2025 TOYOTA TACOMA

ELECTRICAL SYSTEM: INSTRUMENT CLUSTER/PANEL

Toyota Motor Engineering & Manufacturing (Toyota) is recalling certain 2023-2024 Toyota Venza, 2023-2025 RAV4 Prime, RAV4, Highlander, GR Corolla, Crown, 2024-2025 Lexus TX, LS, Toyota Tacoma, Grand Highlander, and 2025 Lexus RX, Toyota Crown Signia, Camry, RAV 4 Plug-in Hybrid (PHEV), and 4 Runner

SERVICE BRAKES, HYDRAULIC:FOUNDATION COMPONENTS:HOSES, LINES/PIPING, AND FITTINGS

Toyota Motor Engineering & Manufacturing (Toyota) is recalling certain 2024-2025 Tacoma 4-wheel drive vehicles. The rear brake hoses can be damaged if mud and dirt builds up inside the rear wheels. This can result in a brake fluid leak.

POWER TRAIN:DRIVELINE:DRIVESHAFT

Toyota Motor Engineering & Manufacturing (Toyota) is recalling certain 2025 Tacoma and Tacoma Hybrid vehicles. The front driveshaft constant-velocity (CV) joint may deform and break.

When you fill up you gas tank the gas pumps are to thick to stick all the way in and it overflows the gas tank every time I have to put in certain amounts in per time

The vehicle is a 2025 Toyota Tacoma TRD Off-Road subject to Safety Recall 25TA11 involving the front axle shafts potentially breaking. The manufacturer has confirmed the recall and that a remedy is not yet available. The vehicle has been at a Toyota dealership and out of service for an extended period while waiting for a repair solution. The dealer has confirmed that no repair can currently be performed because Toyota has not released a remedy. This defect creates a safety concern because a front axle shaft failure could result in loss of drive power and potential loss of vehicle control while driving. The problem has been confirmed by the dealership and manufacturer through the active safety recall notice. No warning lights or prior symptoms were observed before the recall notification. The vehicle is currently available for inspection at the Toyota dealership upon request.

The vehicle is a 2025 Toyota Tacoma TRD Off-Road subject to Safety Recall 25TA11 involving the front axle shafts potentially breaking. The manufacturer has confirmed the recall and that a remedy is not yet available. The vehicle has been at a Toyota dealership and out of service for an extended period while waiting for a repair solution. The dealer has confirmed that no repair can currently be performed because Toyota has not released a remedy. This defect creates a safety concern because a front axle shaft failure could result in loss of drive power and potential loss of vehicle control while driving. The problem has been confirmed by the dealership and manufacturer through the active safety recall notice. No warning lights or prior symptoms were observed before the recall notification. The vehicle is currently available for inspection at the Toyota dealership upon request.

Driving up the 15 freeway from Diamond bar CA to Victorville CA the car gave me a warning that the transmission is overheating and to pull over to cool it down keep in mind I was on a paved freeway with no trailer and nothing in the bed of the truck so no unusual weight so with the car being brand new (only 1500 miles) I played it safe and pulled to the side of the freeway for about 15 minutes to allow for cooling then the sign went away and it was driving normal. A few days later I took the car into the shop for transmission, hard shift issue and I had them look at the overheating as well and they found an overheating was caused from “harsh acceleration” i’ve had many cars and no car has ever had a transmission overheating light come on unless if I was on the track or off roading I went up to Victorville again the following weekend and the overheating light came on again but the dealership is saying it’s normal but going up a paid freeway and having to stop on the side of the

The contact owned a 2025 Toyota Tacoma. The contact stated that while driving approximately 75 MPH, a Semi Truck attempting to merge onto the highway crashed into the passenger side of the vehicle, causing the driver to lose control of the steering and cross three lanes of traffic before crashing into the concrete median. During the crash, no air bags in the vehicle deployed, the collision avoidance systems did not operate, and twelve error messages were activated, including a brake error, a Four Wheel Drive error, and an ABS error. The driver sustained a concussion from the head contacting the steering wheel and lacerations from shards of glass entering the vehicle during the crash. The front seat passenger sustained lacerations to the legs and arms, the rear driver side passenger sustained fractured ribs and lacerations to the arms leg, and face. The rear passenger side occupant sustained lacerations to the arms and legs. All occupants in the vehicle were transported to the hospital

Mileage: 4,000

The contact owned a 2025 Toyota Tacoma. The contact stated that while driving approximately 75 MPH, a Semi Truck attempting to merge onto the highway crashed into the passenger side of the vehicle, causing the driver to lose control of the steering and cross three lanes of traffic before crashing into the concrete median. During the crash, no air bags in the vehicle deployed, the collision avoidance systems did not operate, and twelve error messages were activated, including a brake error, a Four Wheel Drive error, and an ABS error. The driver sustained a concussion from the head contacting the steering wheel and lacerations from shards of glass entering the vehicle during the crash. The front seat passenger sustained lacerations to the legs and arms, the rear driver side passenger sustained fractured ribs and lacerations to the arms leg, and face. The rear passenger side occupant sustained lacerations to the arms and legs. All occupants in the vehicle were transported to the hospital

