Maytag Washer Error Codes: Complete List with Fixes

Maytag washers are built on the Whirlpool Corporation platform and use the same F#E# error code system — but Maytag-specific model lines like the Bravos XL (top-load), Maxima (front-load), and Commercial Technology series have their own distinct failure patterns. Bravos XL models are notorious for bearing and suspension issues, while Maxima front-loaders have well-documented door boot mold and seal problems. This guide covers every Maytag washer error code with model-specific troubleshooting, real part numbers, and the fixes that actually work.

How Maytag Washer Error Codes Work

Maytag washers use a two-part code system: an F number (fault category) followed by an E number (specific error). For example, F5E2 means Fault 5 (door/lid), Error 2 (lock mechanism). On older Maytag models without digital displays, error codes show as flashing LED patterns — count the flashes to determine the F and E numbers.

To enter diagnostic mode on Maytag washers:

Front-load (Maxima MHW series, newer MHW/MVW):

1. Ensure the washer is in standby (plugged in, all indicators off).
2. Within 8 seconds, rotate the cycle selector knob: 3 clicks clockwise, 1 click counterclockwise, 1 click clockwise.
3. All indicator LEDs should illuminate. Press Start to begin the automatic test sequence.

Top-load (Bravos XL MVWB/MVWX series):

1. With the washer in standby, rotate the cycle selector: counterclockwise 1 click, clockwise 3 clicks, counterclockwise 1 click, clockwise 1 click.
2. The console LEDs will illuminate. Press Start to begin diagnostics.
3. The washer runs through fill, agitate, spin, and drain tests automatically.

Commercial Technology (MVWP575GW):

1. Press and hold the Start/Pause and Cancel buttons simultaneously for 3 seconds.
2. The display shows stored fault codes. Press Start to scroll through them.

Write down all codes before attempting any fix — some codes clear on power cycle and you will lose the diagnostic trail.

F0E1 (rL) — Items in Tub During Clean Cycle

The washer detected a load in the drum during a Clean Washer cycle. Maytag's 6th Sense load detection system senses weight and will not run the Clean cycle with items present.

Common causes:

• Clothes or rags left in the drum
• Small items lodged under the impeller plate (Bravos XL) or trapped in the door boot seal (Maxima)

How to fix:

1. Open the lid/door and remove all items. On Bravos XL models, check beneath the impeller plate — small socks and underwear slip underneath.
2. Restart the Clean Washer cycle with an affresh tablet or 1 cup white vinegar. Maytag recommends running this cycle monthly to prevent odor buildup, especially on Maxima front-loaders where the door boot traps moisture.

Part cost: None — user error.

F0E5 — Load Imbalance

The washer detects an unbalanced load during the spin cycle. The vibration sensor prevents high-speed extraction to protect bearings and suspension components.

Common causes:

• Single heavy item bunched on one side of the drum
• Washer not level on the floor
• Worn suspension rods (Maxima front-load, part W10780048) or suspension springs (Bravos XL top-load, part W10250667)
• Failed shock absorbers — extremely common on Maytag Bravos XL models after 4–5 years

How to fix:

1. Redistribute the load evenly. For single large items (comforters, blankets), add towels for counterweight.
2. Check that the washer is level — place a bubble level on top and adjust the leveling feet. Tighten the lock nuts against the frame.
3. On Bravos XL models, pull the drum forward firmly. More than 1 inch of play means the suspension rods are shot. On Maxima front-loaders, push the drum side to side — worn shock absorbers allow excessive lateral movement.
4. Bravos XL suspension spring kit (W10250667) costs $30–$60 for a set of 4. Maxima suspension rod kit (W10780048) costs $40–$80.

Part cost: Suspension springs/rods $30–$80 per set. Professional repair $150–$300.

F1E1 — Motor Control Board (MCU) Error

The central control unit (CCU) cannot communicate with the motor control unit (MCU), or the MCU has detected an internal fault. This is a serious code that typically requires board replacement.

Common causes:

• MCU board failure from power surge — Sacramento Valley power fluctuations during summer peak demand frequently damage these boards
• Loose wire harness between MCU and CCU (part W10888578)
• Failed MOSFET or triac on the MCU board
• Corrosion on MCU connector pins from basement or garage moisture

How to fix:

1. Unplug the washer for 5 minutes to allow a full board reset. If F1E1 clears, a transient power issue may have triggered it.
2. If it returns, access the MCU — on Bravos XL, it is at the bottom rear beneath the drum. On Maxima front-loaders, remove the lower front access panel.
3. Inspect the MCU for visible damage: burned components, swollen capacitors, cracked solder joints. Check the wire harness connector for secure seating.
4. If the MCU shows physical damage, replace it (part W10756692, $150–$280).
5. Prevent recurrence with a whole-house surge protector or a dedicated surge protector for the laundry circuit.

