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Toyota · Known Issues

2001-2025 Toyota Sequoia Problems: 16 Known Issues

2001-2025 model years · 5,410+ owner reports · Updated September 2026

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Issue summary

According to Au7o's analysis of 5,410+ owner reports, the 2001-2025 Toyota Sequoia has 16 documented known issues, with 4 rated critical. The most serious are Frame Rust and Structural Corrosion ($200-$5,000 repair), Rear Air Suspension Compressor and Air Spring Failure ($400-$2,500 repair), Front Lower Ball Joint Premature Wear and Separation (2UZ-FE XK30/40) ($450-$1,100 repair) and Transmission Neutral Creep / Unintended Forward Movement (Recall 24V125). The most commonly reported issue is Secondary Air Injection System Failure (2UZ-FE) with 2,400 owner reports. Across all issues with published estimates, repair costs range from $30 to $5,000. DIY maintenance guides at au7o.io.

In This Article

  • Sequoia Suspension2
  • Sequoia Body/Panels2
  • Sequoia Transmission2
  • Sequoia Engine3
  • Sequoia Cooling2
  • Sequoia Electrical2
  • Sequoia Safety/Recalls1
  • Sequoia Exhaust1
  • Sequoia Exterior1
  • Recalls2
  • FAQ
Get Started
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In This Article

  • Suspension2
  • Body/Panels2
  • Transmission2
  • Engine3
  • Cooling2
  • Electrical2
  • Safety/Recalls1
  • Exhaust1
  • Exterior1
  • Recalls2
  • FAQ

All 16 Known Issues

NHTSA Recalls2 recalls

STEERING:HYDRAULIC POWER ASSIST SYSTEM

Toyota Motor Engineering & Manufacturing (Toyota) is recalling certain 2008-2022 Sequoia and 2007-2021 Tundra vehicles. The power steering gear assembly may have been manufactured incorrectly, which can result in an oil leak.

Campaign #21V92000023/11/2021

STEERING:HYDRAULIC POWER ASSIST SYSTEM

Toyota Motor Engineering & Manufacturing (Toyota) is recalling certain JTEKT power steering gear assembly service parts for 2007-2021 Tundra and 2008-2022 Sequoia, part numbers 44250-0C160, 44250-0C131, 44250-0C170, and 11250-0C121. The power steering gear assembly may have been manufactured incorrectly, which can result in an oil leak.

Campaign #21E10300023/12/2021

Enter your VIN at NHTSA.gov to check recalls specific to your vehicle.

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Frequently Asked Questions

What are the most common Toyota Sequoia problems?

According to Au7o's analysis of 5,410+ owner reports, the 2001-2025 Toyota Sequoia has 16 documented issues. The most frequently reported are: Frame Rust and Structural Corrosion, Rear Air Suspension Compressor and Air Spring Failure, Front Lower Ball Joint Premature Wear and Separation (2UZ-FE XK30/40). Of these, 4 are rated critical and should be addressed promptly.

Is the Toyota Sequoia reliable?

The 2001-2025 Toyota Sequoia has 16 known issues documented across 5,410+ owner reports. 4 issues are rated critical: Frame Rust and Structural Corrosion and Rear Air Suspension Compressor and Air Spring Failure and Front Lower Ball Joint Premature Wear and Separation (2UZ-FE XK30/40) and Transmission Neutral Creep / Unintended Forward Movement (Recall 24V125). Prospective buyers should inspect for these issues and factor potential repair costs into their purchase decision. Regular maintenance following the manufacturer's schedule helps prevent many common problems.

How much does it cost to fix common Toyota Sequoia problems?

Repair costs for known Toyota Sequoia issues range from $0 to $5,000, depending on the specific problem and whether you choose DIY or professional repair. The most critical issue, Frame Rust and Structural Corrosion, typically costs $200-$5,000 to repair. Au7o provides step-by-step DIY maintenance guides that can help reduce repair costs.

What year Toyota Sequoia is the most reliable?

Reliability varies across model years of the Toyota Sequoia. Based on documented issues, problems are most commonly reported in earlier model years. Au7o recommends checking the specific known issues for your target year before purchasing, and having a pre-purchase inspection performed by a qualified mechanic. Our known issues database covers the 2001-2025 Toyota Sequoia with 16 documented issues documented across 5,410+ owner reports.

What is the 2001-2007 Toyota Sequoia Frame Rust and Structural Corrosion?

1st-gen Sequoias in salt-belt states develop severe frame rust, particularly at the rear crossmember, leaf spring mounts, and spare tire carrier area. Toyota issued a Limited Service Campaign (LSC) for some Tundra frames but Sequoias were not included despite sharing the platform… Repairs typically run $200-$5,000. Severity: high.

Content on this page was compiled with AI assistance using NHTSA complaints, TSBs, owner reports, and public automotive data. While we strive for accuracy, this information may contain errors. Always verify repair procedures and specifications with your vehicle's service manual or a qualified mechanic.