Mileage: 4,000

The contact owns a 2025 Toyota Tacoma. The contact received notification of NHTSA Campaign Number: 25V656000 (POWER TRAIN); however, the part to do the recall repair was unavailable. The contact stated that the manufacturer had exceeded a reasonable amount of time for the recall repair. The manufacturer was made aware of the issue. The contact had not experienced a failure.

Right Front Seat cushion appears to be collapsed / defective. Was present at 29 miles. Dealer looked at it, and dismissed it as not there problem. Started a case with toyota North America, and they're refusing to acknowledge any problem. The passenger seat is noticeably collapsed compared to drivers seat. I have since parked the vehicle as I feel it is unsafe to drive. I bought this truck new the week of Thanksgiving 2025. I fear that the seat may structurally fail during an accident, thus injuring any passenger in that seat.

The contact owns a 2025 Toyota Tacoma. The contact received notification of NHTSA Campaign Number: 25V656000 (Power Train); however, parts for the recall repair were not yet available. The dealer was contacted; however, the vehicle was not diagnosed or repaired. The dealer confirmed that parts were not yet available. The contact stated that the manufacturer had exceeded a reasonable amount of time for the recall repair. The manufacturer was made aware of the issue, and a case was opened for a potential buyback option. The contact had not experienced a failure.

Supplemental Safety Description I am submitting this supplemental statement to provide a complete and consolidated description of the ongoing safety concern affecting my vehicle. Vehicle Behavior and Safety Symptoms During normal driving conditions, the vehicle consistently exhibits directional instability, including pulling to one side and difficulty maintaining straight-line tracking. Steering control feels unstable, and the vehicle experiences abnormal harshness and vertical movement over the road surface. The vehicle often feels difficult to control and demonstrates behavior consistent with lateral misalignment, including a crab-walking sensation. During rapid left and right steering inputs, the vehicle exhibits abnormal and asymmetric body movement. One side of the vehicle body rises excessively while the opposite side compresses, resulting in excessive body roll and uneven suspension response. This abnormal dynamic behavior creates a strong perception of instability and increases

Supplemental Safety Description I am submitting this supplemental statement to provide a complete and consolidated description of the ongoing safety concern affecting my vehicle. Vehicle Behavior and Safety Symptoms During normal driving conditions, the vehicle consistently exhibits directional instability, including pulling to one side and difficulty maintaining straight-line tracking. Steering control feels unstable, and the vehicle experiences abnormal harshness and vertical movement over the road surface. The vehicle often feels difficult to control and demonstrates behavior consistent with lateral misalignment, including a crab-walking sensation. During rapid left and right steering inputs, the vehicle exhibits abnormal and asymmetric body movement. One side of the vehicle body rises excessively while the opposite side compresses, resulting in excessive body roll and uneven suspension response. This abnormal dynamic behavior creates a strong perception of instability and increases

TIRE SIZE IS 245/75R17, NORAML DRIVING SPEED @ 70MPH AND GOT FLAT. THIS VEHICLE IS LESS THAN 8000 MILES AND ALREADY HAD (2) FLAT TIRES IN THE SPAN OF LESS THAN 6 MONTH, 1ST INCIDENT HAPPENED ON 9/08/2025 AND 2ND INCIDENT ON 12/10/2025.

Vehicle Cannot Be Safely Driven – Structural / Suspension Defect Suspected – Dealer Claims “Repair Completed” Despite Unequal Wheelbase My vehicle is currently unsafe to operate, due to the following critical issues: ⸻ 1. Left–right wheelbase inconsistency The front and rear wheelbase measurements are not equal side-to-side. This is a strong indicator of structural deviation, such as: •Subframe misalignment •Control arm mounting point displacement •Deformed suspension components •Manufacturing or assembly error in chassis geometry ⸻ 2. Front caster angles remain abnormal •Left caster: 3.9° •Right caster: 4.9° •Cross-caster difference: 1.0° A 1° difference exceeds manufacturer tolerances and causes: •Vehicle drifting •Poor straight-line stability •Uneven steering return •Potential instability during emergency braking This is a safety-related steering geometry defect. ⸻ 3. Real-world driving confirms unsafe behavior The vehicle cannot

