What's so disruptive on these kind of events is, that companies always used to do development for PR-stunts, or to show off their capabilities and vision for the future, but never at this scale of pure engineering investment.
Drawing a parallel, manufacturers presented rollable mobile devices already a decade ago, modular devices with replaceable components, etc. The archives of Nokia and Ericsson (and others) are full with these kinds of products. Car manufacturers did the same. They presented a vision, not a commitment to a product because there is much more to this than just "being able" to build it.
But it was never economically feasible or sensible to do this at SUCH a scale of engineering cost, and presented with the unrelenting confidence of "this will be yours in two years", despite all the fundamental roadblocks still to overcome.
It appears that this is the most disrupting aspect of their presentations: People are not used to being presented a "vision" of such a scale with so little regards for practical execution.
They like the journey they are taken on, and willingly fill all gaps and doubts with "they wouldn't present this if they didn't think of everything already"
It's a cool demonstration, I'll give them that. From what I've seen online, people don't even seem to consider whether or not they would actually want this, just because the novelty of it.
I'd even ignore that and call it good marketing, if that's what they would actually try to sell here - but you need some kind of special invitation access to even get those, while they use this demonstration to boost the pre-orders for a car without the features everyone is talking about (or at least trying to, we'll see how many will actually go for it).
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.
Not 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? 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.
I 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.
Not 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.
And mass is one of the top engineering concerns for these types of performance vehicles, even those which do not need to fight gravity.
It’s cool, I’d love this if I had the money to afford it. Maybe in a decade, it will be more practical and have more legitimate use cases, I’m not sure!
Also a massive feat of engineering, congrats to their team.
Finally. We've been waiting for flying cars for a while now!
I kind of concluded that they really don't want us messing around up in the air - for reasons. Now, combined with self-driving capabilities, maybe it's back on the table :)
That being said, I suspect that they way do this, as shown in the demo, is sustainable for seconds only. And if I understood it correctly, the system is not really for flight, but for correcting momentum while driving in turns and such.
Also true of being able to go over 90 MPH, despite many sports/premium cars touting an ability to reach a top speed above 150 MPH.
Some cars come with "Donut Mode" or drift modes. Donuts and drifting are definitely not road legal actions. These, and many other capabilities of sports cars, are obviously for track use only. These Roadster gimmicks are no different.
Cars seem so full of gimmicky features these days. A friend's car yesterday stopped us when exiting because it thought we left behind belongings in the back seat - it was just an empty package. That was not something I would have ever thought a car would flag. It's not that fancy of a car (entry level SUV) but it is fairly new, it just kind of bothered me.
One reason I hope Slate does well - newer cars have too much useless tech across the board. At least with a sports car the gimmicks are part of the appeal. Entry level new cars should be simpler, modular, and cheaper. Just let me drive and stop trying to be so helpful.
The back seat thing is probably the things cars have been adding to try to combat those freak memory accidents when parents forgot to drop the baby off at daycare and left them in the car in the sun all day with disastrous consequences.
I don't think this is true: drag increases with the square of velocity, so that's close to double the drag from 150 to 200, and I believe somewhere above 60/70 mph, aerodynamic drag starts to overtake road resistance as the main friction source, i.e. it takes significantly more horsepower to be able to do 200 than 150.
It's an awesome performance, but I don't know why you'd want this in your actual day to day car and pay a premium for it, all power to you if you do but I wouldn't call not sharing that preference 'poo pooing the incredible tech'.
The art of deliberately guiding or diverting an audience's attention away from a secret action (such as sleight of hand) so the trick can happen unnoticed. Instead of forcing the audience to look away crudely, good misdirection makes the audience want to look at something else naturally.
This isn't special though. 2023 was their best year and sales have been slowly declining since then. The share price has mostly been climbing since 2023. But soon they'll have a huge driverless fleet and robots or something.
On takeoff you can stabilize against opposing forces, so especially without the weight or inertia of a driver it is quite straight (rockets also don't need to stabilize on take-off).
But once that phase is overcome, how stable is the car actually mid-air?
It looks to me that they added the barrel-roll because everything else would have looked worse...
idk about the safety of involving jumping cars into car crashes, I'd still prefer the brakes (obviously not always enough time). The one useful situation I could see is if you're driving (accidentally I hope) off a cliff.
Even if it does, these features aren't useful and can't be used in any realistic scenario. At best they're just party tricks.