Data sourced from 5,410+ owner reports, NHTSA recalls, TSBs, and automotive forums.

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Community reported
310 owners

The load-leveling rear air suspension on the Sequoia (Limited and Platinum trims) suffers from compressor burnout and air spring leaks. The compressor runs excessively to compensate for slow leaks in the air springs, eventually overheating and failing. The rear of the vehicle sags overnight or after extended parking.

Common Symptoms

  • Rear of vehicle sagging after parking overnight
  • Compressor running continuously
  • Suspension warning light on dashboard
  • Harsh ride quality over bumps
  • Uneven ride height side to side

How to Fix

Replace the air compressor and both rear air springs as a set. Many owners convert to conventional coil springs using a conversion kit, which eliminates the air suspension entirely and costs less long-term. Arnott and Strutmasters offer bolt-in conversion kits.

What you need to fix it

Only diagnosis- and fitment-reviewed repair parts are linked here.

  • Arnott A-3615 right rear air spring

    replace the leaking right rear spring as half of a left-right pair Fitment/availability: Right-rear Arnott spring for the factory air-suspension branch; verify 2008-2022 Sequoia configuration and order with the matching left spring Fitme…

    AutoZone
  • Arnott A-3616 left rear air spring

    replace the leaking left rear spring as half of a left-right pair Fitment/availability: Left-rear Arnott spring for the factory air-suspension branch; verify 2008-2022 Sequoia configuration and order with the matching right spring Fitmen…

    AutoZone
  • Arnott P-3189 OES rear air-suspension compressor

    restore pressure generation when the compressor itself is conclusively failed Fitment/availability: Arnott catalogs P-3189 for 2008-2022 Sequoia; replace only after all leaks are repaired and electrical, relay, fuse, intake and compresso…

    NAPA

As an Amazon Associate, we earn from qualifying purchases; other part links may also earn au7o a commission. Confirm fitment by VIN before buying.

Owner tips & cautions

  • TipIf converting to coil springs, disconnect the air suspension fuse to prevent compressor burnout warning lights.
  • WarningA failing compressor can draw excessive current and blow fuses - check the 40A suspension fuse if the system goes dead.
Typical repair cost:$400 - $2,500

Research This Issue

Based on 310 owner reports

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Community Reported
High Confidence310 owner reportsLast reported by owners Mar 2026Reviewed Mar 2026

The front suspension lower ball joints on first-generation Sequoias wear out far ahead of normal service life. Owners and Toyota's own recall documentation attribute it to a joint design/manufacturing process that puts excessive stress on the stud and allows the grease seal and internal bearing surface to degrade, letting the stud loosen in the housing. Once wear is advanced the stud can pull out of the socket entirely, dropping the control arm and separating the steering knuckle - forum accounts include separations at highway speed. Toyota recalled the front lower ball joints under two separate campaigns, so the whole first-generation run falls inside one population or the other: 05V225 covers 2001-2004 Sequoia (alongside Tacoma, Tundra and 4Runner) and 07V013 covers 2004-2007 Sequoia and Tundra. Check your VIN against both. Compounding this, some aftermarket replacement joints (ACDelco and MOOG units built 4/2020-4/2021) were themselves recalled in 2022 for inadequate induction hardening of the housing.

This issue also affects: Toyota 4Runner, Toyota Land Cruiser

Common Symptoms

  • Clunk or knock from the front end over bumps
  • Steering wanders and will not stay centered in the lane
  • Uneven or feathered inner front tire wear
  • Torn or grease-weeping lower ball joint boot
  • Vertical play at the top of the tire when levered off the ground
  • Sudden loss of steering control if the joint separates

How to Fix

Check the recall status by VIN first - covered trucks get both left and right lower ball joints replaced free. Outside the recall, inspect the joints at every tire rotation: with the wheel off the ground, lever the tire top-to-bottom and in/out looking for any vertical play or a torn/weeping grease boot, and check for a clunk over bumps or a wandering steering feel. Replace ball joints in axle pairs with genuine Toyota joints (avoid the recalled aftermarket lots), then get a front-end alignment. Do not defer this repair - unlike most worn suspension parts this one separates rather than just getting sloppy.

Typical repair cost:$450 - $1,100

Research This Issue

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Community Reported
High ConfidenceVerifiedReviewed Aug 2026
Community reported
1,600 owners

1st-gen Sequoias in salt-belt states develop severe frame rust, particularly at the rear crossmember, leaf spring mounts, and spare tire carrier area. Toyota issued a Limited Service Campaign (LSC) for some Tundra frames but Sequoias were not included despite sharing the platform.

Common Symptoms

  • Visible rust on frame rails
  • Rear crossmember deterioration
  • Leaf spring mount cracking or separation
  • Spare tire carrier loose from rusted mounting
  • Failed safety inspection for frame condition

How to Fix

For surface rust: wire brush, treat with POR-15 or Eastwood Rust Encapsulator, and apply Fluid Film annually. For structural rust: professional frame repair with welded reinforcement plates or boxed sections. Severe cases may require frame replacement from a southern/western donor vehicle. Annual undercoating with Fluid Film or Woolwax is essential for prevention.

What you need to fix it

Only diagnosis- and fitment-reviewed repair parts are linked here.

  • Eastwood Rust Encapsulator Plus

    encapsulate confirmed nonstructural surface corrosion after loose scale and contamination are removed Fitment/availability: General surface-corrosion encapsulator, not vehicle-specific; use only on properly prepared, professionally inspe…

    Eastwood

As an Amazon Associate, we earn from qualifying purchases; other part links may also earn au7o a commission. Confirm fitment by VIN before buying.

Typical repair cost:$200 - $5,000

Research This Issue

Based on 1,600 owner reports

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Community Reported
High Confidence1,600 owner reportsLast reported by owners Feb 2026Reviewed Feb 2026

The gas-charged struts that hold the rear liftgate open on the Sequoia lose pressure over time, causing the heavy rear hatch to fall on its own. This is a safety concern as the liftgate is large and heavy enough to injure someone if it drops unexpectedly. The struts typically begin to weaken after 5-7 years and fail completely within 8-10 years. Cold weather accelerates the failure as gas pressure drops with temperature. Both first-generation (2001-2007) and second-generation (2008-2022) models are affected.

This issue also affects: Toyota Matrix

Common Symptoms

  • Rear liftgate will not stay open on its own
  • Liftgate slowly drops when released
  • Liftgate falls quickly when opened — safety hazard
  • Need to prop liftgate open with a stick or arm
  • Liftgate harder to lift than when new

How to Fix

Replace both rear liftgate struts at the same time — they are sold in pairs for $30-$80. Installation takes 10-15 minutes with no tools required on most models (the struts pop on and off ball studs). OEM Toyota struts are available for $40-$60 each, and aftermarket options from Stabilus, StrongArm, or Sachs run $15-$30 each. Always replace both struts even if only one has failed — if one is weak, the other is close behind. This is one of the easiest DIY repairs on the Sequoia.

What you need to fix it

Only diagnosis- and fitment-reviewed repair parts are linked here.

  • StrongArm 4995 liftgate lift support

    restore liftgate support on first-generation Sequoia as a two-piece matched replacement Fitment/availability: Single lift support for the 2001-2007 Sequoia branch; order quantity two and replace both sides while the liftgate is safely su…

    PartsGeek
  • Toyota 68907-0C040 passenger-side back-door stay

    replace the passenger-side non-power liftgate support Fitment/availability: Passenger-side stay for the 2008-2022 non-power liftgate branch; pair with 68908-0C040 and confirm VIN/equipment Fitment/availability: Ships in 1-2 business days…

    ToyotaPartsDeal
  • Toyota 68908-0C040 driver-side back-door stay

    replace the driver-side non-power liftgate support Fitment/availability: Driver-side stay for the 2008-2022 non-power liftgate branch; pair with 68907-0C040 and confirm VIN/equipment Fitment/availability: Ships in 1-2 business days with …

    ToyotaPartsDeal
  • Toyota 68907-0C050 passenger-side power-liftgate back-door stay

    replace the passenger-side power-liftgate support Fitment/availability: Passenger-side stay for the 2008-2022 power-liftgate branch; pair with 68908-0C050 and confirm VIN/equipment Fitment/availability: Ships in 1-2 business days with Ad…

    ToyotaPartsDeal
  • Toyota 68908-0C050 driver-side power-liftgate back-door stay

    replace the driver-side power-liftgate support Fitment/availability: Driver-side stay for the 2008-2022 power-liftgate branch; pair with 68907-0C050 and confirm VIN/equipment Fitment/availability: Ships in 1 business day with Add to Cart…

    ToyotaPartsDeal

As an Amazon Associate, we earn from qualifying purchases; other part links may also earn au7o a commission. Confirm fitment by VIN before buying.

Owner tips & cautions

  • TipThis is a 10-minute DIY repair. The struts pop off the ball studs with a flat-head screwdriver. Buy a pair from Amazon for $30-$50 and replace them yourself. No tools or jack needed.
Typical repair cost:$30 - $120

Research This Issue

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Community Reported
High Confidence

On the 2023-2024 Sequoia Hybrid (10-speed automatic shared with Tundra Hybrid and Lexus LX600), some transmission clutch components may not fully disengage when shifted to Neutral. Engine power can keep reaching the wheels, letting the vehicle creep forward unexpectedly at low speed on a flat surface when the parking brake is not applied. Toyota recalled 280,663 vehicles.

Common Symptoms

  • Vehicle creeps forward while in Neutral
  • Unexpected movement at a stop without the parking brake applied
  • Engine power still felt at the wheels in Neutral

How to Fix

Covered by NHTSA recall 24V125 (Toyota internal 24TA02). Dealers install a free transmission control ECU software update so the clutch fully disengages in Neutral. Owner notification letters were mailed April 8, 2024.

