2025 TESLA MODEL Y Complaints

I am reporting a driver-distraction safety concern involving Tesla Full Self-Driving (FSD). When I disengage FSD and take manual control, Tesla immediately displays a persistent prompt requiring me to select why I intervened or provide voice feedback. The prompt does not automatically disappear and remains on the center display until I respond. I believe this creates a real safety risk. An FSD intervention can occur because the vehicle is not handling a traffic or road situation appropriately. This is exactly when the driver’s full attention should be on taking control, assessing the situation, and safely operating the vehicle. Instead, Tesla immediately presents a persistent interface requesting additional driver interaction. The prompt also blocks access to other functionality, including Grok in my experience, creating additional incentive to interact with the screen while driving. Tesla could eliminate this unnecessary distraction by allowing the prompt to time out, adding a “Dismiss” or “Not Now” option, or delaying the feedback request until the vehicle is stopped. I support collecting FSD intervention feedback, but requiring interaction immediately after the driver takes manual control creates an avoidable distraction during a potentially safety-critical transition.

Full auto pilot I pay $99 every month and it was on the car decided to take a turn to go over the middle island and hit the tree. The road has yellow line straight but then the yellow line start to be... I think the car decided oh my God it’s not the correct way and decided to take off and run over the middle island and hit the tree. Totaled the whole car and then the fire or the smokes are to go inside car what I was stuck inside I tried to open the door, but then five minutes later I got out almost died.

On I95 by the Secaucus Train station there is something sending a signal to my Tesla and other Teslas to disable all of its ADAS systems. All of the functionality related to ADAS gets disabled thus making the car very unsafe to drive. Due to this disability it also disables the camera systems in the car. So if an accident were to occur there would be no way to record.

On XXX at approximately 8:10 PM CDT, my 2025 Tesla Model Y was operating with Full Self-Driving engaged when the vehicle descended a private boat launch at a marina in [XXX], and entered the river channel connecting Channel Lake and Lake Marie. Two occupants escaped through the windows. The vehicle was submerged and is a total loss. Lake County Sheriff report #XXX. The vehicle's incident data export confirms FSD was in an active state during the approach. The vehicle is preserved in storage pending inspection. An incident report has been filed with Tesla. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)

The exterior rear door handle on the driver’s side rear passenger door caught the occupant’s finger during normal use, tearing the fingernail partially out of the nail bed and causing bleeding and an exposed nail bed injury requiring medical treatment. The flush-mounted door handle pinched and trapped the finger while the door was being operated. The component is available for inspection upon request. No warning of any kind preceded the injury — the handle functioned as designed, which is the concern. The injury was treated at an urgent care facility. The problem has not been inspected by the manufacturer, dealer, police, or insurance to date. No warning lamps or messages are applicable. Cause: the flush-mounted rear door handle design creates a pinch point that can trap a finger during ordinary entry

While driving straight ahead in my lane on a wet freeway in an active construction zone, the vehicle abruptly and without warning lost traction and spun out of control. I was traveling in a normal, controlled manner with the flow of traffic and was not turning, braking hard, or making any abrupt maneuver when the loss of control occurred. It was so sudden that I initially believed another vehicle had struck me. I was unable to recover control, and the vehicle left its lane and was involved in a collision that resulted in the vehicle being declared a total loss. This is a nearly new all-wheel-drive vehicle, approximately 17 months old, equipped with electronic stability and traction control. I am an experienced driver with a clean record and had driven this same vehicle through mountain roads the week prior without any issue. A vehicle of this type is not expected to suddenly lose control while traveling straight. The specific component or system that failed is UNKNOWN. No warning lamps or messages appeared before the loss of control. The vehicle data available to me as an owner is limited and does not reflect the full diagnostic logs the manufacturer retains. The vehicle is a total loss but is preserved and available for inspection upon request. The manufacturer has not inspected or responded. A police report was filed.

Vehicle has complete Full Self-Driving (Supervised) capabilities. Vehicle was reverse parking on its own but the right side crashed into a wall. Vehicle did not stop reverse upon collision. Driver took over immediately to avoid further crash fatality.

Driver selected auto-park in parking area and car tried to self-park in a chosen spot adjacent to a pole and made several attempts to park and in the process hit a pole adjacent to the chosen parking spot. Immediately the incident was reported via Tesla app and photos were uploaded and an appointment was given for 8/6/2026 at 2:15pm at Tesla service Aliso Viejo. In reference to the pictures, car tried to park in spot 89 entering from spot 90, and made several attempts and driver expected the auto-park to be aborted giving up control to teh driver, but the car hit the pole and then driver took control to park.

The Full Self Driving software does not allow the user to limit the maximum speed of the vehicle while in use. The car frequently drives 15-20 MPH over the actual limits in typical driving modes with no ability for the user to safely and precisely restrict its speed to a more safe and appropriate level. The car may begin a journey at an appropriate speed, and continue at that speed for miles, but for no reason that is apparent to the user, the system may begin to accelerate beyond a safe limit. This makes the driving experience while using this software less predictable and compromises the safety of the user and others on the road. The user controlled speed limiting feature was previously available, and worked well, but was removed as part of an update to version 14.x of the software. An alternative that is being used, which is much less safe, is that users can restrict the speed of the entire vehicle such that its speed may never pass a certain level, under any circumstance, even if the accelerator is fully depressed (by the user). Once enabled, this feature cannot be adjusted or disabled while driving. Users are using this vehicle speed restriction feature to more precisely restrict the excessive and unpredictable speeding of the automated system because they are not given the ability to do so safely and precisely via other means.

My 2025 Model Y with stalks creates an unsafe driving condition. Under current software, enabling FSD forces a single-pull lockout that completely disables standard Traffic-Aware Cruise Control (TACC). (Advanced Driver Assistance Sytems) FSD routinely follows vehicles at less than a 1 second gap at 70-80 MPH and attempts unsafe merges with tractor-trailers. Drivers must be allowed to drop to TACC to maintain safe following distances without being forced to entirely disable FSD while parked. Because the software removes the single-pull/double-pull distinction, the driver cannot downgrade the system to standard cruise control on the fly to establish a safe following distance. To stop the dangerous FSD behavior, the driver must completely disengage the system to manual control, as switching the underlying autopilot modes requires pulling over and shifting into Park. Tesla customer support has refused to address this software-enforced safety hazard. Following too closely routinely happens on the interstate at Highway speeds while using FSD. This safety issue occurs consistently during highway driving on major interstates at speeds between 70-80. The inability to seamlessly select a safe cruise control mode increases the risk of a high speed rear end collision.