For real, he said it out loud. I don't want to start another extended argument on this, but it's pretty clear there's no "$25k car" coming. And that's even before all this "inflation" impacted raw materials and parts.
Model 3/Y can simply be smushed down to a base model at $38k if the market absolutely demands it. Other than that, it's robotaxis and $50k+ sedans.
Legacy auto will soon be fighting Chinese startups over the $25-45k segments, all making zero margin. That's literally perfect. THe mission gets accomplish AND Tesla gets all the profit.
I think we are answering the wrong question here.
The real question is :- What does it cost to build a car?
Not :- What will the car be sold for?
Model Y currently costs less to build than Model 3, the obvious play is to build a Model 3 in the same way. Maybe that gets the cost of building a Model 3 down to around $25K, perhaps less.
When a Model 3 costs $25K to build, that doesn't necessarily mean Tesla will sell it for $35K.
For a Robotaxi hitting a $18K-$20K cost to build would be ideal, again that doesn't necessarily mean Tesla will sell the car for $25K.
Hitting the right cost target needs to be baked into the Robotaxi design, my ideas are:-
- 4 seater - no centre console.
- Narrower frontal area, and smaller car - more efficient, less weight, smaller battery.
- LHD/RHD steering wheel and pedals installed (if needed) after the car leaves the factory.
- Metal roof (if this saves money)
- No frameless glass on door windows
- HW4 cheaper and more efficient than HW3.
- Built with cheaper smaller 4000 ton casting machines, probably faster run-rate, possibly cheaper alloy.
Only a minority of taxi trips are for more than 4 people, 1-2 people is more typical. Model 3/Y/S and in particular X can accommodate larger groups.
IMO Tesla definitely wants to build the Robotaxi as cheaply as possible, with a minimum of raw materials, optimised to transport a typical number of passengers as efficiently as possible.
I think a wheel and pedals can be fitted to the Robotaxi for LHD/RHD as needed after the car leaves the factory. This de-risks the project, because if FSD is delayed, the car can still be sold to private buyers, and the mix of Robotaxi/private and LHD/RHD can be varied as needed, at short notice.
I also think getting the price of the FSD hardware in the car lower and reducing the amount of energy FSD consumes are important targets, Benefits from optimising FSD for Robotaxis will flow on to the wider fleet.