>and cause WAY fewer traffic incidents than human drivers.
Ironically the best way to verify this is that when they do cause traffic issues, it becomes national news.
Imagine breaking down and blocking an intersection in Edgewood Georgia, and then getting a call that night from your Uncle in Oregon saying he saw your breakdown on the news...
Would we apply this same logic to Tesla Autopilot?
As a disclaimer, this is neither an anti-Waymo comment or a pro-Tesla comment, I just find in interesting how these small sample size incidents are both covered and perceived in the absence of actual verifiable safety statistics.
> Edgewood Georgia,
I love when HN mentions my state or city, but that's the road and neighborhood one block down from me. I feel seen.
To add something more substantive to this thread, apparently Google's deal with Uber for distribution has become incredibly adversarial in our state. Uber won't explicitly let you book a Waymo or let you know if you're in the Waymo range.
There was a story here about it hitting a child (I think) but it was determined to be much less serious than if a human driver was involved
https://medium.com/the-generator/a-waymo-vehicle-hit-a-kid-b...
"As the Waymo approached the double-parked SUV, a child ran out from behind the SUV and into the roadway, directly in front of the Waymo."
Waymo cannae change the laws of physics. Braking distances exist for AI-driven vehicles just as much as human-driven ones.
And if anything, I'd expect machines to have faster reflexes than humans. The Medium article is walled off, but I found another source[1]:
"The child reported minor injuries and did not require transportation to a hospital. ... Waymo said at the time that the child ran into the street from behind a double-parked SUV and that the vehicle braked hard before contact, reducing speed significantly before impact."
[1] https://ktla.com/news/local-news/new-details-released-in-way...