Toyota Tundra 2022 — Problemas reportados

The contact owns a 2022 Toyota Tundra. The contact stated that the vehicle was taken to a local dealer for maintenance, where it was discovered that the vehicle had an oil pressure failure. The local dealer associated the failure with NHTSA Campaign Number: 24V381000 (Engine and Engine Cooling). The vehicle was previously repaired under the recall at another dealer. The local dealer advised the contact to contact the original servicing dealer about the failure. The original servicing dealer was contacted but stated that any additional repair would be out of pocket. The failure mileage was approximately 37,049.

On September 1, 2026, my 2022 Toyota Tundra experienced a serious loss of accelerator response while I was leaving a gas station and entering traffic. I pressed the accelerator, but the truck provided effectively no acceleration, leaving me partially in the roadway. An approaching vehicle had to swerve into the opposing traffic lane to avoid a collision. I had experienced a similar low-speed loss of accelerator response within the prior two weeks. On September 2, while traveling on I-70 at approximately 70 mph, the truck experienced a separate loss-of-power event. Engine RPM dropped considerably and the vehicle felt as though it were coasting. I pressed the accelerator firmly, but it did not respond normally for approximately 5-10 seconds before power returned. Radar/adaptive cruise control was not engaged. I immediately took the truck to Western Slope Toyota. Technicians checked for codes, performed multiple road tests and recorded vehicle data but could not reproduce the intermittent failure. The issue was escalated to Toyota technical assistance under TAS Case 262460664. This problem has been documented by Western Slope Toyota since 2023. Toyota's applicable TSB repairs were performed on prior occasions in an attempt to correct the throttle/hesitation problem, but they did not resolve it. In 2025, the dealer again documented the condition after the earlier TSB had already been performed. According to the September 2026 repair documentation and my discussion with the Western Slope Toyota service manager, Toyota's specialist technical team is aware that the condition can remain despite the TSB work. The repair order states that Toyota identified a known hesitation concern that remains under investigation and that there was no repair to be made at that time. The condition is intermittent and unpredictable and can cause loss of accelerator response or motive power at low and highway speeds. I believe it creates a serious crash risk. Current mileage: 58,735.

This is a follow-up to my NHTSA complaint tracking #11742382, filed June 5, 2026, before my recall repair. I'm filing again because the repair is now complete and it has raised two new concerns: undocumented warranty coverage on the replacement engine, and an unresolved question about whether a second, broader recall applies to that replacement engine. 1. Recall repair completed. Under NHTSA Campaign 24V381000 (Toyota internal 24TA07, filed 2024-05-30), my original engine was replaced with a new OEM assembly (part 04004-23370, serial [XXX], 2026 manufacture date, incorporating the post-April-2024 revised bearing design) at Teton Toyota, Idaho Falls, ID, June 19 to 22, 2026 (repair order [XXX], mileage in/out 28,252/28,281). Toyota's own recall record states the replacement unit was inspected clean. I have no reason to doubt that specific finding; my concern is what happens after. 2. Replacement engine's warranty terms were left undocumented. The repair order lists the warranty "Policy Number" covering the new engine as TBD. As of this filing, Toyota National (1-800-331-4331) has not given me a written answer to a direct question: does the replacement engine carry a new 5-year/60,000-mile powertrain warranty starting from the June 22, 2026 install date, or only the remainder of my original factory warranty? A safety recall remedy that leaves the owner without documented knowledge of what protection they actually received is, in my view, an incomplete remedy under 49 CFR Part 573's recordkeeping and notification requirements. Owners should not have to chase this down themselves months after the repair. 3. A second, broader recall may or may not apply to my replacement engine, and Toyota has not said which. NHTSA Campaign 25V767000 (Toyota internal 25TA14, filed 2025-11-06) expands the same underlying defect population to additional 2022-2024 Tundra, Lexus LX, and 2024 Lexus GX vehicles, with a remedy of inspecting the #1 main bearing via inspection software and INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)

