Exactly. Until the battery can be worked on (i.e. the most expensive part) with full documentation and support from Tesla, then I'm not going to consider it. I can replace the engine and any part of the drive train that I want on pretty much any ICE car.

I understand that there are safety issues here, but without documentation, users are left with reverse engineering, which is even more dangerous. Tesla's stance so far is, "if there's damage, replace it," which is just another way of saying "planned obsolescence" since replacement of a battery pack is ~3/4 of the price of the car.

Then there's the BS all car manufacturers are seeming to do these days in tracking users and keeping things locked away from user control (e.g. disabling data collection). It's getting increasingly difficult to find a reasonably privacy-respecting vehicle, and EVs are the worst offenders here.

If an EV comes along with:

• independent shop-serviceable battery packs
• no data collection (or at least user-verifiable, opt-out data collection)
• everything aside from battery packs are user serviceable with full documentation

I'll probably get it. I'm especially interested in sodium-ion EVs since they should be far less expensive and probably safer. I don't need anything fancy, I just need to get to work, and I'd really prefer to do that without being tracked by the car manufacturer.

Thanks for the info.