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But Tesla did disable them (since there are not installed) before camera functionality matches the sensors on all new Y/3s. So how does that make sense?If they advance the camera functionality so it matches the sensors first then I'd be fine with that. Disabling them before then would make no sense.
LOL. Back to the futureI guess I'm going to need to hang a tennis ball in my garage so I can park my upcoming Model Y.
They can'tHere's a question that I'm not sure anyone know the answer to, aside from Tesla Vision, are there any other tech, car or not that does this technology that Tesla is going to achieve with Tesla Vision? Radar is tried and tested, there are limitations of course.
Right now, with both camera and USS, the car can't even do 360 view. I'm trying to figure out how, with the same camera, less hardware (USS) will Tesla Vision be able to do the same if not MORE than what it can currently do. Is there some magic software that Tesla is building that is out of this world?
Tesla says they are planning to use the cameras.Some may recall that, years ago, Tesla filed for FCC waiver for an in-cabin radar (different from the exterior radar), which were primarily being used to detect children in the vehicle.
Based on the FCC filing, these in-cabin units “may be able to scan up to 2 meters (approximately 6 feet) outside of the vehicle”.
I wonder if Tesla is planning to use these in cabin units to help replace USS functionality.
Virtually no chance. Tesla's design philosophy is to simplify the car by removing parts that can be made redundant. It makes the car less expensive to build and improves reliability. Adding radars (or any other new sensors) to camera assemblies goes against that philosophy. Time will tell if they are correct in this case.Possible that these new cameras may have sensors equipped?
You would think that if the car is less expensive to build, the price would be cheaper but it's the other way around. Reliability is a nicer angle to push tho. In terms of the reality of banking on cameras to do all these features, I'm still on the fence.Virtually no chance. Tesla's design philosophy is to simplify the car by removing parts that can be made redundant. It makes the car less expensive to build and improves reliability. Adding radars (or any other new sensors) to camera assemblies goes against that philosophy. Time will tell if they are correct in this case.
Yes, though I'm not sure how simple it would be in fact. But Sentry Mode costs battery, so this proposed functionality would be similarly expensive. Already Sentry won't initiate if the charge level is below 20%. If they still imposed that 20% cut-off for Watching-For-New-Stuff-While-Parked Mode, then I suppose when you go to start the car after returning, it could give a message like, "Please walk around your car before departing." Which people would ignore. Unless it made sure you got out of your seat and watched you make a circuit. Weird.Imagine the cameras staying operational while the car is in park. The cameras might see an object approach the vehicle and move out of view in front of the camera. Unless that object comes back into view it must still be in front, or underneath, the car. Seems like a simple extension of sentry mode.
The technology is right in the announcement:Here's a question that I'm not sure anyone know the answer to, aside from Tesla Vision, are there any other tech, car or not that does this technology that Tesla is going to achieve with Tesla Vision? Radar is tried and tested, there are limitations of course.
Right now, with both camera and USS, the car can't even do 360 view. I'm trying to figure out how, with the same camera, less hardware (USS) will Tesla Vision be able to do the same if not MORE than what it can currently do. Is there some magic software that Tesla is building that is out of this world?
I don't see the need for that, given the USS sensors were not designed to prevent running over low objects in the first place. People that curbed the front of their car on parking blocks should be well aware of this. It also won't prevent you from running over a crawling child for example, as the detection is for objects above about 8 inches, as per the limitations:Yes, though I'm not sure how simple it would be in fact. But Sentry Mode costs battery, so this proposed functionality would be similarly expensive. Already Sentry won't initiate if the charge level is below 20%. If they still imposed that 20% cut-off for Watching-For-New-Stuff-While-Parked Mode, then I suppose when you go to start the car after returning, it could give a message like, "Please walk around your car before departing." Which people would ignore. Unless it made sure you got out of your seat and watched you make a circuit. Weird.
You don’t park in your garage at home I take it?I don't see the need for that, given the USS sensors were not designed to prevent running over low objects in the first place. People that curbed the front of their car on parking blocks should be well aware of this. It also won't prevent you from running over a crawling child for example, as the detection is for objects above about 8 inches, as per the limitations:
Model 3 Owner's Manual | Tesla
The USS are designed for the car approaching large stationary objects (like walls or other vehicles).
When you are backing out, you have the rear facing cameras. Going forward is the only case that something can slip in, but I doubt anyone really relies on USS pings before driving forward. You see what is in front of your car when approaching it.
USS also provides zero coverage between the front and rear wheels (if the concern is dynamic objects moving into the car's path).I don't see the need for that, given the USS sensors were not designed to prevent running over low objects in the first place. People that curbed the front of their car on parking blocks should be well aware of this. It also won't prevent you from running over a crawling child for example, as the detection is for objects above about 8 inches, as per the limitations:
Model 3 Owner's Manual | Tesla
The USS are designed for the car approaching large stationary objects (like walls or other vehicles).
When you are backing out, you have the rear facing cameras. Going forward is the only case that something can slip in, but I doubt anyone really relies on USS pings before driving forward. You see what is in front of your car when approaching it.
There are USS inside the Falcon Wing Doors, and on the roof. Probably not much help with parking, but they are there.USS also provides zero coverage between the front and rear wheels (if the concern is dynamic objects moving into the car's path).
Who knows? The problem is we are hearing and speculating about all these different hardware and software changes. So, if I order a car today will it be the same car if I order it in 6 months? There is NO consistency. It's all a moving targetTesla says they are planning to use the cameras.
By definition, all cars are moving targets.Who knows? The problem is we are hearing and speculating about all these different hardware and software changes. So, if I order a car today will it be the same car if I order it in 6 months? There is NO consistency. It's all a moving target
I do, but I park pulling in (so occupancy network can use object permanence to judge distance to cabinets in front in that scenario). I rarely park backing in (the only case where pulling forward from car asleep would apply, as per comment I was responding to), but when I do, I don't envision a scenario where the front USS pings would matter (especially given the limitations described).You don’t park in your garage at home I take it?