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As of now there are 4 Holliday updates.Is this the update everybody is waiting for?
44.30.4?
You will get one of the four when you are in the queue to get it. Only Tesla knows for sure which one you will get and when you will get it. Also you need to scroll down and read the release notes for 23.44.30 that apply to all the Holiday updates.Im still new.
What does that mean there are four?
I should expect one of the four or all of the four?
How do you know which one of the four to expect?
In the release notes it just says minor fixes…
Looks like you’re on the latest of the four (3 bug fixes) if you scroll down you’ll see the release notes for the update, the one you downloaded includes the update plus the bug fixes for that updateIm still new.
What does that mean there are four?
I should expect one of the four or all of the four?
How do you know which one of the four to expect?
In the release notes it just says minor fixes…
That's an over simplification. It depends on your posture, how you are sitting, how you are holding the wheel and where your hands are placed. However, all that really is not in play. It's the rotational torque resistance that is the tattle tail. One hand, two hands or even just a finger can provide sensed rotational torque resistances.The thing is that if you have both hands on the wheel, the torque applied to the wheel by gravity on one arm would offset the torque applied by gravity on the other arm. Simple physics.
That's my main issue with the driver sensing being torque-based. There's no real good comfortable way to sit and place my arm to provide the required torque without having to consciously be pushing on it. All my previous vehicles had spokes of some kind around the 5:00 and 7:00 positions (or 4:00 and 8:00) and I could rest one or both hands there comfortably. The Tesla wheel doesn't have any kind of "stop" there so I either have to prop one knee up funny and push my hand with it, or chicken wing my left elbow onto the "shelf" at the top of the door.That's an over simplification. It depends on your posture, how you are sitting, how you are holding the wheel and where your hands are placed. However, all that really is not in play. It's the rotational torque resistance that is the tattle tail. One hand, two hands or even just a finger can provide sensed rotational torque resistances.
That's a great idea. I bet if you make one you like, others would purchase the file to make their own.I go back and forth about trying to design/print some sort of thing I can attach to the bottom spoke that has hand stops for me to rest against.
Very easy with a yoke. Arm rests on the hand rest, hand rests on the bottom right corner of the yoke.That's my main issue with the driver sensing being torque-based. There's no real good comfortable way to sit and place my arm to provide the required torque without having to consciously be pushing on it. ...
Must agree with this, the yoke does shine in this respect. The yoke is a much superior design for highway use however it does have some quirks when used in city driving.Very easy with a yoke
The .2, .3, and .4 may not necessarily be bug fixes - they may contain updates for specific vehicle builds.Looks like you’re on the latest of the four (3 bug fixes) if you scroll down you’ll see the release notes for the update, the one you downloaded includes the update plus the bug fixes for that update
Maybe drive the car yourself? You can still do that, you know - you don't have to use Autopilot or Full Self-Driving Beta....the probability is too high that it will brick the car. On the other hand, I absolutely hate driving the car in its present condition and even worse, add a passenger to deliver to the airport.
Yep.Is this the update everybody is waiting for?
44.30.4?
I wonder if arm length has something to do with ease of putting torque on the steering wheel when using AP. I'm 5'9" and I think I have pretty average body proportions. When using AP, I typically rest my right elbow on the center armrest and my right hand either lightly grab the bottom area of the right spoke or the section of the steering wheel between the right and bottom spoke. My grip is pretty light, just enough to keep my hand hanging on the steering wheel. Doing it this way I pretty much never get any nags using AP. Basically the only times I do get AP nags is when going through a construction area with a bunch of cones and narrowed lanes.That's my main issue with the driver sensing being torque-based. There's no real good comfortable way to sit and place my arm to provide the required torque without having to consciously be pushing on it. All my previous vehicles had spokes of some kind around the 5:00 and 7:00 positions (or 4:00 and 8:00) and I could rest one or both hands there comfortably. The Tesla wheel doesn't have any kind of "stop" there so I either have to prop one knee up funny and push my hand with it, or chicken wing my left elbow onto the "shelf" at the top of the door.
The best wheel for this was in my 2003 Focus. I could rest my hands perfectly on the lower spokes and drive a long time assuming I didn't need to shift.
I go back and forth about trying to design/print some sort of thing I can attach to the bottom spoke that has hand stops for me to rest against.
You may be right on that and it sounds like a huge configuration control challenge.The .2, .3, and .4 may not necessarily be bug fixes - they may contain updates for specific vehicle builds.