Part cost: MCU board $150–$280. Wire harness $25–$45. Professional repair $280–$450.

F1E2 — Motor Fault

The motor itself or the rotor position sensor (RPS) has failed. The control board cannot drive the motor properly.

Common causes:

• Failed rotor position sensor / Hall sensor (part WPW10178988) — fails 3x more often than the motor itself
• Motor winding failure (shorted or open)
• Foreign object jammed between stator and rotor (coins, underwire, bobby pins)
• On Maytag Bravos XL: bearing seizure causing motor overload — the Bravos XL platform is particularly prone to bearing failures after 5–7 years

How to fix:

1. Unplug and try spinning the drum by hand. If it grinds, makes a rumbling noise, or is difficult to turn, the tub bearing has likely failed (see bearing section below).
2. If the drum spins freely, the RPS is the most likely culprit. Locate it on the motor stator (rear of the drum on front-loaders, bottom on top-loaders). Measure resistance: should read 10,000–15,000 ohms across the two terminals.
3. If RPS tests good, measure motor winding resistance: 4–6 ohms between each pair of the three motor terminals. A reading of 0 (shorted) or infinite (open) means motor replacement.
4. RPS replacement (WPW10178988) is a $15–$25 part and 20-minute job. Motor assembly replacement is $150–$300.

Part cost: RPS sensor $15–$25. Motor assembly $150–$300. Professional repair $250–$550.

F2E1 — User Interface Board Error

A button on the control panel is stuck, or the user interface board has failed. The washer detects a continuous key press signal.

Common causes:

• Physically stuck button from detergent buildup
• Moisture intrusion through the detergent dispenser area (Maxima front-loaders)
• Control panel overlay (membrane) peeling from age or humidity
• UI board component failure

How to fix:

1. Unplug for 2 minutes, then press each button firmly several times to free any stuck key.
2. Clean around all buttons with a damp cloth. On Maxima models, clean the entire dispenser area — liquid detergent residue seeps behind the control panel.
3. On Maytag Maxima (MHW series), check the top of the control housing for water stains — this model has a documented issue where steam from hot wash cycles migrates up into the control area. Seal the dispenser housing edge with clear silicone to prevent recurrence.
4. If cleaning does not resolve the issue, the UI board (W11170218) needs replacement ($85–$180).

Part cost: UI board $85–$180. Overlay $30–$60. Professional repair $150–$280.

F5E2 — Door Lock Error (Front-Load)

The door lock mechanism cannot engage or the CCU cannot confirm the door is locked. This code is specific to Maytag front-load models (Maxima MHW series, newer MHW5630HW, etc.).

Common causes:

• Failed door lock assembly — the wax motor actuator inside the lock degrades over time (common on all Whirlpool Corporation front-loaders after 5+ years)
• Broken door strike (the hook that catches the latch)
• Door boot seal swollen or deformed, preventing full door closure
• Wiring harness damage between the door lock and the CCU

How to fix:

1. Open the door and inspect the door strike for cracks or wear. Close the door firmly — you should hear a distinct click.
2. On Maytag Maxima models, inspect the door boot seal. The Maxima has a documented issue with door boot mold growth that can swell the rubber and prevent the door from closing fully. Clean the boot with a 50/50 bleach-water solution and wipe the fold areas dry after every wash.
3. Test the door lock solenoid with a multimeter — should read 400–600 ohms across the coil terminals.
4. If the lock clicks but does not hold, the wax motor element is spent. Replace the entire door lock assembly (W10838613, $50–$100).

Part cost: Door lock assembly $50–$100. Door strike $10–$25. Door boot seal $80–$150. Professional repair $150–$250.

F5E3 — Lid Lock Error (Top-Load)

The lid lock mechanism on Maytag top-load models (Bravos XL, Commercial Technology) cannot engage or fails to register as locked.

Common causes:

• Failed lid lock assembly — the motorized lock takes 3–5 seconds to engage, and the motor gears strip over time
• Lid striker bar misaligned with the lock slot
• Wire harness break at the rear hinge area — the harness flexes every time the lid opens and conductors fatigue
• Magnetic lid lock interference on some Commercial Technology models

How to fix:

1. Close the lid firmly and listen for the lock motor engaging (a brief whirring sound followed by a click). No sound = the motor is not receiving power. Sound but no click = internal gears are stripped.
2. Inspect the wire harness where it passes through the rear hinge area of the top panel. On Maytag Bravos XL (MVWB765FW, MVWX655DW), this harness is the most common failure point — flex it gently while watching the display for changes.
3. Check lid alignment — the striker bar on the lid should line up with the lock slot on the cabinet. Adjust the lid hinge if misaligned.
4. Replace the lid lock assembly (W10838613, $40–$80) if the motor is stripped.

