Pretty simple drive so difficult to assess how well FSD did.These videos are straight up spam. Why post them here? He's also using a nanny defeat device. That should not be promoted.
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Pretty simple drive so difficult to assess how well FSD did.These videos are straight up spam. Why post them here? He's also using a nanny defeat device. That should not be promoted.
It's odd that they haven't done better on roundabouts. They're nothing but unprotected right turns which are actually easier than left turns. Regardless, they need to handle the same logic for the dedicated right turn lanes with yield signs that are incredibly common at intersections.Lots of roundabouts in my suburb here.
They will get to roundabouts one of these days - like they tackled unprotected left turns.
Oh, no doubt. In fact, I wouldnt be suprised if he is still on 69.2.2Yes, sure but the headline is click bait and claims “50% improvement” over 69.2.2 without anything to back it up.
because there apparently arent any roundabouts between the NYC to LA route that was promised to happen 5 YEARS agoIt's odd that they haven't done better on roundabouts. They're nothing but unprotected right turns which are actually easier than left turns. Regardless, they need to handle the same logic for the dedicated right turn lanes with yield signs that are incredibly common at intersections.
They’ll add a navigational toggle to “avoid roundabouts” before they teach FSD how to navigate thembecause there apparently arent any roundabouts between the NYC to LA route that was promised to happen 5 YEARS ago
Single lane roundabouts meet your criteria. But multilane roundabouts may require either a lane change or "cutting off" the traffic in the outer loop. It's not trivial behavior, especially considering that a significant fraction of US drivers don't understand how to navigate a roundabout.It's odd that they haven't done better on roundabouts. They're nothing but unprotected right turns which are actually easier than left turns. Regardless, they need to handle the same logic for the dedicated right turn lanes with yield signs that are incredibly common at intersections.
Roundabouts are definitely different then UPL's since FSD has to decide whether to merge with traffic, stop or enter the roundabout with minimal slow down depending on the roundabout design. Plus FSD has to decide which exit to take and negotiate around the roundabout which is very different then a UPL turn.It's odd that they haven't done better on roundabouts. They're nothing but unprotected right turns which are actually easier than left turns. Regardless, they need to handle the same logic for the dedicated right turn lanes with yield signs that are incredibly common at intersections.
2.3 disengages itself, counts as "zero" disengagements:
Yeah, I'm guessing FSD still needs more time to analyze traffic and assess whether to go or wait. With an UPL you always need to stop so you will have more time to make this assessment. With a UPR/yield sign you need to do it on the fly and be prepared to proceed directly so if the algorithm is still too slow it needs to stop.The difference is with roundabouts without cars coming the car should enter the roundabout with minimal slow down depending on the roundabout design. Plus FSD has to decide which exit to take and negotiate around the roundabout which UPL's don't have to do.
The large single lane roundabout I take should be entered between 15-20mph with no cars coming 10.69.2.2 is the first release where FSD does not come to a complete stop. Now it slows down to 2 mph which at least helps a little with drivers behind me from honking.
That was my thought - it seems the wheel jerks a bit at the moment of disengagement, and the tone sounds like a torque disengagement.I wonder if that's unintended given the design of the yoke. A quick rotation with all of the weight on one side generates enough torque to disengage. I'd be curious to see if that happens on a 3/Y wheel.
Whompy wheel and alignment from the massive curb strike which caused no problems a while back.2.3 disengages itself, counts as "zero" disengagements: