2022 Toyota Tundra

I'm having an issue my 2022 Toyota Tundra having incredible throttle lag issues involves a delay and sudden surge when accelerating from a stop, creating a safety concern, often described as a "dead pedal". It has caused me to get into numerous situations where i could've gotten hit by other vehicles. It is so dangerous! The dealership is unable to fix it and says to disconnect the battery regularly to try and "help" the issue.

The hybrid version of the Toyota Tundra uses the same base V35A-derived engine architecture, block casting, bearing design, and oiling system as the recalled non-hybrid vehicles. Toyota has not demonstrated that hybrid engines were manufactured differently or are immune to the defect that prompted the recall. In towing conditions, an internal combustion engine failure creates an immediate safety hazard even if limited electric propulsion remains available. Electric-only operation provides severely reduced power, limited speed, and restricted torque, making highway merging, grade climbing, or maintaining safe traffic flow unsafe while towing. Retaining minimal electric motion does not equate to maintaining safe propulsion under load. Additionally, a catastrophic engine failure may introduce metal debris, oil pressure loss, or thermal imbalance that can compromise shared drivetrain and hybrid coupling components. The presence of an electric motor does not mitigate the underlying defect risk or the secondary damage potential. Toyota’s distinction between hybrid and non-hybrid vehicles appears to be regulatory and financial rather than engineering-based. The same defect risk exists regardless of the hybrid system. I request that NHTSA evaluate whether Toyota’s exclusion of hybrid vehicles is based on actual engineering differences or solely on regulatory interpretation.

I am submitting this complaint regarding Toyota’s decision to exclude hybrid vehicles from an active safety recall affecting non-hybrid Toyota Tundra models equipped with the same twin-turbo V6 engine architecture. Toyota has stated that hybrid vehicles are excluded because they retain motive power through the electric drive system in the event of an internal combustion engine failure. This rationale does not address real-world safety risk and does not reflect the mechanical realities of towing or highway operation. The hybrid version of the Toyota Tundra uses the same base V35A-derived engine architecture, block casting, bearing design, and oiling system as the recalled non-hybrid vehicles. Toyota has not demonstrated that hybrid engines were manufactured differently or are immune to the defect that prompted the recall. In towing conditions, an internal combustion engine failure creates an immediate safety hazard even if limited electric propulsion remains available. Electric-only operation provides severely reduced power, limited speed, and restricted torque, making highway merging, grade climbing, or maintaining safe traffic flow unsafe while towing. Retaining minimal electric motion does not equate to maintaining safe propulsion under load. Additionally, a catastrophic engine failure may introduce metal debris, oil pressure loss, or thermal imbalance that can compromise shared drivetrain and hybrid coupling components. The presence of an electric motor does not mitigate the underlying defect risk or the secondary damage potential. Toyota’s distinction between hybrid and non-hybrid vehicles appears to be regulatory and financial rather than engineering-based. The same defect risk exists regardless of the hybrid system. I request that NHTSA evaluate whether Toyota’s exclusion of hybrid vehicles is based on actual engineering differences or solely on regulatory interpretation.

There is a well-known issue with these new model Toyota tundras where there are problems with acceleration. When at a stop and pulling out from the stop, the engine and acceleration hesitate, and there is a flag of between 2 to 5 seconds before the vehicle starts moving. The gas pedal is depressed and there is a hesitation or lag of several seconds before forward movement progresses. There was a Toyota safety bulletin update that was supposed to fix the problem and it did not. Many users are still reporting the same problem and it’s just as bad as it was before. This creates a massive safety issue when pulling into traffic or trying to increase speed to keep up with the flow of traffic when initially pulling out. My truck specifically is experiencing this anywhere from one to three times a week.

I've had a recall procedure done to correct an acceleration hesitation, but the problem still persists. When accelerating from a stop into traffic there is a significant acceleration pause before the pickup actually accelerates. I've had several close calls to being hit by oncoming traffic because of the inability to merge into traffic as planned due to the acceleration pause. The pickup currently has just over 56,000 miles on it.

When at a stop, pushing the gas pedal to go, the truck hesitates. Almost like the truck dies then all of the sudden takes off. I have had multiple instances were i was almostnT-boned. Dealer said that is normal for a vehicle with turbos. We don't experience this with my wife's Kia. No warning lights appear. Just to be clear the truck hesitates at almost every stop when trying to accelerate.

On a cold start, or if you drive with the vehicle in normal mode, from my understanding, vehicles are now fly by wire, the computer has a lag that if you attempt to pull out in front of someone, the truck will simply fail to go, then after a delay.It will take off like a rocket, to circumvent this issue, I have found.If you drive in sport mode, it tends to have less of a delay. But it's a serious safety concern.Along with the other issues with these vehicles, I have had a few close calls, where the throttle response was incredibly delayed.