1. If you start flying and land on someone or something, that's a problem.
2. My strong bet is what they demonstrated is as far as the thing can fly, which is definitely cool as a party trick, but that's it.
These cars are obviously chock full of machine-learning algorithms to be able to control themselves in the air in that way. I'd much rather see that ML muscle used for something that actually benefitted someone.
It's apparently not fuel but pressurized air being refueled by the car itself.
> "Will it even be maintainable?"
Probably doesn't matter. I don't think it will be permitted on public roads anyway.
The presented variant is invite-only, so I guess it will be made to put in the garage of some (Saudi) investor who commits a billion dollar investment...
It's a tech demo marketing presentation with a jumping car in it, not a flying one. It does look pretty cool though. Let's first wait and see if/when this will even be available and not just a marketing stunt.
Very useful in England’s countryside, imagine all the puddles you can jump over! Eliminate these passing bays when cars can jump over each other in the narrow lanes!
Drawing a parallel, manufacturers presented rollable mobile devices already a decade ago, modular devices with replaceable components, etc. The archives of Nokia and Ericsson (and others) are full with these kinds of products. Car manufacturers did the same. They presented a vision, not a commitment to a product because there is much more to this than just "being able" to build it.
But it was never economically feasible or sensible to do this at SUCH a scale of engineering cost, and presented with the unrelenting confidence of "this will be yours in two years", despite all the fundamental roadblocks still to overcome.
It appears that this is the most disrupting aspect of their presentations: People are not used to being presented a "vision" of such a scale with so little regards for practical execution.
They like the journey they are taken on, and willingly fill all gaps and doubts with "they wouldn't present this if they didn't think of everything already"
Not 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.
And mass is one of the top engineering concerns for these types of performance vehicles, even those which do not need to fight gravity.
Also a massive feat of engineering, congrats to their team.
I kind of concluded that they really don't want us messing around up in the air - for reasons. Now, combined with self-driving capabilities, maybe it's back on the table :)
That being said, I suspect that they way do this, as shown in the demo, is sustainable for seconds only. And if I understood it correctly, the system is not really for flight, but for correcting momentum while driving in turns and such.
Some cars come with "Donut Mode" or drift modes. Donuts and drifting are definitely not road legal actions. These, and many other capabilities of sports cars, are obviously for track use only. These Roadster gimmicks are no different.
One reason I hope Slate does well - newer cars have too much useless tech across the board. At least with a sports car the gimmicks are part of the appeal. Entry level new cars should be simpler, modular, and cheaper. Just let me drive and stop trying to be so helpful.
The art of deliberately guiding or diverting an audience's attention away from a secret action (such as sleight of hand) so the trick can happen unnoticed. Instead of forcing the audience to look away crudely, good misdirection makes the audience want to look at something else naturally.
> Tesla Sales Slump in Third Quarter
https://www.wsj.com/business/autos/tesla-sales-fell-in-third...
Tesla Q3 sales will be the same tomorrow.
It doesn't surprise me that any particular companies sales are down at the moment, how does Tesla compare to other car manufacturers out of interest.
This isn't special though. 2023 was their best year and sales have been slowly declining since then. The share price has mostly been climbing since 2023. But soon they'll have a huge driverless fleet and robots or something.
It must be incredibly difficult to keep the car stable while mid-air at low speeds, I suspect it wouldn't look that "elegant"...
You’d want something that smoothly hovers rather than a launch then catch with boosters.
Was there a second jump without a roll?
But once that phase is overcome, how stable is the car actually mid-air?
It looks to me that they added the barrel-roll because everything else would have looked worse...
The car clearly does not have enough momentum to go on the ramp all the way upside-down, yet it miraculously does not fall.
My sense is that this is just more Elon Musk bullshit that will never materialize.
1. If you start flying and land on someone or something, that's a problem. 2. My strong bet is what they demonstrated is as far as the thing can fly, which is definitely cool as a party trick, but that's it.
These cars are obviously chock full of machine-learning algorithms to be able to control themselves in the air in that way. I'd much rather see that ML muscle used for something that actually benefitted someone.
Will the frame itself hold up?
> "Will it even be maintainable?"
Probably doesn't matter. I don't think it will be permitted on public roads anyway.
The presented variant is invite-only, so I guess it will be made to put in the garage of some (Saudi) investor who commits a billion dollar investment...
this site just toast