REPEATED CATASTROPHIC ENGINE FAILURE / FAILED RECALL REMEDY. My 2022 Toyota Tundra suffered a complete engine seizure and sudden loss of motive power August 30, 2026, creating an immediate traffic hazard. This is the SECOND time this vehicle has experienced a catastrophic main bearing failure of its twin-turbo V6 engine. The original factory engine was replaced by an authorized Toyota dealership under Safety Recall 24V-381 / 24TA07 in March 2025. The defect should have been resolved. However, the replacement crate engine provided by Toyota carried the exact same engineering vulnerability as the original engine. It was manufactured prior to Toyota's mid-2026 engineering revision, which finally introduced a redesigned #1 main bearing to address localized crankshaft pressure stack-up (as noted in subsequent NHTSA filings like 26V-320).Furthermore, the previous engine replacement due to a federal safety recall was entirely withheld and not disclosed to me at the point of sale. Because Toyota replaced a recalled, defective engine with an identically flawed engine block, the initial recall remedy completely failed, leaving the vehicle dangerous and prone to repeated mechanical failure. The vehicle has driven approximately 16 months since the March 2025 replacement. I am demanding that Toyota provide a permanent remedy using the updated, structurally revised 2026 engine components. It is at the Toyota dealer.

The contact's husband owns a 2022 Toyota Tundra. The contact stated that the key fob failed to unlock the front driver’s side door. Due to the failure, the contact was forced to lock the front driver’s side door manually after exiting the vehicle. The contact was forced to enter the vehicle through the front passenger’s side door and crawl over to the front driver side seat. The vehicle was taken to the dealer, and an estimate was provided for the repair. The vehicle was not repaired. The failure mileage was approximately 75,000.

I am filing this complaint regarding my Toyota Tundra and Toyota Safety Recall 24TA07. My vehicle was previously affected by this engine recall, and Toyota replaced the engine as the recall remedy. The replacement engine has now failed with the same or substantially similar engine issue that resulted in the original recall and engine replacement. I am very concerned that a replacement engine installed as the remedy for a safety recall has experienced the same type of failure. This vehicle has now experienced engine failure involving two separate engines: the original recalled engine and the replacement engine installed by Toyota under Recall 24TA07. The Vehicle is at the Toyota dealer. I am requesting that NHTSA investigate whether replacement engines being installed under this recall may also be susceptible to the same or a similar defect. I would also like this complaint documented because I am concerned about the safety and reliability of the vehicle and whether Toyota's recall remedy adequately corrected the original safety issue. I am requesting that Toyota provide a permanent remedy for my vehicle at no cost to me. I would also like information regarding my rights and available remedies given that the engine replaced under the safety recall has now failed, including whether this repeat failure may qualify for additional manufacturer remedies or protections under applicable warranty or state lemon law.

This 2022 Toyota Tundra TRD Pro is subject to Limited Service Campaign 24TD01 for premature tire wear, caused by a factory front toe/camber angle defect acknowledged by Toyota. The vehicle received the campaign remedy (front alignment adjustment and tire replacement) in May 2024, but the same wear pattern on the front tires reappeared and has continued for over a year, documented across multiple dealership visits. A dealership technician found abnormal front tire wear on three separate occasions (August 2025, September 2025, and March 2026) but never recommended a front-end alignment despite Toyota's own campaign identifying alignment/camber as the root cause. As of August 2026, the right front tire tread had worn down to approximately 1/32 inch, an unsafe condition, and only then was an alignment finally recommended in writing for the first time. The vehicle also had a documented brake rotor warping issue (front rotors) as early as November 2024, causing a braking vibration above 40 mph that has persisted. The recurring tire wear presents an ongoing safety risk due to reduced traction and control, particularly relevant given the near-bald tire condition reached before any alignment correction was recommended by the servicing dealer.

"I am writing to report a latent safety concern regarding my 2022 Toyota Tundra Hybrid equipped with the V35A-FTS engine. Non-hybrid 2022–2024 Tundras sharing this exact V35A engine block architecture are subject to active safety recalls (NHTSA Campaign IDs: 24V381, 25V767, and 26V320) due to crankshaft main bearing failure caused by manufacturing debris and oil film disruption. My hybrid model utilizes the same V35A internal engine short-block assembly and suffers from the exact same potential for main bearing contamination and catastrophic internal engine lockup. Although the hybrid battery provides limited low-speed auxiliary power, a sudden internal combustion engine failure or lockup while operating at highway speeds or under heavy towing loads creates a severe safety hazard, including immediate loss of throttle response, power steering loss, and high risk of rear-end collisions. My engine has not failed yet, but the presence of known, unaddressed manufacturing debris within the V35A assembly presents an ongoing safety risk. I request that NHTSA expand its safety defect investigation into the V35A engine architecture to explicitly include the i-FORCE MAX Hybrid models." Toyota has been lacking in taking responsibility that these exact same engines manufactured on the same assembly line are also subject to the same issues. I believe it is a significant safety issue especially since in the event of an engine failure the hybid system will NOT be strong enough to move the vehicle to the side of the road safely. In addition, when the powertrain warranty expires next year for the 2022 models, owners will be left holding the bag for a $30,000 dollar engine replacement when toyota knows this could and has happened. Currently, Toyotas way of evaluating engines consist of hitting the engine with a hammer to check if its affected or not. What?? Please investigate this and hold toyota responsible, all engines manufactured on that assembly line in AL should be replaced.

The contact owns a 2022 Toyota Tundra. The contact previously received notification of NHTSA Campaign Number: 24V381000 (ENGINE AND ENGINE COOLING). The contact stated that at start-up there was an abnormal knocking sound coming from the engine, and the engine idled, with the RPM fluctuating. While accelerating from a stop, the RPM fluctuated, and the vehicle hesitated and jerked. There was no warning light illuminated. The vehicle was taken to a local dealer where it was diagnosed, and the contact was informed that no failure was found. The vehicle was taken to an independent mechanic where it was diagnosed, and the contact was advised that further diagnostic tests were required to determine the cause of the failure. The vehicle was not repaired. The manufacturer was notified of the failure. The failure mileage was 58,848.

I am 99% sure my vehicle is compromised via a cybersecurity incident. My emergency brake will sometimes slam for no reason, no multi media system updates have occurred for over two years, and the vehicle will randomly beep on its own, unlocking the doors. Another major issue is a recent electric harness failure that the mechanics have no idea how it happened. It cost me over 8,000. Warning lights also turn on for no apparent reason such as parking, sensors, and other traction control. I am extremely concerned with my safety. I also believe the odometer has been altered to register higher mileage.

This is a repeat engine failure on a vehicle that already received the manufacturer's recall remedy. On XXX, at 69,420 miles, the original engine was replaced under Toyota's recall for the V35A 3.4L twin-turbo V6 (manufacturing debris contaminating crankshaft bearings), at Capital Toyota in [XXX]. On XXX, at 109,367 miles — approximately 39,947 miles after the recall replacement engine was installed — the replacement engine failed catastrophically. We first heard knocking in the engine while the truck was idling. The vehicle lost the ability to be driven and had to be towed to Savannah Toyota in Savannah, GA, where it currently remains. This failure raises serious safety concerns because the same recall-related symptoms (knocking progressing to failure) can occur while driving at highway speed, creating a risk of sudden loss of power, stalling in traffic, and a crash. This indicates that Toyota's recall remedy (engine replacement) did not correct the underlying manufacturing defect. We have opened a case with Toyota's Brand Engagement Center (case/file number XXX) requesting a third engine replacement. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)

Manufacturer Recall Number25TB06 NHTSA Recall Number25V322 In regards to the above mentioned recalls. The vehicle's reverse camera began flashing while driving forward. The R light on the gearshift was also flashing. While driving forward about 15 mph out of a parking lot, the vehicle suddenly went into reverse on it's own, locked up and would not move. I had to have the vehicle towed to the dealership. This happened around the week of June 8. The dealership says that they reset the electrical recall, we picked up the truck and it ran fine for about a week. The reverse camera and R light on the gearshift began flashing again on June 17. It did not shift itself into reverse, but the dealership requested that we bring the vehicle back. The dealership stated that Toyota has "grounded" the vehicle and does not have a fix for the recall to date and continuing to drive it is a safety hazzard. It has been sitting at the dealership since June 18 with no end in sight. The dealership and Toyota Corporate continues to tell me every few days that they do not have a fix for the issues/recalls.

Summary of Complaint I am submitting this complaint to report what I believe may be a safety-related defect involving the twin-turbocharger system on my 2022 Toyota Tundra (VIN: [XXX]). The driver’s side turbocharger failed at approximately 58,000 miles and had to be replaced. Approximately 6,000 miles later, at around 64,000 miles, the passenger-side turbocharger also failed. The vehicle has been properly maintained and serviced by authorized Toyota dealerships. A failed turbocharger causes a significant loss of engine power, which can create a hazardous condition when merging onto highways, overtaking other vehicles, or driving in traffic where acceleration is necessary to avoid a collision. Toyota requested that I return the vehicle to an authorized dealership for an additional diagnosis, which confirmed the failure of the second turbocharger. I paid $250 for this diagnosis at Toyota’s request. Despite the repeated failure of both turbochargers at relatively low mileage, Toyota declined to provide further assistance and informed me that its decision was final. Based on the failure of both turbochargers within only 64,000 miles, I believe this may represent a manufacturing or design defect rather than normal wear. I respectfully request that NHTSA review this issue and determine whether similar failures are occurring in other 2022 Toyota Tundra vehicles equipped with the same twin-turbo engine, and whether a safety-related defect investigation is warranted. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)

Traveling on the highway with no cars near us and our panoramic sunroof exploded showering myself and my passenger with glass at highway speed. There are no over hanging trees or over passes in this area.