Vehicle Cannot Be Safely Driven – Structural / Suspension Defect Suspected – Dealer Claims “Repair Completed” Despite Unequal Wheelbase My vehicle is currently unsafe to operate, due to the following critical issues: ⸻ 1. Left–right wheelbase inconsistency The front and rear wheelbase measurements are not equal side-to-side. This is a strong indicator of structural deviation, such as: •Subframe misalignment •Control arm mounting point displacement •Deformed suspension components •Manufacturing or assembly error in chassis geometry ⸻ 2. Front caster angles remain abnormal •Left caster: 3.9° •Right caster: 4.9° •Cross-caster difference: 1.0° A 1° difference exceeds manufacturer tolerances and causes: •Vehicle drifting •Poor straight-line stability •Uneven steering return •Potential instability during emergency braking This is a safety-related steering geometry defect. ⸻ 3. Real-world driving confirms unsafe behavior The vehicle cannot

Vehicle Cannot Be Safely Driven – Structural / Suspension Defect Suspected – Dealer Claims “Repair Completed” Despite Unequal Wheelbase My vehicle is currently unsafe to operate, due to the following critical issues: ⸻ 1. Left–right wheelbase inconsistency The front and rear wheelbase measurements are not equal side-to-side. This is a strong indicator of structural deviation, such as: •Subframe misalignment •Control arm mounting point displacement •Deformed suspension components •Manufacturing or assembly error in chassis geometry ⸻ 2. Front caster angles remain abnormal •Left caster: 3.9° •Right caster: 4.9° •Cross-caster difference: 1.0° A 1° difference exceeds manufacturer tolerances and causes: •Vehicle drifting •Poor straight-line stability •Uneven steering return •Potential instability during emergency braking This is a safety-related steering geometry defect. ⸻ 3. Real-world driving confirms unsafe behavior The vehicle cannot

I was driving to work when after running across a minor pothole I heard a clunking sound. It turns out it's the top cap for the front coil-over Bilstein shocks had broken allowing the shaft and the bump stop to protrude through the upper mounting plate. The coil did its job of keeping the vehicle suspended, but the shock piston has no ability to alleviate any stresses put upon the coil. Dealer states that because there was an outside contribution, i.e. a pothole, which had been driven around and over many times before, wasn't warrantable. There was no more than standard bump and sway than when driving around as usual. There was no shudder as though I was going too fast for the defect in the road. I dont know if there was pre existing stress damage from a recent collision(opposite corner of truck) or if the was a defect with the part. The top cap is made out of aluminum rather than steel, which I find disturbing after learning this is not the first to have broken. This vehicle has only

The vehicle was being operated in 4-wheel-drive, mode 4H, and when turning to the left at low speed, there was a grinding noise from the front of the vehicle and it would not proceed. The vehicle had to be put back in 2-wheel-drive, mode 2H, put in reverse, backed up a short distance, and then put back in drive, and then it was able to proceed. This is likely the CV joint issue reported in other 2024 and 2025 Toyota Tacomas. The dealer has been notified, and the vehicle will be taken in for service.

My 2025 Toyota Tacoma has an ongoing issue where Apple CarPlay frequently disconnects or fails to connect altogether. This happens both at startup and randomly while driving. The problem occurs across multiple iPhones, different cables, and even after ensuring that both the phone and the truck’s software are updated.

While driving on a dry, clearly marked two-lane highway in Montana, I had Lane Tracing Assist and Active Lane Keep/Track Assist turned on. My hands were on the steering wheel, speed was within the limit, and visibility was clear. The truck unexpectedly steered itself out of the lane toward the right-side guard rail. There were no audible or visual lane-departure alerts, no “steering assist canceled” message, and the Pre-Collision System did not apply braking before impact. The vehicle struck the guard rail. The system failed on multiple safety layers — no lane warning, no steering correction, and no automatic braking — under normal conditions (dry pavement, well-painted lane lines, daylight). I believe this represents a malfunction or defect in the driver-assist software or sensor calibration for Toyota Safety Sense 3.0. I request NHTSA investigate similar incidents for 2024–2025 Toyota Tacoma models equipped with LTA/LDA and Pre-Collision System to determine whether a syst

While driving on a dry, clearly marked two-lane highway in Montana, I had Lane Tracing Assist and Active Lane Keep/Track Assist turned on. My hands were on the steering wheel, speed was within the limit, and visibility was clear. The truck unexpectedly steered itself out of the lane toward the right-side guard rail. There were no audible or visual lane-departure alerts, no “steering assist canceled” message, and the Pre-Collision System did not apply braking before impact. The vehicle struck the guard rail. The system failed on multiple safety layers — no lane warning, no steering correction, and no automatic braking — under normal conditions (dry pavement, well-painted lane lines, daylight). I believe this represents a malfunction or defect in the driver-assist software or sensor calibration for Toyota Safety Sense 3.0. I request NHTSA investigate similar incidents for 2024–2025 Toyota Tacoma models equipped with LTA/LDA and Pre-Collision System to determine whether a syst