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I noticed the fan speed dial this morning (which is my immediate function via the left scroll wheel at the mo) is more middle/left of the card now than on the far right where it was a bit tricky to see previously. Not noticed anything else yet....
I've been playing around with TACC only a bit to see what the car would do near junctions.
I'm finding it quite reliably reduces to dead slow at junctions and roundabouts. Anyone else seen the same?
No idea if this is some new behavior, or some local fleet learning thing (does it even do that?)
This made me dare to wait a little longer than usual to see if it would even stop for the T-junction, but of course it was going to barrel straight
Yes, it learns typical speeds that the rest of the fleet takes a junction at - it treats it kind of like a temporary speed limit change. So if it was "fleet speed" that you experienced, you would have seen the AP set speed automatically reduced. If the set speed remained at whatever you had it set to, and it still slowed down for the junction, then this would suggest something rather more interesting is going on.
Which software version?Sort of related, I noticed something very surprising yesterday. I use basic AP a lot on all the windy single lane rural roads round here (don't even have EAP/FSD). Surprised how many roads it actually works on to be honest - plenty that don't have painted central, or any lines. Even one recently where roadworks have just torn the surface off to redo it and it still stayed on the right side. But what it never seems to do is make any real attempt to slow down for curves (unless simply following another car, of course). Sometimes a little bit, but usually if there's a tighter turn that can't be taken at the set cruise limit I will have to intervene - either dabbing brakes to disengage AP or, if I was prepared enough, rolling down the speed limit a little with the wheel in time for it to reduce itself. If I do nothing it seems to reach its lateral g limit and creep to the side and ultimately have a stroke unless the turn eases and it can recover.
But today I took my normal 'highway' exit which is a sweeping fairly tight turn so you have to slow down almost immediately after leaving the highway lane...
View attachment 946496
I always have to disengage here as generally can't roll down the speed quick enough. So it's a dab of brake then regen usually does enough (depending on how fast I was going on the highway!) But today, before I even moved for the brake it started to slow down by itself and took the entire turn absolutely perfectly staying in AP (well technically TACC only as my manual lane departure deactivates the Autosteer part). No car ahead to follow. Almost took my breath away, lol! This made me dare to wait a little longer than usual to see if it would even stop for the T-junction, but of course it was going to barrel straight out without a care so I stamped on the brakes!
No idea if this is some new behavior, or some local fleet learning thing (does it even do that?) or just something always inconsistent that might or might not have worked before. Interesting though. Basic AP on rural roads would be much more useable if it behaved like this all the time round bends.
It came with 2023.20.4.1Anyone noticed you can now view ALL the cameras from the service menu? Kinda nice to make sure they are all working and actually see what those pillar cams can see for once.
I'm not totally sure when this appeared but I do believe it was recent?
I remember the WDA (Water Data Archive) in the 90s, still seeing new initiatives relating to the sameI am struggling to imagine how vision can get road signs right 100% of the time ... some yobs have turned the one in my village round to face the other way ...
... and also (my day job is Database) struggling to understand why there isn't a public GPS database which is 100% accurate (except for mobile works) for everything in the street that matters. Even that, given the need to get permission for road works, well in advance, should be a no brainer. Even emergency roadworks - burst water main / whatever - has a procedure.
Am I missing something obvious that makes an accurate GPS database impossible?
When I was 12.9.1 it was still picking up a rural side road 30 sign on a 50 limit road. Worse still, the sign was correctly positioned. Still doing it on 20.4.1 too!Spent a bit of time as a passenger on 2023.12.9.1 in urban streets with lots of 20mph around, especially in side roads.
Previously the car would set the sped limit the moment it picked up a speed sign, even if clearly on an unrelated road. Certainly with non urban streets.
But yesterday, even though speed signs on adjacent roads were clearly picked up and visualised, I did not notice any occasion where it incorrectly set the speed limit to match.
Wondering if the car is now more spatially aware of where speed signs are, and the relevance that limit has on the cars current path.
I think Tesla use more than one database. Back in early 2020 it did not respond to vision based speed limits and my car seemed to change either before or after the limit. I thought it might use Open Street Map (OSM) Database. OpenStreetMapI am struggling to imagine how vision can get road signs right 100% of the time ... some yobs have turned the one in my village round to face the other way ...
... and also (my day job is Database) struggling to understand why there isn't a public GPS database which is 100% accurate (except for mobile works) for everything in the street that matters. Even that, given the need to get permission for road works, well in advance, should be a no brainer. Even emergency roadworks - burst water main / whatever - has a procedure.
Am I missing something obvious that makes an accurate GPS database impossible?
... and also (my day job is Database) struggling to understand why there isn't a public GPS database which is 100% accurate (except for mobile works) for everything in the street that matters.
Does that answer your question