Research This Issue

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Community Reported
High ConfidenceVerifiedReviewed Jun 2026

Early second-gen Sequoias with the AB60E 6-speed automatic (5.7L V8) can develop torque-converter flex-lockup-clutch shudder. Owners feel an intermittent shudder/vibration when lightly accelerating after an upshift around 20-45 mph, or before a downshift between 30-65 mph, as the converter clutch slips. Toyota addressed it with a revised torque converter under TSB TC018-07.

Common Symptoms

  • Shudder/vibration when lightly accelerating after an upshift (about 20-45 mph)
  • Shudder before a downshift (30-65 mph)
  • Feels like driving over rumble strips
  • Intermittent vibration that comes and goes

How to Fix

No recall. Toyota issued TSB TC018-07 with a redesigned torque converter; fresh Toyota WS fluid plus the updated converter resolves the shudder. Originally covered under the 60-month/60,000-mile powertrain warranty. Early diagnosis prevents further transmission wear.

Research This Issue

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Community Reported
Medium ConfidenceVerifiedReviewed Jun 2026
Community reported
2,400 owners

The 4.7L 2UZ-FE's secondary air injection system fails due to corroded air switching valves (ASVs) and seized air pumps. Moisture enters the system and corrodes internal components. Causes check engine light with P2440/P2442 codes.

This issue also affects: Toyota 4Runner, Toyota Tacoma, Lexus GX

Common Symptoms

  • Check engine light with P2440 or P2442 codes
  • Rough idle on cold start
  • Ticking or buzzing noise from air pump on startup
  • Failed emissions testing

How to Fix

Replace air switching valves (Toyota 25701-50040 and 25702-50011) and air injection pump (Toyota 17610-0S010) if seized. Many owners bypass the system entirely with block-off plates since it only operates during cold start for emissions. Bypass plates available from Trail Gear or fabricated from aluminum.

What you need to fix it

Only diagnosis- and fitment-reviewed repair parts are linked here.

  • Toyota 17600-0F010 secondary air injection pump assembly

    replace a debris-damaged secondary-air pump after bulletin diagnosis Fitment/availability: Exact pump listed by T-SB-0230-12 Rev1 for an eligible 2005-2007 Sequoia 2UZ-FE; replace only when bulletin inspection finds debris in the pump Fi…

    ToyotaPartsDeal
  • Toyota 25710-50022 air switching valve assembly

    replace the corresponding failed or debris-damaged air switching valve Fitment/availability: Exact air switching valve assembly listed by T-SB-0230-12 Rev1; use only on the diagnosed valve branch and confirm VIN before ordering Fitment/a…

    AutoPartsPrime
  • Toyota 25720-50011 electric air control valve No. 1

    1 valve only when its bulletin diagnostic branch confirms failure or damage Fitment/availability: Exact No. 1 valve listed by T-SB-0230-12 Rev1; not interchangeable with the No.

    ToyotaPartsDeal
  • Toyota 25720-50020 electric air control valve No. 2

    2 valve only when its bulletin diagnostic branch confirms failure or damage Fitment/availability: Exact No. 2 valve listed by T-SB-0230-12 Rev1; not interchangeable with the No.

    ToyotaPartsDeal
  • Toyota 89580-34012 air injection control driver

    replace the air-injection control driver on the bulletin's residual-code branch Fitment/availability: Exact driver identified by T-SB-0230-12 Rev1; use only if P0418 or P2445 remains after the applicable mechanical repair and confirmatio…

    ToyotaPartsDeal
  • Toyota 17171-50030 intake manifold-to-head gasket No. 1

    reseal both intake-manifold-to-head joints during the applicable repair Fitment/availability: Exact gasket listed by T-SB-0230-12 Rev1; bulletin quantity is two when the applicable air-injection repair requires intake-manifold removal Fi…

    ToyotaPartsDeal
  • Toyota 17377-50010 air tube gasket No. 4

    replace disturbed air-tube seals during the bulletin repair Fitment/availability: Exact air-tube gasket listed by T-SB-0230-12 Rev1; bulletin quantity is four for the applicable repair Fitment/availability: Ships in 1-3 business days wit…

    ToyotaPartsDeal

As an Amazon Associate, we earn from qualifying purchases; other part links may also earn au7o a commission. Confirm fitment by VIN before buying.

Typical repair cost:$100 - $2,000

Research This Issue

Based on 2,400 owner reports

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Community Reported
High Confidence2,400 owner reportsLast reported by owners Feb 2026Reviewed Feb 2026
Community reported
1,100 owners

2nd-gen Sequoias with the 5.7L 3UR-FE also suffer from secondary air injection pump failures, similar to the 1st gen but with updated part numbers. The pump seizes from internal moisture corrosion, triggering P2440-P2445 codes and check engine light.

This issue also affects: Lexus LX, Toyota 4Runner, Toyota Tacoma

Common Symptoms

  • Check engine light with P2440-P2445 codes
  • Loud buzzing or grinding on cold start
  • Air pump not engaging on startup
  • Failed emissions test

How to Fix

Replace secondary air injection pump (Toyota 17610-0S010 or Dorman 306-058). Replace air switching valves if corroded. Aftermarket pumps are available at lower cost. Some owners install check valves in the air line to prevent moisture backflow into the pump.

Typical repair cost:$300 - $1,500

Research This Issue

Based on 1,100 owner reports

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Community Reported
High Confidence1,100 owner reportsLast reported by owners Feb 2026Reviewed Feb 2026

The second-generation Sequoia's 5.7L 3UR-FE V8 seals the camshaft towers and timing chain cover to the cylinder heads with Toyota's formed-in-place sealant (FIPG/RTV) instead of a gasket. Heat and vibration degrade the sealant, letting oil seep from the cam towers (often onto the exhaust manifold where it burns) and the timing cover. Seepage commonly appears between roughly 60,000 and 100,000 miles and is the subject of class-action investigations.

Common Symptoms

  • Oil seepage at the front/rear of the cam towers
  • Burning oil smell from the exhaust manifold
  • Oil spots under the engine
  • Low oil level between changes
  • Smoke from the engine bay after driving

How to Fix

No recall. Repair requires removing the valve covers, timing chain, and cam towers, then resealing with fresh FIPG and re-timing the engine; out-of-warranty cost is roughly $3,500. Catching it early avoids oil burning on the exhaust manifold and low-oil damage.

What you need to fix it

Only diagnosis- and fitment-reviewed repair parts are linked here.

  • Toyota 00295-00103 Black FIPG form-in-place gasket sealant

    reseal the diagnosed cam-housing or timing-cover joint during professional engine disassembly Fitment/availability: Genuine Toyota Black FIPG 00295-00103 matching the 3UR-FE cam-housing/timing-cover service material; use only after leak-…

    YotaMasters

As an Amazon Associate, we earn from qualifying purchases; other part links may also earn au7o a commission. Confirm fitment by VIN before buying.

Research This Issue

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Community Reported
High ConfidenceVerifiedReviewed Jun 2026

The 2023+ Sequoia with the i-FORCE MAX twin-turbo V6 hybrid powertrain has experienced cooling system issues related to the added complexity of cooling both the twin-turbo engine and hybrid battery system. Owners report coolant loss with no visible external leak (internal leak at turbo coolant lines), electric cooling fan running continuously at high speed even in mild weather, and occasional overheating warnings during towing. The hybrid battery cooling circuit is separate from the engine cooling circuit and has its own failure modes.

Common Symptoms

  • Coolant level dropping with no visible leak
  • Cooling fans running at high speed constantly
  • Overheating warning while towing
  • Sweet coolant smell from engine bay
  • Hybrid system reduced power warning
  • Engine temperature gauge reading higher than normal

How to Fix

For coolant loss: have the dealer pressure test both the engine and turbo cooling circuits. Common leak points are the turbo coolant feed/return lines and the intercooler. For continuous fan operation: the hybrid battery cooling fans have an independent control module — check for DTCs related to battery temperature management. For towing overheating: ensure the transmission cooler and auxiliary cooler (if equipped with tow package) are functioning. Toyota has issued TSBs addressing cooling system software calibration. Verify all cooling system software is at the latest version.

Owner tips & cautions

  • WarningCheck coolant level weekly during the first year of ownership. The twin-turbo system has many more coolant connections than a naturally aspirated engine. Catching a small leak early prevents overheating damage.
Typical repair cost:$100 - $2,000

Research This Issue

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Community Reported
Medium Confidence

The engine-driven water pump on the 5.7L 3UR-FE develops a coolant leak long before most owners expect one. The pump's internal shaft bearing wears, which lets the shaft move and destroys the mechanical seal behind the pulley; coolant then seeps out of the weep hole and dries as a chalky pink crust on the front of the engine. Left alone the bearing eventually seizes or the pump impeller stops moving coolant properly, which can overheat the engine or throw the serpentine belt. Second-generation Sequoia and Tundra owners on the forums report failures anywhere from roughly 60,000-70,000 miles on the unlucky end to well past 100,000 miles with disciplined coolant changes - the wide spread is why it catches people off guard and gets misdiagnosed as a timing-cover or thermostat-housing leak.

Common Symptoms

  • Chalky pink or white dried coolant residue around the water pump pulley
  • Coolant puddle at the front center of the engine
  • High-pitched whine or low grinding from the front of the engine that changes with RPM
  • Low coolant reservoir level with no obvious hose leak
  • Temperature gauge creeping up under load or while towing

How to Fix

Inspect the front of the engine for chalky pink dried coolant around the water pump pulley and listen for a whine or low grinding from the front of the engine that rises with RPM. Grab the pulley and check for any shaft play. Replace the pump with a genuine Toyota unit and a new gasket, replace the thermostat and serpentine belt at the same time since they are already exposed, and refill with Toyota Super Long Life (pink) coolant. Because the accessory drive has to come apart anyway, treat this as a 100k-mile bundled service rather than a standalone repair. Note that a leak higher on the engine that drips down is more likely the timing-cover FIPG issue, so confirm the source before ordering parts.

