They don’t pack 1020hp. Also, why you think Tesla owner won’t put Linglongs?I'm more concerned about the people in junkers driving like maniacs in the rain on bald Linglongs that are held on with 4 mismatched lug nuts per 5 lug wheel.
They don’t pack 1020hp. Also, why you think Tesla owner won’t put Linglongs?I'm more concerned about the people in junkers driving like maniacs in the rain on bald Linglongs that are held on with 4 mismatched lug nuts per 5 lug wheel.
They don’t pack 1020hp. Also, why you think Tesla owner won’t put Linglongs?
Well, it depends how that braking ends up after making 0-60 video for Tik Tok. Bankruptcy is always behind the corner.They can't afford the Linglongs?
Sounds like some big Altima energy right there.I'm more concerned about the people in junkers driving like maniacs in the rain on bald Linglongs that are held on with 4 mismatched lug nuts per 5 lug wheel.
What's the braking distance on that mean machine?I drove mu Sienna 100mph+ (ran out of space on gauge) and its steering wheel is perfectly fine when braking as well as vehicle:
View attachment 140247
The braking distance was OK. However, brakes were definitely undersized for aggressive driving. OE rotors were not of some good quality; they would start vibrating after 10k. EBC was a solution, but expensive.What's the braking distance on that mean machine?
Tesla puts more focus on the drivetrain and UX. Everything else is an afterthought. They have not updated their platforms in a major way since 2012(S/X) or 2015-2016(3/Y).They couldn't call Brembo or Wildwood for some advice
Hell, even EBC could've come up with something
Is this a 100% pad compound/hydraulic clamping issue?
Or is it just a suspension issue that it gets unsettled during hard braking?
Who the hell is doing chassis development at Tesla?
Ev6 GT addresses this.Don‘t EV’s utilize regeneractive braking systems? I’d expect they are calibrated for normal stopping needs.
Stoping a car going at 100+ mph using energy recovery also requires a battery that can take up the energy as fast as it is generated and generators that can turn the speed into kW’s. That may be an issue. I’ll bet the software is calibrated/biased to recover all the energy at the expense of less than superior braking performance. Anytime the brake calipers are used that’s lost energy, an anathema to EV worshippers.
Brembo is not an answer to everything. There are obvious advantages to solid calipers. Equally distributed brake power, possibility of larger pads etc.Tesla puts more focus on the drivetrain and UX. Everything else is an afterthought. They have not updated their platforms in a major way since 2012(S/X) or 2015-2016(3/Y).
Brembo supplied the brakes on the MS/X, the M3/Y looks like TRW(ZF) or a Chinese supplier. A full Brembo swap could be possible, if you can find a cross-reference for carbon-ceramic rotors.
This is not deficiency unique to track. This is 100mph with cold brakes. 100mph with this car is blink of an eye when merging in traffic. Maybe even not intentionally. Anything can happen that requires as fast as possible stop from 100 to 0mph.The pads were literally cooking with the amount of smoke in that last scene. That being said, are these deficiencies apparent only during track use or can this be reproduced on the street in day 2 day conditions? The last question coupled with, "we are in compliance with outdated but current FMVSS to justify the new brakes," will be how they explain this.
Dont worry, a lot of mfgs use the same excuse for their weak engineering. (RAV4s with side impact engineering only for the driver, F150 base trim levels having no intrusion protection....the list goes on).
...and certainly not for it's appearance.If I'm buying a Plaid, it's for the acceleration, not the stopping and not for using on a track.
Minimum Viable Product?This is not deficiency unique to track. This is 100mph with cold brakes. 100mph with this car is blink of an eye when merging in traffic. Maybe even not intentionally. Anything can happen that requires as fast as possible stop from 100 to 0mph.
The vehicle is grossly under engineered. Other video of Nurburgring lap proves that.
That is absolutely insane.Question: what was the condition of the brakes before hitting the track?
tesla owners note that the hydraulic brakes rarely see use, and rotor wear is messy due to constant rust… when you finally do need them, they gouge the pads and then need to be re-bedded, which is hard to do in these cars. There’s a great chance the brakes weren’t right at the start. One friend of mine has mentioned annual rotor replacement if you don’t drive it hard periodically to keep them clean.
Is this a 100% pad compound/hydraulic clamping issue?
Or is it just a suspension issue that it gets unsettled during hard braking?
Who the hell is doing chassis development at Tesla?
There is know-how too. You don’t wake up one morning, decide to make vehicle, and somehow it is as good as others.It’s not that they don’t have experience or aren’t capable. It’s just cost cutting and sacrificing everything for range.