S4WRXTTCS
Well-Known Member
I wonder especially about the near vision... there are the known blindspots in the forward quarter of the suite as well as most vision confusion with indentifying nearby objects, that is the part where I would be most concerned with kids, pets, protruding objects etc.
My fear is it's going to fail for any object/person that isn't large. That the lack of down facing 360 degree cameras will always prevent it from being used without supervision.
I don't have any kids so I don't have any test subjects to test it on. It doesn't seem to have any issues seeing me, but I'm too big/tall of a test subject to be suitable.
It's not especially fast nor does it allow for a lot of torque so I'm not sure it will hurt any kid let alone an adult. I'm sure we'll see a few cases of wondering toddlers being bumped by a Tesla. It's also a problem regular cars have with toddlers where they're too small for the ultrasonics, and the human drivers don't usually see them. The primary difference is the Tesla is so quiet unless it's the new ones with the sound maker.
As it pertains to safety/usability I would like to see some changes made to how smart summons works.
Have a honk button right next to the button that has to be held down for smart summons. That way the remote operator can make the car stop and honk by simply shifting their finger over. Being able to honk is essential for transversing a parking lot.
Improvement to path planning where instead of the car doing the path planning the path planning was left to the Tesla servers. They have the satellite view so they should use a sophisticated neural network to create a path from that. Where the path abided by rules of the parking lots for that region. So it was clear to the operator where the car will go, and where it will stop at parking lot intersections.
Learned paths so it any adjustments it made to the path last time are taken into account.I tested it 10 times doing the same exact summon, and it didn't exhibit any learning behavior.