Earlier quoted context omitted.
Just off the top of my head: - A Tesla near that drive into the median divider near Sunnyvale on Highway 101, because it thought the gore point was an extra lane. Split the car in half and killed the driver. [1] - A Tesla that autonomously ran a red light and killed two people. [2] - Multiple accidents where Teslas have driven into parked emergency vehicles / semi trucks. Is it quantitatively safer than human drivers…
Those are autopilot accidents from before FSD beta was even released. I mean, it's true, that if you broaden the search to "any accident involving Tesla-produced automation technology" you're going to find more signal, but your denominator also shrinks by one (maybe two) orders of magnitude. And it also lets me cite Tesla's own statistics for its autopilot product (again, not FSD beta): https://www.tesla.com/VehicleS…
* Autopilot can only be enabled in good conditions and relies on human drivers in all other, to the point of handing over to a human when it gets confused. Yet, they compare to all miles driven in all conditions.
* Teslas are comparatively new cars that have - as they proudly point out - a variety of active and passive safety features that make the car inherently less prone to accident than the average, which includes old, beat up cars with outdated safety features. Teslas are also likely to be better maintained than the average car in the US by virtue of being an expensive car driven by people with disposable income.
* Teslas are driven by a certain demographic with a certain usage pattern. Yet, they provide no indicator on how that skews the data.
Tesla could likely provide a better picture by comparing their data with cars in the same age and price bracket, used by a similar demographic, in similar conditions. They could also model how much of the alleged safety benefit is due to the usual, active and passive safety features (brake assistance, lane assist, …). They don‘t, and as such, the entire report is useless or worse, misleading.