Tesla Drivers Have the Highest Crash Rate of Any Brand: Study
A recent study citing LendingTree data claims Tesla drivers have among the highest accident and incident rates of any major car brand, prompting scrutiny of what’s actually being measured and how. Commenters question whether raw incident counts without mileage, environment, or driver demographics are meaningful, and debate how much blame belongs to Tesla’s Autopilot and high-torque performance versus self-selecting, risk‑tolerant owners. The thread also delves into the implications of software-based safety recalls, legal liability for semi-automated driving, and whether current regulatory and cultural frameworks adequately address the risks of partially autonomous vehicles.
Methodology and Statistics
- Several commenters argue the study is misleading because it uses incidents per 1,000 drivers, not per mile driven.
- Others counter that to overturn the apparent trend, Teslas would need dramatically higher mileage than other brands, which is not obviously true.
- Debate over urban vs rural risk: some cite higher rural fatality rates; others note this doesn’t necessarily map cleanly to incident rates due to different driving patterns.
- Brand-level aggregation is seen as confounded by buyer demographics and usage patterns (e.g., Ram trucks and “riskier” drivers).
- Some point out that Tesla’s own safety report (accidents per million miles) shows fewer crashes than the US average, but note that the data sets and collection methods (insurance quotes vs internal telemetry) differ and may not be directly comparable or unbiased.
Autopilot, Human Factors, and Liability
- Strong concern that Autopilot/FSD encourages inattention and that humans are poor at supervising automation that rarely needs intervention.
- Disagreement on solutions: some want harsher penalties for negligent drivers; others say this won’t prevent human error and argue liability should shift more to Tesla and manufacturers.
- Comparisons to aviation highlight differences: pilot training, redundancy, controlled airspace, and stricter certification versus mass-market car drivers and weaker regulation.
“Recall” Terminology Debate
- Long subthread over whether an OTA safety fix ordered via NHTSA counts as a “recall.”
- One side emphasizes “recall” as a legal term of art, independent of OTA vs physical repair.
- The other objects that the everyday meaning implies “calling cars back,” and claims this framing overstates severity.
- Consensus only that the underlying safety defect existed irrespective of how it is fixed.
Driver Behavior, Performance, and Anecdotes
- Many suggest high crash rates are driven more by driver type than hardware: high-torque Teslas attracting risk-takers, tech enthusiasts, and people who like to “demonstrate” acceleration and Autopilot.
- EV torque and very quick acceleration are seen as catching inexperienced drivers off guard, especially in wet/urban environments.
- Anecdotes from the Bay Area describe frequent near-misses, FSD hitting objects, and Teslas on bald tires, with speculation that new/expensive cars are more likely to have minor incidents reported to insurance.