Oof, this is some lightning round of a thread. Good thing it's Friday. Thanks everyone for the participation!
Your comparison vehicle will never get any better, in fact it will get worse every year. Your Tesla will keep getting better. How can you assign that zero value? To me it's a significant multiplier to the value of the car at any point in its lifetime.
I do see your point, but I struggle with it. It's not certain that Tesla won't charge for feature updates (see Enhanced Summon going away in favour of Full Self Driving, for example). Other aspects of the car's software certainly change (creep mode, Joe mode, Tesla arcade, streaming), but it's nothing
physical. Insurance agencies are sure having a difficult time valuing software-only features (many don't count your purchase of FSD into the value of the car, for example). So far there's no evidence that these changes play out into actual increases in value, and I somewhat doubt there will unless there's a payment made to enable the features. A large shift in vehicle valuation methods is required before this has any impact IMO, especially since Tesla is one of very few doing such updates.
Pretending that battery prices won't go down significantly over eight years is fairly absurd given the history of the past thirty years.
Yes, and also no. The chemistry could not change significantly (Lithium ion to, say, Unobtainium superthing) without changing additional components and their Superchargers, though I understand they've made significant effort for many of the related systems to be part of the battery pack itself now
so perhaps that's not true. It's possible that the set of battery material constraints (chemistry, form factor, power characteristics, cooling needs) used in today's Model 3's could limit a cheaper and "better" technology from being able to simply swap in though. Future vehicles though? Heck yeah, I'm hoping and expecting
some movement on the price to range ratio for sure.
Regardless of all these things, I think your comparison would be much more useful if you assume the vehicles will be sold after five years or so. Yeah, different things to guess at, but likely more meaningful to people considering purchase.
I agree entirely,
I missed the mark on the average ownership term of a new car here. I'm actually going to rewrite this in some point with that in mind. What I find
especially interesting is the used market down the road, but that requires even more speculation than resale 5 years down the road so I won't go there... but it will be very interesting. Moves the battery replacement costing way out, perhaps to the point of no one actually being willing to do the replacement.
Best case puts you in Camry territory for no issues and years of reliability ownership.
Worst case knocks our your Model 3 for months at a time.
You can’t even uninsure it or prorate your registration when that happens.
Well, to be fair, the ability to uninsure could be a regional thing. But being out of the car and some significant chunk of money while overall being worse off than the average Camry... yepp, that's all quite possible! I can't wait to see how these things do out of warranty. If it's bad, oh man that would suck for Tesla (and myself, owning one... all of you as well!). I really hope it's not bad, because the car is otherwise so good.
That's a pack refurbish, replacing the parts that wear faster. So basically a "good as new" pack will be, in his estimation, +/-$6K. At least that's seems the right reading of that 140 character format.
Which squares fairly well, that's about $80/kWh after install and margin. Sounds plausible.
His statement says replacement, not refurb. The per-module quote may be due to LR and SR+ having a different number of modules (this is speculation on my part). I do hope you're correct though, technically in-the-know folk on this forum have mentioned that Tesla
cannot replace individual modules of the Model S/X packs. However since all these modules likely wear evenly (disregarding more rare faults), the money spent (the number of modules replaced) has a linear relationship with the range improvement. If the whole pack is sufficiently degraded (evenly worn out), all modules would require replacement.
For one thing a large chunk of EV's additional first year depreciation is due to the government rebate laws (which vary by state, and across time).
I'm not sure if this holds true elsewhere, but after we lost some rebates in BC, Tesla decreased the price. The net effect is that no matter when one bought it, you'd be paying a somewhat equivalent amount (the difference being far less than the rebate originally was). This is difficult anyways: purchase prices for vehicles traditionally vary by the
individual let alone the time of purchase as in Tesla's case. My new Honda Crosstour became cheaper after I bought it because they announced its discontinuation.