Typical repair cost:$450 - $950

Research This Issue

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Community Reported
Low ConfidenceVerifiedReviewed Aug 2026

The retractable rear tailgate glass on the first-generation Sequoia is a chronic failure point. Two distinct causes show up over and over in owner threads. First, a metal stopper/brake bracket and spring assembly inside the hatch binds against the window gear and jams the mechanism - a Toyota TSB addresses this by having the spring and two brackets removed and discarded, which owners describe as fixing hardware that should never have been installed. Second, the window regulator motor itself burns out, often after repeatedly straining against a dry or debris-filled glass run channel. The glass typically stops partway, refuses to go back up, or the switch does nothing at all, and because the hatch cannot be opened with the glass down on some trucks, the failure can leave the vehicle unsecured.

Common Symptoms

  • Rear hatch glass will not roll down or will not come back up
  • Glass stops partway and reverses
  • Grinding or straining noise from inside the tailgate
  • Key-cylinder and interior rear window switches both dead
  • Rear hatch will not open because the glass is not fully closed

How to Fix

Pull the rear hatch trim panel and follow the TSB procedure first: remove the spring and the two stopper brackets from the window mechanism. Many trucks work normally immediately afterward at zero parts cost. If the motor is dead, replace the rear window regulator motor (owners report roughly $120 in parts and 30 minutes once the panel is off) and cycle/reset it. Prevent recurrence by spraying dry-film silicone lubricant into the rubber glass run channels twice a year - the same neglect that kills the first motor kills the replacement.

Typical repair cost:$0 - $450

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Community Reported
Medium ConfidenceVerifiedReviewed Aug 2026

On third-gen Sequoia models with the 14-inch multimedia display, unexpected signal noise can desynchronize the four serial data lanes carrying the rearview-camera image, making the backup-camera display show half-green, full-green, or full black, or freeze briefly when reverse is selected. This can prevent the rear view required by FMVSS 111. Toyota recalled about 394,000 Tundra and Sequoia vehicles.

Common Symptoms

  • Backup camera shows a green or black screen
  • Camera image frozen briefly when shifting to reverse
  • No rearview image when reversing, especially after a camera-view change

How to Fix

Covered by a Toyota noncompliance safety recall announced October 2025. Dealers update the multimedia display software free of charge to correct the camera data-sync timing. Customer notification began late November 2025.

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Community Reported
High ConfidenceVerifiedReviewed Jun 2026

On certain 2003 model year Sequoias, faulty logic in the Skid Control ECU can fail to correctly store the steering angle sensor center position, so the stability control system never establishes a valid straight-ahead reference. The VSC and TRAC warning lights illuminate and stay on, and vehicle stability control is disabled. Toyota addressed this with a brake service bulletin (BR002-03) covering the skid control ECU and the zero-point calibration procedure. The same symptom set recurs across the whole XK30/40 range for a related but different reason worth knowing: any stored powertrain fault automatically disables VSC and TRAC, so a check engine light plus VSC OFF plus TRAC lights very often means the underlying problem is an engine code - frequently the secondary air injection or an O2/wheel speed sensor - not the stability system itself.

Common Symptoms

  • VSC OFF and TRAC warning lights illuminated and will not clear
  • Check engine light on together with the VSC and TRAC lights
  • Stability control and traction control inoperative
  • Lights return immediately after a battery disconnect or code clear

How to Fix

Scan first, always - both engine and chassis (ABS/VSC) codes. If a powertrain code is stored, fix that and the VSC/TRAC lights clear on their own; do not chase the stability system. If the fault is genuinely in the stability system on a 2003, have the skid control ECU addressed per Toyota bulletin BR002-03 and perform the zero-point/steering angle calibration. The calibration procedure owners document: jumper pins 4 (CG) and 12 (Ts) at the OBD-II DLC3 connector, ignition ON without starting, steering wheel within 3 degrees of center, shifter in Park, then press and hold the TRAC OFF switch while pressing the brake pedal three times within two seconds and hold until the VSC buzzer sounds. Also inspect the wheel speed sensors and their harnesses, which are the other common trigger for these lights.

Typical repair cost:$120 - $900

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Community Reported
Low ConfidenceVerifiedReviewed Aug 2026

The cast iron exhaust manifolds on the 2001-2007 Sequoia 4.7L V8 develop cracks from repeated thermal cycling. The cracks typically appear at the flange where the manifold bolts to the cylinder head or between the runner tubes. A cracked manifold causes an audible exhaust leak (ticking noise on cold start that fades as the manifold expands when hot), a faint exhaust smell near the engine bay, and can eventually trigger a check engine light for catalyst efficiency if exhaust gases bypass the catalytic converter.

