This is strange. They removed P +/- differences to streamline production and now those differences are back?
To be fair, the difference between Dual Motor and Performance Minus, when they were simultaneously produced, was one bit in the software - see all the reports of Dual Motor and Performance Minus getting mixed up, and Tesla unlocking Dual Motors to Performance Minus when someone bought a Performance Minus and got a Dual Motor delivered to them.
And, IIRC, Dual Motor, Performance Minus, and Performance Plus already get the same rear drive unit part number as a service part anyway, so what that tells me is that the motor yields are to the point that Tesla decided to flip the switch for all RHD cars to Performance Minus default instead of Dual Motor default.
I expect CCS to catch up to and possibly surpass CHAdeMO in terms of useful locations (but perhaps not - as most will likely be dual CHAdeMO / CCS installations, they may end up as a "tie" for locations). Once something close to parity happens, CCS will be the clear preference for Tesla owners as they are more likely to get a higher charge rate from CCS than CHAdeMO.
Dual CHAdeMO/CCS installs often have a single token CHAdeMO for LEAF owners, and then multiple CCS stalls, so in terms of
plugs, CCS will win, too.
When driving between destinations without customers, an empty FSD car can be driving super conservatively: yield, keep to the speed limit, factor in weather conditions, etc. etc. Since the violence of traffic accidents scales with energy, and energy scales with the square of speed, just dropping the speed to the speed limit has a significant effect on insurance costs and liabilities. The FSD car will also not be annoying customers by driving in a timid, easily bullied fashion.
Unless it arrives late to the pickup...
It also means that somehow, 44% of Mod3 owners find a way to charge without wiring their garage.
Not necessarily - that 44% includes rented homes, and it includes owners that rent garage spaces and got those wired. And, the 56% that are homeowners may not have wired their garages, too...
Won't happen. The Roadster battery replacement program worked out to be expensive and frustrated owners (go over to that section of this forum to learn); Tesla's learned their lesson and is not going to offer deep retrofits any more.
It wasn't the swappability which was the issue. Go into the details. The new battery didn't perform as well as people were hoping, and it led to disappointment. It also involved a lot of service labor -- which is in short supply -- and design work with fairly low profit margins. Even with the simpler swap on Model S... still labor time and time in the service centers.
There is a reason that Tesla basically does not offer hardware battery pack upgrades on Model S -- though if your pack fails (so they already have to do a replacement) and you offer to pay them at that time, you can get them to give you a different size pack. They don't think the hassle is worth it. They aren't going to offer a limited edition upgrade for a small number of cars. Their service is stretched too thin for it.
That's the thing, the new battery for the Roadster 1.x/2.x was a custom design for
that car, with cells chosen for that car. The performance is downright dreadful, and Tesla really does need to do something for those owners, but it's not indicative of what would happen on a later model.
A 2020 Model S battery is presumably a unit designed to go into the same unibody mounting points as a 2012 Model S battery, with similar wiring and cooling connections. So, a battery upgrade program for the Model S is orders of magnitude easier than the one for the Roadster (it's retrofitting an existing pack meant to go into that unibody, instead of designing and validating (or
not validating, apparently) a new pack inside of the old case), it's just that for reasons like what you mentioned, they don't want to actually do it.