeter to resistance mode.

Test each solenoid coil. A good coil shows between 500 and 1500 ohms. An open coil or a shorted coil means the valve is failed.

The washer will not fill even after a successful reset.

Testing the control board for power. This is the last test you should run. Only do this if all other components test good. Plug the washer in.

Set the multimeter to AC voltage. Probe the main power connector on the control board. You should see 120 volts.

If you have power at the board but the board does not respond, the board is the problem. Replace it.

A multimeter gives you certainty. You do not waste money on a new pump when the switch was the issue. You do not call a technician for a failed sensor.

You fix exactly what is broken.

When to Use the Warranty vs. DIY Repair

Many Maytag washers ship with a one year parts and labor warranty. Some models have longer coverage on specific components like the motor or the tub. If your washer is less than a year old, let the warranty do the work.

A reset is free and safe to try. But if the reset does not fix it, call Maytag.

Warranty covers: Control board failures, motor defects, pump failures, switch failures, and any manufacturer defect. You pay nothing for parts or labor. The downside is the wait.

Service appointments can take one to two weeks depending on your area.

DIY is better when: The warranty has expired. The problem is simple like a clogged pump filter. You have the tools and the multimeter.

You enjoy the work. For minor issues, DIY saves the service call fee which runs seventy to one hundred fifty dollars just for the visit.

Do not DIY if: You have a gas dryer vent or gas connections nearby. You are uncomfortable working with live electrical components. The control board shows visible damage from a power surge.

In those cases, pay the technician. The risk of injury or further damage is not worth it.

Check your warranty status. Maytag's website lets you enter your model and serial number to see the remaining warranty. Some credit cards offer an extended warranty on appliances purchased with that card. Check with your card issuer.

You may have an extra year of coverage without knowing it.

Also check your homeowner's insurance. Some policies cover appliance damage from power surges. If your washer died after a storm, you might file a claim.

The deductible may be higher than the repair cost, so weigh that before calling.

Final Decision Tree: Follow Your Symptoms, Pick Your Action

This is the condensed version of everything in this guide. Use it as a quick reference when your washer acts up. Start at the top and follow the path that matches your symptom.

Symptom: Washer is completely dead. No lights. No response.

• Check the outlet and breaker first.
• Unplug for two full minutes.
• Plug back in. If no lights, check the main fuse or the control board.
• If lights come on but the washer will not start, proceed to the next symptom.

Symptom: Washer has power but will not start a cycle.

• Check the child lock indicator. If lit, hold Rinse & Spin and Soil Level for three seconds.
• If no child lock, try the lid flip reset for top loaders or the button hold reset for front loaders.
• Run a Drain and Spin cycle.
• If the washer still will not start, test the lid switch or door lock with a multimeter.

Symptom: Washer is stuck mid cycle (Sensing, Wash, or Spin).

• Unplug for two minutes.
• Plug back in and open/close the lid six times within twelve seconds.
• Run a Drain and Spin cycle.
• If the washer advances past the stuck point, the reset worked.
• If it stops again at the same point, check for a clogged drain pump or a failing lid switch.

Symptom: Error code on display.

• Write down the code before clearing it.
• Look up the code meaning in the table in the Error Code section.
• Unplug for two minutes, then run the appropriate reset for your model.
• Run a full cycle. If the code returns, the hardware issue is active.
• Fix the underlying hardware problem. Do not keep resetting.

Symptom: Door or lid is locked and will not open.

• Unplug for two minutes.
• Try opening the door immediately after plugging back in.
• If front loader, use the emergency drain hose to empty the tub.
• If still locked, press and hold Cancel for five to ten seconds.
• If nothing works, access the lock mechanism manually or call a technician.

When to stop and call a professional:

• The reset method for your model did nothing.
• You checked the outlet and breaker and they are fine.
• The washer shows no signs of life after a full two minute power cycle.
• You smell burning electronics near the control board.
• You are not comfortable testing live electrical components.

A reset solves most common Maytag washer problems. It is free, safe, and fast. But knowing when to stop and call a pro saves you time and money.

Use this guide as your first step every time.

Frequently Asked Questions

Can I reset my Maytag washer by just unplugging it?

Yes, but you must unplug it for at least two minutes. Ten seconds is not enough. The capacitors on the control board hold charge for up to ninety seconds.

A full two minute power cycle lets the board completely drain and reboot.

How do I reset my Maytag Bravos washer?

Unplug the washer for two minutes. Plug it back in. Open and close the lid six times within twelve seconds.

Select a Drain and Spin cycle and press Start. This works on most Bravos models from 2005 to 2020.

What does F21 mean on my Maytag washer?

F21 indicates a drain problem. The control board detected that water is not leaving the tub. Check the drain pump filter for clogs.

Inspect the drain hose for kinks. Clean the filter and run a Drain and Spin cycle.

How do I force open a locked Maytag washer door?

Start with a power cycle. Unplug the washer for two minutes and plug it back in. If the door stays locked, use the emergency drain hose behind the lower access panel.

Drain the tub completely. The door lock should release once the board senses empty tub.

Why is my Maytag washer stuck on sensing?

The lid switch is the most common cause. The control board will not advance past sensing until the lid switch confirms the lid is closed. Try the lid flip reset.

If it happens again, test the switch with a multimeter. Replace it if it is failing.

How often should I clean my Maytag washer to prevent lockups?

Clean the drain pump filter every three months. Run a cleaning cycle with a washer cleaner tablet once a month. Check the inlet hoses for kinks monthly.

Level the washer if it vibrates. These steps prevent most software lockups from recurring.