Water is leaking into the cab of my 2022 Toyota Tundra Platinum 4x4 through the high-mounted third brake light. The leak allows water to enter the headliner and interior, creating the potential for mold, damage to the interior, and electrical issues. After troubleshooting, the third brake light gasket appears to be the source of the leak. Toyota does not appear to offer the gasket as a replacement part, requiring owners to replace the entire third brake light assembly despite the failure being limited to the seal. Numerous owners have reported similar water intrusion issues on 2022+ Tundras, suggesting this may be a common defect rather than an isolated incident. I believe Toyota should investigate the failed gasket design and consider a recall or service campaign to replace the defective seal or assembly.

Driving on the interstate and the truck surged very hard. The truck began to surge very hard and went into decreased speed mode. We were told by the dealer there is a TSB for the PCM. This decreased power caused the truck to not be able to travel over 25 MPH in a 70 MPH zone. This caused an unsafe situation.

The regain from brake for the hybrid system jerking when go to full stop

I have not had an actual vehicle accident as of yet but the vehicle has a serious hesitation issue during acceleration from a quick stop or rolling situation whereas if you were making a left turn at a traffic light and were waiting for traffic while execrating to clear the next on coming vehicle there is sometimes a 3 second or more delay before the vehicle will accelerate which could cause an accident. Toyota has recognized this issue and came out with a technical service bulletin (T-SB-0032-26) with an update program for the TCU but has not included my vin or several others that have this same issue. I have been told by my dealer that they could do the update but since my vin is not included they would have to charge me. This is a major safety issue and needs to be addressed at no cost to the consumers. I have contacted Toyota brand engagement and they were no help at all acting like they had no idea what I was talking about. It happens every, everywhere. Major safety issue. Making complaints before accidents or fatalities happen because of this!

The contact owns a 2022 Toyota Tundra. The contact stated that while his wife was driving at an undisclosed speed, the vehicle jerked, and the engine stalled. The vehicle was driven to the shoulder of the road. The contact turned off and restarted the vehicle. Several unknown warning lights were illuminated. The vehicle was taken to the dealer, where it was diagnosed with engine failure. The contact was informed that the engine needed to be replaced. The vehicle was repaired under an unknown recall; however, the failure reoccurred. The contact stated that the failure was persistent. The vehicle was taken back to the dealer, who confirmed the failure. The vehicle was not repaired. The manufacturer was made aware of the failure, and a case was filed. The failure mileage was approximately 66,000.

Three recalls have now been issued across four years Post-fix engines are still failing for the new tundra Toyota is still issuing new part numbers and design revisions for 2026 The NHTSA filing explicitly references engine configuration as a pressure driver No complete remedy exists for the second recall as of today The probability this is purely a manufacturing debris issue is effectively zero at this point. As one insider on BobIsTheOilGuy summarized: "Toyota is not telling the public the entire extent of the issue because all vehicles with that engine are experiencing failures and because it's at least partly a design flaw issue — even the replacement motors will fail." BobIsTheOilGuy What Toyota has is a design that operates with insufficient margin at #1 main, which means it will continue to surface failures even in "clean" engines under the right combination of load, heat, and mileage — just at a lower rate than the heavily contaminated early production units. That's why there's no clean fix. You can't recall your way out of a physics problem. This is a engine defect. Toyota needs to buy back all these vehicles.

I've been experiencing throttle lag on my 2022 Tundra in certain situations during rolling stops (I've also had it occur from a dead stop, though more frequent in rolling stops). Sometimes there is a significant delay in throttle response, and the other day while pulling out into traffic the delay was perhaps 2-3 seconds. This nearly created an accident as the engine had zero response and greatly affected my ability to accelerate quickly enough. Please consider this as a possible recall, as the danger level is very high for this known issue. Thank you for your time.

