I thought so at first but then Musk mentioned the thrusters can recharge themselves with pumps in the car. So it will actually be something owners can use repeatedly without needing complicated refills from Tesla service.
replyNot that I'd ever spend that much money on a car or need this at all, but for people who buy luxury vehicles I can see it. Definitely something we've never had in car history.
But where would you (be allowed to) use that and risk wrecking your car and life? They weren’t confident to put a person in either. I guess it’s for shows only, the reservation page says invitation only. It’s definitely impressive but it will probably stay a marketing tool.
replySeems like a practical use would be rapid stopping or cushioning a collision.
replyProbably more a liability to have a high pressure vessel near a collision
replyI wonder whether they will actually be able to recharge to that pressure level in a production car. I kind of doubt it, plus it will be noisy, consume a ton of energy and take a long time.
replyNot to mention the mass. Perhaps the pressure vessels could be relatively lightweight, but a pump that could charge such a pressure vessel to the pressure and capacity needed for this type of stunt will not be lightweight.
replyAnd mass is one of the top engineering concerns for these types of performance vehicles, even those which do not need to fight gravity.
The Brabham was withdrawn after one race because it sprayed debris at following cars. I the thrusters used for better cornering also might push a car being overtaken just enough to get it off track. Even for track-only this won't fly. Not to mention blasting pedestrians.
replyWhat happens if there's a rock in the road and it gets sucked up?
replyWe say McMurtry Spéirling this century :)
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