2024 Tesla Model Y Steering Problems

Mileage when the problem started

Owner reports

Selected complaints filed with NHTSA by 2024 Tesla Model Y owners, lightly cleaned up (personal details are redacted by NHTSA).

The contact owned a 2024 Tesla Model Y. The contact stated that while his son was driving at approximately 38 MPH with his sister inside the vehicle, the brake pedal was depressed; however, the vehicle lost steering and braking functionality and failed to stop as intended, causing the vehicle to drive through a crosswalk. The contact stated that the steering wheel failed to respond while being turned, causing the vehicle to crash into a curb and then into a parked vehicle, which was able to stop the vehicle. The contact stated that the vehicle was towed to a Tesla Collision Center, and between Tesla and the Insurance provider, the vehicle was deemed a total loss. The Insurance Company reviewed the event data recorder (EDR) reports and confirmed the failure which contributed to the crash. The contact stated that the Police was not contacted because it was a single vehicle crash. …

The contact owned a 2024 Tesla Model Y. The contact stated while driving 60 MPH he began to lose control of the steering wheel which resulted in the vehicle crashing into a ravine and flipping over multiples with no warning light illuminated. The contact stated that three wheels detached the vehicle but was unsure if the wheels fell before the accident. The contact was taken to a local hospital for a trauma evaluation in which the contact suffered a concussion and bruises on his body. A police report was filed. The vehicle was towed to the salvage junkyard. The dealer was not contacted, and the vehicle was not repaired. The manufacturer was not made aware of the failure. The failure mileage was approximately 50.

On [redacted], while operating my 2024 Tesla Model Y in Full Self-Driving (Supervised) mode, the vehicle experienced an Uncommanded Steering Input leading to a collision. The vehicle was traveling at a very low speed of approximately 5 mph in a clear, simple environment. Despite this walking pace, the FSD software failed to identify a visible concrete curb and initiated a sudden, sharp turn directly into the obstacle without any prior warning or driver input. The fact that the system executed such a violent and erroneous maneuver at 5 mph indicates a fundamental failure in the Neural Network's object detection and path planning logic. If this logic failure had occurred at higher speeds or near pedestrians, the results could have been catastrophic. The local Tesla Service Center (Watertown, MA) refused to conduct a physical inspection or a log review of the steering torque. …

I would like to report a significant incident involving the auto-corrective steering in my vehicle. While driving on the highway, the steering wheel experienced a strong jolt, which I believe was caused by the auto-corrective steering system. This resulted in the vehicle spinning three times and ultimately coming to rest on the grassy center divider. Fortunately, no damage occurred at that time, and I initially attributed the incident to road conditions. I continued driving for approximately 30 minutes in rainy weather without further incident. However, a few hours later, during my return journey, the same forceful jolt to the steering wheel recurred about 20 minutes into the drive. On this occasion, the car spun 1.5 times and subsequently collided backward with the concrete center divider. …

On June 7, 2026, I was driving westbound on I-290 in the leftmost lane in a 2024 Tesla Model Y. I recall FSD (Supervised) was engaged and making a lane change into the left lane. Instead of settling in the lane, the vehicle continued left and struck the divider/median. I braked. The vehicle then bounced back and moved right toward a large truck and collided. I did not receive a takeover warning before the event. The front bumper came off and the vehicle became inoperable. A fire truck traveling behind me blocked traffic after the crash. Tesla event data records a Crash Algorithm Wake-Up at about 9:49 a.m. Central and includes speed, steering, braking, acceleration, ABS, lane-assist, and cruise-control signals. I reported the safety concern to Tesla and asked for review of the FSD/software issue and data, but I have not received written findings. …

The vehicle was operating in Autopilot mode as it approached a right turn but was in the incorrect lane. The vehicle accelerated in an apparent attempt to merge into the correct lane and initiate the turn, but it approached the turn at an unsafe speed. I pressed the brake pedal, which disengaged Autopilot as expected, but the vehicle failed to slow down or stop. I attempted to manually complete the turn, but although I turned the steering wheel, the wheels did not respond. The vehicle continued forward at speed, struck a curb on the opposite side of the road, and then collided with a parked vehicle. The impact with the parked vehicle ultimately brought the car to a stop. Multiple error messages briefly appeared on the screen during the incident before disappearing.

1st incidence: The car with full self driving mode self-changed to shoulder lane on [redacted] for unknown reason. I had to steer back to my lane to avoid hitting the FWY divider. 2nd incidence: with autosteer/cruise control mode, the car self changed to left lane, again I quickly guided the steering wheel back to my lane to correct the action and it caused a car accident.

Attempted to make a right turn, which the steering wheel then locked; unable to control car. Resulted in the car hitting two restaurant signs. Front right side of the car damaged, right side damage, no air bags deployed. No warning lamps or messages prior to failure. Vehicle not yet inspected, waiting for appointment (August 21st)

While driving to work, using FSD, the autopilot steered me into the path of an overtaking vehicle moving at about 20 mph faster than my vehicle. By quickly taking over steering and speed control, I was able to avoid a collision. A couple miles further down the road, the car could not decide on which exit lane to use, and weaved between two possibilities, probably alarming and angering drivers behind me. Again, I had to take over control. Taking over speed and steering control was necessary two more times in my 25 minute trip, most of it on well-marked multi-lane highways. Of the four incidents, only one would have resulted in a serious high speed collision, had I not taken over very quickly. …

the steering wheel used to be centered in the middle. when you turn right, its resistance would turn it left back to the center point. or when you turn left, its resistance would turn it back right towards the center point. so after each turn such as u-turn, one would grab the steering wheel lightly so it can slide back to the center position. i will call it the "no resistance" point for that centered steering wheel position. now the problem is, that no resistance point has moved a few degrees right and it brings the wheel with it. i now have to turn the steering wheel left (with the resistance that it wants to go back to right) to make the steering wheel centered and go forward straight. car goes forward straight when the steering wheel is centered so it's not an alignment problem. …

Steering complaints in other Model Y years