Part cost: Lid lock assembly $40–$80. Wire harness $15–$30. Professional repair $120–$200.

F8E1 (LF) — Long Fill / Water Supply Error

The washer cannot fill to the required water level within the allotted time (typically 13 minutes). The LF variant displays on models without the alphanumeric code screen.

Common causes:

• Water supply valves not fully open
• Clogged inlet hose screens — Sacramento and Bay Area hard water calcifies these within 2–3 years
• Failed water inlet valve (part W11165546)
• Low household water pressure (below 20 PSI; Maytag requires 20–116 PSI)
• On Maytag Commercial Technology models: the commercial-grade inlet valve requires slightly higher water pressure than residential models (minimum 30 PSI recommended)

How to fix:

1. Verify both hot and cold supply valves are fully open.
2. Turn off water, disconnect inlet hoses at the washer, and inspect the mesh screens inside the valve inlets. Clean with an old toothbrush and vinegar.
3. Check household water pressure with a gauge ($10 at hardware stores). Below 20 PSI, you need a plumber.
4. If screens are clean and pressure is adequate, test the inlet valve solenoids: each coil should read 500–1,500 ohms.
5. Sacramento hard water tip: clean inlet screens every 6 months as preventive maintenance. If the valve body itself is calcified internally, cleaning will not help — replace the entire valve assembly (W11165546, $50–$100).

Part cost: Inlet valve assembly $50–$100. Screen cleaning kit $5–$10. Professional repair $120–$220.

F9E1 (Ld) — Long Drain

The washer cannot drain water within the allotted time (typically 8 minutes).

Common causes:

• Clogged drain pump filter — coins, hair pins, bra underwires, and small items are the top culprits
• Kinked drain hose, especially at the standpipe connection
• Failed drain pump motor (part WPW10730972)
• Drain hose inserted too far into the standpipe (max 8 inches) causing a siphon effect
• On Maytag Bravos XL: the drain pump is more accessible than on front-loaders and collects more debris due to the top-load design

How to fix:

1. Front-load (Maxima): Locate the drain pump filter behind the small access panel at the bottom-left front. Place towels and a shallow pan underneath. Turn the filter cap counterclockwise slowly. Remove debris from filter and pump cavity.
2. Top-load (Bravos XL): Tilt the washer back and access the drain pump from underneath. The pump is at the bottom-left connected to the tub with a rubber hose.
3. Check the drain hose for kinks. Straighten and ensure the hose end is 6–8 inches into the standpipe — no more.
4. If the pump hums but water does not flow, the impeller blades are broken. Replace the pump motor (WPW10730972, $25–$60).

Part cost: Drain pump motor $25–$60. Professional repair $120–$250.

Sud / Sd — Excessive Suds

The washer's 6th Sense system detected excessive foam that interferes with the wash cycle. The washer pauses and runs extra rinse cycles to clear suds.

Common causes:

• Non-HE detergent used in an HE washer (produces 5–10x more suds)
• Too much HE detergent — most people use 2–3x the recommended amount
• Maytag Maxima PowerWash cycle uses more aggressive agitation, which amplifies suds from the same amount of detergent
• Partial drain clog preventing adequate suds removal during rinse

How to fix:

1. Switch to HE (High Efficiency) detergent. All Maytag front-loaders and most Maytag top-loaders require HE detergent.
2. Reduce detergent amount: use the HE measurement line on the cap — typically 1–2 tablespoons for a normal load. With Maytag's PowerWash cycle, use even less detergent as the extra water jets intensify suds production.
3. Run an empty Clean Washer cycle with an affresh tablet (Maytag part W10501250) to clear residual suds from the system.
4. Clean the drain pump filter — trapped suds indicate a partial drain clog.

Part cost: None for detergent adjustment. Affresh tablets $8–$12 (3-pack).

F3E1 — Water Level Pressure Switch Error

The pressure switch/sensor sends incorrect or no signal to the CCU. The washer cannot determine water level.

Common causes:

• Clogged air dome hose connecting the tub to the pressure switch — soap residue accumulates over time
• Disconnected or cracked pressure hose
• Failed pressure switch/frequency sensor (part WPW10514214)
• On Maytag Bravos XL with 6th Sense: the air dome at the bottom of the outer tub collects detergent residue and is the most common cause — more frequent than the switch itself

How to fix:

1. Locate the pressure switch on the rear of the washer — small round device with a rubber hose attached.
2. Inspect the air dome hose for cracks, kinks, or disconnection. Blow gently through the hose — you should hear a click from the switch.
3. On Bravos XL: flush the air dome at the tub connection with hot water and vinegar before replacing the switch. This resolves the issue more than 60% of the time.
4. If the hose is clear, test the pressure switch — no click when air is applied means the switch has failed ($20–$40).

Part cost: Pressure switch $20–$40. Hose $5–$10. Professional repair $120–$250.

F7E1 — Motor Speed Sensor Error

The CCU cannot read motor RPM data from the rotor position sensor (RPS). This is distinct from F1E2 (motor power issue) — F7E1 specifically indicates a signal/communication problem.

Common causes:

• RPS magnet on the rotor cracked from thermal stress — inspect for hairline fractures
• RPS sensor failure (part WPW10178988)
• MCU board signal processing failure
• On Maytag Bravos XL: the RPS connector vibrates loose from the aggressive agitation of the Bravos wash action

How to fix:

1. Access the motor and locate the RPS on the stator.
2. Measure RPS resistance: 10,000–15,000 ohms between the two terminals.
3. Spin the drum by hand while observing the multimeter — resistance should fluctuate smoothly.
4. On Bravos XL, reseat the RPS connector firmly and secure with a zip tie to prevent vibration-induced disconnection.
5. If RPS tests good, the MCU board may need replacement (W10756692).

Part cost: RPS sensor $15–$25. MCU board $150–$280. Professional repair $200–$400.

Maytag Bravos XL Bearing Failure

The Maytag Bravos XL top-load washer has a well-documented tub bearing failure pattern that typically appears after 5–7 years of use. Symptoms: loud rumbling or grinding noise during spin, water leaking from the bottom, F1E2 or F0E5 codes with normal loads.

The bearing is pressed into the outer tub and is not sold separately — you must replace the entire outer tub assembly or use an aftermarket bearing kit. Professional bearing replacement on a Bravos XL costs $350–$550. If your Bravos XL is over 8 years old, bearing replacement often exceeds the value of the machine.

Frequently Asked Questions

Q: How do I reset my Maytag washer after an error code? A: Unplug the washer for 60 seconds, then plug back in. For persistent errors on Maxima front-loaders, try pressing the Pause/Cancel button twice, then Power. On Bravos XL, press and hold Start/Pause for 3 seconds, then unplug. Most error codes clear after the underlying issue is resolved and a successful cycle completes.

Q: Are Maytag washer error codes the same as Whirlpool? A: Yes — Maytag and Whirlpool use the same F#E# code system because they are built on the same platform by Whirlpool Corporation. However, the diagnostic mode entry sequence differs between Maytag and Whirlpool models. Additionally, Maytag-specific features like PowerWash and the Commercial Technology wash action can produce different failure patterns from the same underlying code.

Q: Why does my Maytag Maxima washer smell like mold? A: The Maxima door boot seal has deep folds that trap moisture and promote mold growth. After every wash, wipe the inner door boot folds with a dry cloth, leave the door ajar for airflow, and run a Clean Washer cycle with affresh monthly. If mold is already established, clean with a 50/50 bleach-water solution. Severe cases require door boot replacement (W10340443, $80–$150).

Q: My Maytag Commercial Technology washer shows different codes than my previous Maytag. Why? A: The Commercial Technology line (MVWP575GW, MVWP576KW) uses a simplified control system with fewer sensors than the Bravos XL or Maxima lines. Some error codes display differently (fewer digits), and the diagnostic mode entry is different. Refer to the tech sheet behind the control panel for model-specific code tables.

Q: Does Maytag's 10-Year warranty cover washer parts? A: Maytag offers a 10-Year Limited Parts Warranty on the washer motor and stainless steel wash basket on select models (registration required within 30 days). This covers parts only — labor is not included after the first year. The warranty does not cover the MCU board, lid/door lock, pump, or sensors.

When to Call a Professional

• F1E1/F1E2 with burning smell — Indicates MCU or motor failure with potential fire risk. Disconnect power immediately.
• Bearing replacement (Bravos XL grinding) — Requires special tools (bearing press, spanner wrench) and complete tub disassembly.
• F8E3 overflow condition — Shut off water supply immediately. A stuck inlet valve can flood your home.
• Multiple simultaneous codes — Multiple faults often indicate a single root cause that manifests as several sensor errors.
• Repeated F5E2 after door boot replacement — May indicate a cabinet-level alignment issue requiring professional shimming.

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