In this vehicle, I regularly experience a "delay" in gas pedal response. I drive a non-hybrid V6 twin turbo variant engine 2022 Toyota Tundra, and for a long time I thought this was just related to turbo spooling delays. But Toyota's recent TSB-0032-26 publishing last month confirmed that it is actually a TCM logic issue requiring a re-flash. I spoke to the dealership and this is not covered outside of the standard 3-year bumper to bumper warranty, and they wouldn't cover it under the powertrain warranty which lasts longer, even though this is technically a power train issue. This concern has left me challenged with timing gas pedaling from a full stop, often with a noticeable 1-2 second lag before the truck responds. I have had a couple of close calls because this behavior inhibits safe judgement calls for acceleration. Especially from full stops this is most noticeable, but also when you are trying to accelerate suddenly, there's always a brief delay.

The vehicle was purchased brand new from an authorized franchised dealership, sold and contracted as being equipped with a dealer-installed 2.5-inch suspension lift. At approximately 20,000 miles, a severe front-end squeaking symptom developed. The vehicle was brought to a separate authorized Toyota dealership service center for inspection. An authorized Toyota Master Technician formally inspected the vehicle and documented that the selling dealership did not install an engineered suspension lift. Instead, they installed unauthorized, budget aftermarket spacer pucks and non-certified upper control arms. The Master Technician documented in writing that the vehicle "isn't even lifted properly" and a factory front strut has failed prematurely. SAFETY RISK: The unauthorized spacer modification has severely altered and compromised the factory steering and suspension geometry. Because the front suspension, upper control arms, ball joints, struts, and steering rack are forced to operate continuously at unsafe, extreme, out-of-spec angles, the components are subjected to premature, destructive stress. The Master Technician confirmed that this improper configuration creates an imminent highway life-safety hazard, presenting an extreme risk of the front CV axles binding or snapping at highway speeds, which would result in an immediate, catastrophic loss of steering control. The vehicle is available for inspection upon request. The safety defect has been explicitly reproduced and confirmed in writing by an authorized Toyota Master Technician. The selling dealership management has been formally notified of this safety diagnosis but has actively refused to remediate the unsafe components, leaving a structurally compromised and highly dangerous vehicle operating on public highways.

I bought the truck brand new in July 2022. May 2, 2026 I hit 46,461 miles and started hearing a clanking sound and caused vibration in low speeds. After 30 MPH the vibration went away. I took it straight to Toyota dealer and with hardly any questions asked they are rebuilding the whole engine and still have it since today May 29,2026.

This recall {25TA06} has been out since May 15 2025, it's been over a year now. I have called a few times and nobody know anything when this will be completed. Rumors on line say they took care of the ones at the dealership but not the ones that customers purchased. All I need is about when this will be taken care of. Thank you

After I put gas into the vehicle gas tank, the gas tank gauge indicated the tank was 75% full. The following day when I started the vehicle the gauge indicated the tank was 100% full and I did not add a drop of gas into the tank. Days later the tank appears to be stuck on 100% full. My fear is that I will not realize when the tank approaches empty at a very inopportune time.

Both of the turbos on my truck failed with a code description of "waste gate actuator stuck closed". This resulted in a significant drop in power while on the interstate. This code appeared several months before this incident when it was at the dealer for service and Toyota cleared the code and sent me on my way without mentioning it. I only saw it later when I was looking through the history in the vehicle information section in the truck's multimedia system.

Toyota Tundra recall 25V322 is still has no remedy available even though the recall was almost a year ago.

Multiple times in my almost 3 year ownership I have experienced a “dead pedal” while pulling out into traffic from a stop. It has almost caused a t bone accident on a few occasions. It’s been to the dealer and had a software update TSB 0111-22. After the update I didn’t have the issue for a little while, but it has come back and it now happens almost every time I drive it. Online search shows that there are multiple people having this problem. Toyota needs to come up with a fix for this before it causes a bad accident.

Front seat driver side shield cover has cracked in multiple places and may affect performance of side air bag deployment.

Premature tire wear. Outside of tire on front wearing faster than inside. Had a realignment and also put on new tires. Same issue is happening

Driver-side seat plastic side cover (seat shield) cracked/broke under normal use. Concern about durability and potential safety hazard if seat components fail,I was bring into local Toyota dealer ask for replacement but answer is vehicle is out of warranty (3year /36000mile)I need to pay for it ,which my vehicle is just past warranty about 5month and the mileage is only 25956,I do find out a lot Toyota owners have the same issue.