This issue also affects: Toyota Celica, Toyota Corolla, Toyota Highlander

Common Symptoms

  • Ticking or tapping noise from engine on cold start
  • Exhaust noise that fades as engine warms up
  • Exhaust smell near engine bay or cabin
  • Check engine light for catalyst efficiency
  • Visible cracks on exhaust manifold surface
  • Soot stains around manifold flange area

How to Fix

Replace the cracked exhaust manifold ($300-$600 per side for parts). Both sides should be inspected as cracking often affects both manifolds. The exhaust manifold studs frequently break during removal due to corrosion — budget for stud extraction or replacement ($100-$200 extra). Total repair with gaskets and hardware runs $800-$1,500 per side at a shop. Aftermarket stainless steel headers ($400-$800 per side) are a popular upgrade that resists cracking. Always replace the manifold gaskets during the repair.

What you need to fix it

Only diagnosis- and fitment-reviewed repair parts are linked here.

  • Toyota 17104-50151 right exhaust manifold subassembly

    replace a confirmed cracked right exhaust manifold on the matching early-design branch Fitment/availability: Right-side early-design catalog branch shown for 2001-2005 Sequoia; confirm VIN, production date and air-injection configuration…

    ToyotaPartsDeal
  • Toyota 17105-50151 left exhaust manifold subassembly

    replace a confirmed cracked left exhaust manifold on the matching early-design branch Fitment/availability: Left-side early-design catalog branch shown for 2001-2005 Sequoia; confirm VIN, production date and air-injection configuration b…

    ToyotaPartsDeal
  • Toyota 17104-50200 right exhaust manifold subassembly

    replace a confirmed cracked right exhaust manifold on the matching late-design branch Fitment/availability: Right-side late-design catalog branch shown for 2004-2007 Sequoia; confirm VIN, production date and air-injection configuration b…

    ToyotaPartsDeal
  • Toyota 17105-50190 left exhaust manifold subassembly

    replace a confirmed cracked left exhaust manifold on the matching late-design branch Fitment/availability: Left-side late-design catalog branch shown for 2004-2007 Sequoia; confirm VIN, production date and air-injection configuration bef…

    ToyotaPartsDeal

As an Amazon Associate, we earn from qualifying purchases; other part links may also earn au7o a commission. Confirm fitment by VIN before buying.

Owner tips & cautions

  • WarningSoak the exhaust manifold studs with penetrating oil (PB Blaster) for several days before attempting removal. Broken studs are extremely common on these engines and add significant cost to the repair.
Typical repair cost:$800 - $3,000

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Community Reported
High Confidence

On the 2023-2024 Sequoia Hybrid, the resin tow hitch cover on the rear bumper is retained by molded clips, but the attachment design does not engage securely. The cover can loosen and fall off while driving, creating a road hazard for following vehicles. Toyota recalled 43,395 vehicles after roughly 1,024 warranty claims and two customer complaints.

Common Symptoms

  • Tow hitch cover loose or rattling
  • Tow hitch cover falls off while driving
  • Missing rear bumper hitch cover

How to Fix

Covered by a Toyota safety recall announced September 2024. Dealers replace the tow hitch cover with an improved part and modify the rear bumper attachment so the cover seats securely, free of charge. Owner notification began October 5, 2024.

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Community Reported
High ConfidenceVerifiedReviewed Jun 2026
get a full repair guide

What is the 2008-2022 Toyota Sequoia Rear Air Suspension Compressor and Air Spring Failure?

The load-leveling rear air suspension on the Sequoia (Limited and Platinum trims) suffers from compressor burnout and air spring leaks. The compressor runs excessively to compensate for slow leaks in the air springs, eventually overheating and failing. The rear of the vehicle sag… Repairs typically run $400-$2,500. Severity: high.

What is the 2001-2007 Toyota Sequoia Front Lower Ball Joint Premature Wear and Separation (2UZ-FE XK30/40)?

The front suspension lower ball joints on first-generation Sequoias wear out far ahead of normal service life. Owners and Toyota's own recall documentation attribute it to a joint design/manufacturing process that puts excessive stress on the stud and allows the grease seal and i… Repairs typically run $450-$1,100. Severity: high.

What is the 2023-2024 Toyota Sequoia Transmission Neutral Creep / Unintended Forward Movement (Recall 24V125)?

On the 2023-2024 Sequoia Hybrid (10-speed automatic shared with Tundra Hybrid and Lexus LX600), some transmission clutch components may not fully disengage when shifted to Neutral. Engine power can keep reaching the wheels, letting the vehicle creep forward unexpectedly at low sp… Severity: high.

What is the 2001-2009 Toyota Sequoia Secondary Air Injection System Failure (2UZ-FE)?

