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I would take anything, over nothing. Seems like the side turn signal cameras are low enough that they could at least show curbs and parking line markings for the rear 2/3 of the car?
Related question: is there any way to tell if your wheels are straight, while parking, besides the old fashioned way of inching forward and turning the wheel until you think they’re straight? I’ve gotten used to the Leaf’s around view showing me my wheel alignment. I know I can put the Tesla in reverse and look at the two white lines, but unlike the Leaf, the lines don’t go bold when your wheels are true. Also, putting the car in reverse makes people think you’re leaving the spot.
Cone icon thing? I’ll have to look for that.Won't solve your wanting the lines turning bold, but if you press on the camera and then press on the cone icon thing, it'll show the backup-style screen. Don't 100% remember if the lines are there if you aren't backing up...
Cone icon thing? I’ll have to look for that.
Good to know. Thanks. I’ll give it a try.Whenever you are below 10mph, it shows a traffic cone with rings radiating from it in the top left corner of the MCU. If you press it, it will present 2 screens -- the top being a reframed backup camera and the bottom being the ultrasonic sensor's readings imposed on a blown up avatar of your car. They vastly improved the ultrasonics after 2018.10.4 on AP2+ vehicles (they are, I believe, finally getting the added range for AP2+ vs. AP1 ultrasonic sensors). So now it sees curbs that are near your wheels (before as you approached a curb it would lose the signal).
I find it is quite useful and I have had no issues but my leaf was not an SL and didn't have the bird's eye view so I might just be blissfully ignorant (both sets of my wheels are rash free though and I park as close to the curb as I can to avoid being sideswiped on tight Chicago residential streets).
Good to know. Thanks. I’ll give it a try.
I’ve also been meaning to test the resolution of the ultrasonics. I have lots of irregular shaped things to the side and front of my car, in my garage, like bicycles, yard equipment, etc., and I’m wondering how large something has to be for it to resolve it on ultrasound. For example, can it see something as small as a bicycle handlebar? I’m guessing not, which always makes me a little nervous. There’s also a sign post in front of my parking spot at work, and I’m wondering if it detects the post, or if it’s just seeing the parking block on the ground. Would like to get as close to the post as possible, without, of course, running into it.
Lol, was going to use a pool noodle, for starters, then move to smaller strips of cardboard, if it can see that.Good luck! I try not to experiment too much with those things because I know narrow objects are an issue but I haven't tested the improved resolution beyond larger solid objects. I love my car too much
Car sort of senses the pool noodle (had it standing up, directly in front of the car), but when you get to under a foot, it loses it. So if you ignore the early warnings, you could run into a pole. Didn’t bother checking smaller targets, since the pool noodle essentially failed.Lol, was going to use a pool noodle, for starters, then move to smaller strips of cardboard, if it can see that.
Car sort of senses the pool noodle (had it standing up, directly in front of the car), but when you get to under a foot, it loses it. So if you ignore the early warnings, you could run into a pole. Didn’t bother checking smaller targets, since the pool noodle essentially failed.
Still prefer around view monitoring.
Really? I can understand how the sound waves could miss a small object positioned between two sensors, but a wall? That would be bad. I’ll have to test this later with a sheet of cardboard.Get much under a foot and it'll lose anything, whether it be your pool noodle or a solid wall.
Really? I can understand how the sound waves could miss a small object positioned between two sensors, but a wall? That would be bad. I’ll have to test this later with a sheet of cardboard.
They start to lose track of anything <~10 inches away. It’s a limitation of the sensors.
Good find! Somebody tweet this to Elon!Just came across a very interesting implementation of 360/lookdown that Tesla could easily do with the current hardware.
It has weaknesses since parts of the image aren't live, but it's doable with current hardware and would be perfectly usable for the usual parking alignment purposes, especially if the ultrasonic sensors were linked in and superimposed...
This should be at the relevant part, but if not, it starts at 12:56 or so in the video. We don't get the Peugeot 3008 in the States, of course: