Tesla just launched a new safety reporting hub for its Full Self-Driving technology, claiming FSD drivers go 5.1 million miles between major crashes versus 699,000 miles for average drivers. But safety experts are calling the data misleading, saying Tesla's history of deceptive reporting makes these numbers hard to trust despite the company's attempt at transparency.
Tesla thinks new data will solve its credibility problem. The company just dropped a dedicated safety hub for Full Self-Driving technology, complete with a live mile counter showing 6.47 billion FSD miles driven and impressive crash statistics that put human drivers to shame.
The numbers look compelling on paper. Tesla claims FSD drivers travel 5.1 million miles before a major collision and 1.5 million miles before minor ones - dramatically better than average US drivers who crash every 699,000 and 229,000 miles respectively. It's the kind of data that should silence critics and boost confidence in autonomous driving.
But safety researchers aren't buying it. "Yeah on the surface it looks like FSD is performing fairly well," Noah Goodall, a civil engineer who's published peer-reviewed Tesla studies, told The Verge. "But I put very little faith in these numbers because of Tesla's past deceptions."
The skepticism runs deeper than typical academic caution. Tesla's quarterly safety reports have been criticized for years for cherry-picking data and ignoring basic traffic statistics. The company used to lump together Autopilot highway miles - where crashes are naturally less common - with overall accident rates, creating misleading comparisons.
This new hub does address some concerns. For the first time, Tesla separates highway from non-highway miles, acknowledging that city driving carries higher crash risks. Philip Koopman, an autonomous vehicle expert at Carnegie Mellon, calls it "a good start" but tears apart the methodology on his Substack.
Koopman's critique gets to the heart of statistical manipulation. Tesla essentially compares brand-new vehicles packed with safety tech to the entire US fleet, including aging cars without modern features. It's like claiming a private school produces superior athletes by comparing its students to the general population, including elderly and disabled people.
The data gaps remain glaring. Tesla excludes injury and fatality information, claiming privacy laws and inconsistent reporting make it impossible to track. But Koopman points out the company could easily count incoming wrongful death lawsuits - like the recent Maldonado settlement - to estimate fatality rates.
"Tesla has released a document full of marketing puffery," Koopman concludes, "and not a serious safety analysis."
The contrast with Waymo is stark. Google's self-driving unit doesn't just publish safety data on its hub - it backs up claims with peer-reviewed studies showing robotaxis outperform human drivers. Independent verification gives Waymo's numbers credibility that Tesla's self-reported statistics lack.
The credibility crisis has real consequences for research. Goodall says he struggles to publish Tesla studies because academic reviewers assume the underlying data is fake. "None of these data are independently verified, so I'm forced to trust Tesla here," he told The Verge, "but that's very hard given their history of misleading practices."
Tesla's transparency effort comes at a crucial moment. The company's robotaxi ambitions and FSD expansion plans depend on public trust in the technology's safety. CEO Elon Musk has made bold claims about surpassing human driver performance, but without independent verification, those promises ring hollow.
The automotive industry is watching closely. As autonomous driving technology advances, standardized safety reporting will become essential for regulatory approval and consumer adoption. Tesla's new hub represents progress, but falls short of the rigorous standards competitors like Waymo have established.
Tesla's new safety hub represents an attempt at transparency, but the company's history of misleading data presentation continues to undermine credibility with researchers and safety experts. While the separation of highway and city miles shows progress, the absence of injury data and independent verification leaves significant questions about FSD's true safety performance. As autonomous driving technology advances toward widespread deployment, the industry will need standardized, independently verified safety reporting - something Tesla hasn't yet delivered despite its latest efforts.