The 4.7L 2UZ-FE's secondary air injection system fails due to corroded air switching valves (ASVs) and seized air pumps. Moisture enters the system and corrodes internal components. Causes check engine light with P2440/P2442 codes. Repairs typically run $100-$2,000. Severity: medium.

What is the 2008-2019 Toyota Sequoia Secondary Air Injection Pump Failure (3UR-FE/i-FORCE)?

2nd-gen Sequoias with the 5.7L 3UR-FE also suffer from secondary air injection pump failures, similar to the 1st gen but with updated part numbers. The pump seizes from internal moisture corrosion, triggering P2440-P2445 codes and check engine light. Repairs typically run $300-$1,500. Severity: medium.

What is the 2001-2007 Toyota Sequoia Steering Angle Sensor Zero-Point Not Stored by Skid Control ECU (VSC / TRAC Lights On)?

On certain 2003 model year Sequoias, faulty logic in the Skid Control ECU can fail to correctly store the steering angle sensor center position, so the stability control system never establishes a valid straight-ahead reference. The VSC and TRAC warning lights illuminate and stay… Repairs typically run $120-$900. Severity: medium.

What is the 2023-2025 Toyota Sequoia i-FORCE MAX Hybrid Cooling System Issues?

The 2023+ Sequoia with the i-FORCE MAX twin-turbo V6 hybrid powertrain has experienced cooling system issues related to the added complexity of cooling both the twin-turbo engine and hybrid battery system. Owners report coolant loss with no visible external leak (internal leak at… Repairs typically run $100-$2,000. Severity: medium.

What is the 2008-2022 Toyota Sequoia 3UR-FE 5.7L Water Pump Bearing and Weep-Hole Coolant Leak?

The engine-driven water pump on the 5.7L 3UR-FE develops a coolant leak long before most owners expect one. The pump's internal shaft bearing wears, which lets the shaft move and destroys the mechanical seal behind the pulley; coolant then seeps out of the weep hole and dries as… Repairs typically run $450-$950. Severity: medium.

What is the 2001-2007 Toyota Sequoia Rear Hatch Power Window Inoperative (Glass Stopper Bracket Jam / Regulator Motor Failure)?

The retractable rear tailgate glass on the first-generation Sequoia is a chronic failure point. Two distinct causes show up over and over in owner threads. First, a metal stopper/brake bracket and spring assembly inside the hatch binds against the window gear and jams the mechani… Repairs typically run $0-$450. Severity: medium.

What is the 2008-2022 Toyota Sequoia 3UR-FE 5.7L V8 Cam Tower / Timing Cover Oil Leak (FIPG Sealant Failure)?

The second-generation Sequoia's 5.7L 3UR-FE V8 seals the camshaft towers and timing chain cover to the cylinder heads with Toyota's formed-in-place sealant (FIPG/RTV) instead of a gasket. Heat and vibration degrade the sealant, letting oil seep from the cam towers (often onto the… Severity: medium.

What is the 2023-2025 Toyota Sequoia Rearview Camera Green/Black Screen Freeze (Recall, Oct 2025)?

On third-gen Sequoia models with the 14-inch multimedia display, unexpected signal noise can desynchronize the four serial data lanes carrying the rearview-camera image, making the backup-camera display show half-green, full-green, or full black, or freeze briefly when reverse is… Severity: medium.

What is the 2008-2010 Toyota Sequoia AB60E 6-Speed Torque Converter Lockup Shudder (TSB TC018-07)?

Early second-gen Sequoias with the AB60E 6-speed automatic (5.7L V8) can develop torque-converter flex-lockup-clutch shudder. Owners feel an intermittent shudder/vibration when lightly accelerating after an upshift around 20-45 mph, or before a downshift between 30-65 mph, as the… Severity: medium.

What is the 2001-2007 Toyota Sequoia Exhaust Manifold Cracking (4.7L 2UZ-FE V8)?

The cast iron exhaust manifolds on the 2001-2007 Sequoia 4.7L V8 develop cracks from repeated thermal cycling. The cracks typically appear at the flange where the manifold bolts to the cylinder head or between the runner tubes. A cracked manifold causes an audible exhaust leak (t… Repairs typically run $800-$3,000. Severity: medium.

What is the 2023-2024 Toyota Sequoia Tow Hitch Cover Detachment from Rear Bumper (Recall, Sep 2024)?

On the 2023-2024 Sequoia Hybrid, the resin tow hitch cover on the rear bumper is retained by molded clips, but the attachment design does not engage securely. The cover can loosen and fall off while driving, creating a road hazard for following vehicles. Toyota recalled 43,395 ve… Severity: low.

What is the 2001-2022 Toyota Sequoia Rear Liftgate Strut Failure (Hatch Won't Stay Open)?

The gas-charged struts that hold the rear liftgate open on the Sequoia lose pressure over time, causing the heavy rear hatch to fall on its own. This is a safety concern as the liftgate is large and heavy enough to injure someone if it drops unexpectedly. The struts typically beg… Repairs typically run $30-$120. Severity: low.