SEJeff
Joined 15 years ago
Joined 15 years ago
“”” That was combined with upgrading the main pack contactor to use inconel (a high temperature space-grade superalloy) instead of steel, so that it remains springy under the heat of heavy current. The net result is that we can safely increase the max pack output from 1300 to 1500 Amps. What this results in is a 10% improvement in the 0 to 60 mph time to 2.8 secs and a quarter mile time of 10.9 secs. Time to 155 mph is improved even more, resulting in a 20% reduction. “””
The model s has always had Inconel in the frame for strength since relatively early on. But the Inconel came from SpaceX. Inconel is primarily used in aerospace applications. It made the frame of the model s so strong it broke the NTHSA machine used to test rollover strength. Look this up it is easy to verify.
SpaceX materials science has always been a big part of Tesla’s success since the very early beginning. Likewise inversely.
When the NTHSA did the rollover test on the Tesla Model S, it broke the machine they use. It was estimated that it would take the weight of nine model S vehicles ontop of a model S for the roof to collapse. Tesla patented millimeter wave radars in the seats and got approval to install them. They now know if a large adult, small adult, child, animal, or groceries are in a seat. The airbags are reconfigured on the fly depending on what is in the seat. Consumer reports did a test and found Tesla wasn’t great in slam the brakes stopping distance, and did a report about it. Tesla confirmed and did some testing. They had a software update in less than a month to dramatically improve it to generally best in class. They have so many safety features many of which are now mandated in new vehicles that were not required when Tesla started producing vehicles.
Just look at some of the utterly insane Tesla crashes where in most cars all would he dead and folks walk away from them in the teslas. Some of the Teslas use a very special composite metal named Inconel in the frames. Look it up. Inconel is most commonly used in high performance aerospace applications like space rockets, and Tesla is the sole automotive manufacturer in the world with access to a large supply of it and know how. The Tesla model S plaid seats were designed to withstand 9Gs of lateral force, a thing no other street legal car in the world can do. Tesla asked the seat manufacturer that makes most all of the seats in the world to support this and they laughed at them. So Tesla made their own, and it’s safer than any of the other ones due to its design. Don’t trust me, verify this with google. It isn’t hard.
It is easily one of the best if not the top three in the world (I’m including the Chinese companies like BYD, but we can’t get those in the US).
I can say “navigate to the closest publix”, it will back out of my garage, and then drive there the whole way hands off, find a parking spot, and park.
Tesla’s robotaxi sq mileage is roughly 1100 miles vs Waymo’s 475. This is true autonomous no safety driver in the car.
So jokes aside, Tesla is leagues ahead of everyone else sans maybe some of the state funded Chinese car brands. Having actually used the tech daily for years, it’s incredible, truly.
I’m sure it will hurt my 11k internet point account.