Table 1 shows one common structure related problems of the 2025 Tesla Model Y.
| Problem Category | Number of Problems |
|---|---|
| Body problems |
Incident summary: on April 1, 2026, while operating a 2025 Tesla Model Y at highway speeds (approx. 65-70 mph), the front hood (frunk) spontaneously unlatched, flipped upward, and struck the windshield. The impact completely shattered the windshield, obstructed 100% of forward visibility, and caused structural damage to the hood and hinges. I was able to safely navigate to the shoulder by relying on side-view mirrors and lane-keep assist, but the incident constituted an immediate and life-threatening safety hazard. Failure of safety redundancies: lack of digital warning: at no point prior to or during the drive did the vehicle’s software provide an "unlatched," "open," or "warning" notification on the primary display or via audible alert. The vehicle’s sensors failed to detect a compromised latch state. Secondary latch failure: the mechanical secondary safety catch, designed to prevent the hood from fully opening if the primary latch fails, did not engage or hold. The hood bypassed all mechanical and digital failsafes. Spontaneous activation: the vehicle had not been manually accessed in the frunk area immediately prior to this trip, suggesting either a mechanical fatigue of the latch assembly or a software-commanded release error. Year/make/model: 2025 Tesla Model Y license plate: [xxx] previous recalls: this failure appears identical in nature to NHTSA recall 24v-554, which affected 2021-2024 models. It appears the remedy or part quality issues addressed in that recall may persist in the 2025 Model Year production. Safety consequences: the sudden loss of visibility at high speeds on a congested highway created an extreme risk of a high-speed collision, multi-vehicle pileup, and potential fatality. The force of the hood striking the glass sent shards into the cabin. I am requesting an immediate investigation into the 2025 Model Y hood latch assemblies and sensor logic to determine if a new or expanded recall is necessary to prevent loss of life. Information redacted pursuant to the freedom of information act (f.
Date: December 28, 2025 time: approximately 3:25 pm vehicle: 2026 Tesla Model Y incident location: southbound on the I-35n feeder road, just north of highway 114. Safe harbor location: burger king (15925 n hwy 114, northlake, TX) statement of facts: I was driving my 2026 Tesla Model Y southbound on the I-35n feeder road at approximately 3:25 pm today. I was traveling at a steady speed of 55 mph. Without any warning chime or dashboard notification, the front hood (frunk) suddenly and violently flew open. The hood slammed into the windshield, shattering the glass across my entire field of vision and completely obstructing the road ahead. I was forced to perform an emergency "blind" stop on the feeder road. Once the vehicle was under control, I drove at approximately 10 mph with zero forward visibility to reach a safe location off the main road. I pulled into the burger king parking lot located at the intersection of I-35 and highway 114 to inspect the damage and call for assistance. Key safety failures: • software failure: at no point before the hood flew open did the vehicle alert me that the frunk was unlatched. • mechanical failure: the latching mechanism failed to hold at standard highway speeds, creating a life-threatening visibility hazard. • structural damage: the windshield is fully shattered, and the hood and hinges are visibly warped from the force of the impact. Conclusion: this incident was a catastrophic safety failure. Given Tesla's history of recalls for this exact issue (NHTSA recall 24v-554), it is clear that this 2026 model either suffers from the same defect or the previous "software fix" is insufficient to protect drivers.
On or about may 23 or 24, 2025, while using fsd to park the vehicle, I engaged reverse mode. The vehicle was fully under fsd control during this maneuver. Unexpectedly, the car reversed into a fixed pole, impacting the rear of the vehicle and causing a noticeable dent. The system did detect the collision and stopped upon impact, but failed to avoid it entirely. This incident occurred despite my hands being on the wheel and full attention as a supervising driver, in accordance with Tesla's guidelines for fsd use. I believe this represents a malfunction in the fsd system's object detection or path planning during reverse parking.