The issue is a dangerous hesitation during low-speed rolling acceleration. In real-world driving, when I slow down but do not come to a full stop — such as when merging, changing lanes, entering traffic, crossing an intersection, or rolling through a turn — the gasoline engine can shut off while the truck is still moving. When I then press the accelerator to re-enter traffic or move quickly out of the way, there is a noticeable delay before meaningful propulsion is delivered.This hesitation is not a minor comfort issue. It creates a real safety risk.In a small hybrid passenger car, electric-only rolling behavior may be acceptable because the electric motor can often move the vehicle adequately on its own. But this is a full-size half-ton pickup. In my experience, the electric motor alone does not always provide sufficient immediate response for the weight and use case of the vehicle. The result is a dangerous dead zone where the driver is asking for acceleration, the vehicle is rolling, traffic conditions are changing, and the truck does not respond quickly enough.If a Toyota hybrid half-ton pickup is moving, the gasoline engine should not shut down in a way that prevents immediate acceleration when the driver presses the accelerator. This behavior has created multiple close calls for me. The most concerning scenario is a rolling slowdown followed by the need for immediate acceleration — for example, pulling into traffic, changing lanes, or clearing an intersection. In those moments, a 2–4 second delay is not merely annoying. It can be the difference between safely completing a maneuver and being exposed to a collision.

Acceleration Lag/Hesitation, we are in the intersection fully stop yield before we go left. step on the pedal to go the truck go a little bit then suddenly lose power for a seconds and try to accelerate again just go. The car behind us almost hit me.

The contact owns a 2022 Toyota Tundra. The contact stated that the engine was blown while driving at 10 MPH. No warning lights were illuminated. The vehicle was towed to the local dealer, where it was diagnosed, and determined that the engine needed to be replaced. The engine was replaced, but the failure recurred. The manufacturer was contacted and confirmed that there was no warranty coverage associated with the vehicle. The failure mileage was approximately 71,000.

On 2022 - 2024 Toyota Tundra models, the vehicles are experiencing an issue where the fuel sensor will reset the digital and analog fuel displays back to showing a full tank without adding fuel to the tank. On my vehicle, the reset has been occurring around the 380 mile distance to empty level. I see numerous other reports about individuals experiencing the same issue. I believe this is a defect and could cause a vehicle to run out of gas without the driver expecting it.

While driving my 2022 tundra my reverse indicator light and back up camera began flashing while approaching an intersection. I stopped at the intersection to wait for the green light for a left turn onto the highway. I shifted into park and then back into drive but reverse indicator and camera kept flashing. After completing my left turn and accelerating to approximately 40 mph I heard a loud bang and my rear wheels locked causing me to slide sideways narrowly missing other vehicles next to me. After a second the wheels started spinning normally. The reverse indicator and camera continued flashing. After slowing I turned my hazard lights on and slowly drove the vehicle directly to the Toyota dealership. I told them what happened and provided a video of the flashing light and screen. I told them that the truck was no longer safe to drive and that I was fortunate that I didn’t cause an accident. They ran diagnostics on the vehicle which had many error codes for various modules. They have cleared the codes and are requesting that I take the vehicle back. They reported that they could not replicate and no repairs were made. I don’t think the vehicle is safe to drive with the possibility of it happening again in a more dangerous location at speed or with my family in the vehicle.

While offloading my truck after getting back from vacation and with all the windows rolled down I noticed smoke coming out of the cab of my truck. Not know what it was or why smoke was coning from the inside of my truck I went to investigate and notice the top of the rear seat was melting and smoking. Absolutely no reason why that material should have started to melt and smoke. Outside temperature at the time was 64 degrees Fahrenheit. Only thing that I could think of was the light / reflection of the sun from our upstairs bedroom window. It is just a standard glass window so don't see how that would cause the material to melt, smoke and it absolutely looked like it was about to light up. I have an actual video of it smoking but website will not let me upload it.

The contact owns a 2022 Toyota Tundra. The contact stated that while driving approximately 40 - 45 MPH with the accelerator pedal depressed, the vehicle failed to respond as intended. The contact waited approximately one to two minutes, and then the vehicle operated as intended. A dealer was contacted. The vehicle was taken to the dealer to be diagnosed, and the contact was informed that the vehicle was operating as intended. The vehicle was repaired as per the recall on the vehicle. The contact stated that the failure had occurred on several occasions. The manufacturer was notified of the failure and informed the contact about a possible buyback. The approximate failure mileage was 26,100.

Front end alignment is incorrect from Toyota factory. This is reflected in the service campaign 24TD01 for this vehicle. Toyota refuses to fix the problem, stating the campaign has expired. The alignment causes premature uneven wear of the tires, which is a safety problem. The 24TD01 campaign document states the dealer should complete the service prior to sale. Marietta Toyota DID NOT complete this service on my vehicle before sale.