Four dead in fire as Tesla doors fail to open after crash
A fatal Tesla Model Y crash and fire in Toronto, where five occupants were reportedly unable to exit, has reignited concerns over the safety of electronically controlled car doors and hidden or absent mechanical emergency releases. Commenters highlight how Tesla’s rear-door manual overrides can require removing trim pieces—or may not exist on some Model Y vehicles at all—and question how such designs comply with safety regulations, especially when passengers are unfamiliar with the car. The incident feeds into broader worries about EV fire risks, laminated glass that’s hard to break, and the tradeoff between sleek, software-driven design and basic, intuitive escape mechanisms.
Door design and emergency egress
- Many comments focus on Tesla’s electrically controlled doors and unintuitive manual releases, especially for rear seats.
- Model Y and Model S rear-door manual releases require removing trim (mat or carpet) and pulling a hidden cable; some Model Ys reportedly lack a rear manual release entirely.
- Commenters argue this is not “panic friendly,” particularly for children or unfamiliar passengers (e.g., Uber/Lyft riders).
- Several compare to other brands (e.g., VW ID.4, BMW, older Subarus/BMWs) that use electronic latches but integrate a clear mechanical override into the same handle.
Regulations, legality, and child locks
- Multiple people question how cars without obvious mechanical exits pass safety standards.
- Others counter that US rules require rear child locks to prevent kids from opening doors, which is given as the reason for hidden or omitted manual overrides.
- This is challenged: commenters note other EVs with electronic handles and legal, accessible mechanical overrides, implying Tesla’s approach is a design choice, not a regulatory necessity.
- There’s criticism that regulators (NHTSA/NTSB/NHTSA confusion appears) have allowed designs that technically comply but fail the “spirit” of safety recommendations.
Accident and fatality rates
- Links are shared claiming Tesla has the highest fatal accident rate among brands.
- One side sees this as evidence Teslas are dangerous; others argue the stats don’t control for driver population or behavior and note that independent crash tests rate Teslas highly.
- Disagreement remains on how much to blame design vs. driver demographics.
EV fires, laminated glass, and escape tools
- Commenters highlight how quickly EV battery fires become “infernos,” increasing the need for fast egress.
- Many advocate keeping glass breakers/seatbelt cutters, but others note laminated side glass on newer cars (including Teslas) often resists such tools, making escape significantly harder and slower.
- Firefighters reportedly rely more on power tools (e.g., saws) than hand tools for laminated glass, raising concerns about real-world rescue timelines.
Responsibility, design philosophy, and reactions
- Several distinguish between fault for the crash (driver behavior at high speed) and fault for inability to escape (vehicle design).
- A recurring theme is criticism of “over-tech’d” cars that discard simple, robust mechanical controls in favor of sleek electronic designs.
- Suggested remedies include regulatory changes requiring obvious mechanical handles, mandated in-app or printed safety instructions for riders, and even banning such designs from taxi/ride-share use.