Does this mean that Tesla is pivoting from their attempt to produce a medium-priced car in quantity and going back to hand-building high-end cars? Tesla is good at high-end, low volume products. But the Model 3 production fiasco shows they don't know how to do what Detroit and Wolfsburg and Toyota City do. This is in a way a step backwards. Tesla is going back to targeting the 1%. There are lots of little supercar co…
I would have to guess that they didn't decide to make a Roadster in the last month or two.
Tesla Roadster
41–50 of 729 posts
Re: Tesla Roadster
#42Sorry, 10,000 nm of torque? This can't be real. edit: misunderstood
Of course, electric engines have much flatter torque curve, so they'll be at torque peak all the time until they exceed pack wattage limts.
Re: Tesla Roadster
#430-60 in 1.9 seconds is ABSURD
You're right that it's absurd but most sports cars can do 60-0 in about the same amount of time, it's interesting to think about running that acceleration in the oppisite direction.
Re: Tesla Roadster
#44It would seem over 200 mph isn't useful, except the Boring company could change that. A private tunnel could enable such leisurely travel for only cars that had level 3+ autonomy safety features.
Re: Tesla Roadster
#45> 250mph Metric system, where are you?-)
Re: Tesla Roadster
#46Re: Tesla Roadster
#47Does this mean that Tesla is pivoting from their attempt to produce a medium-priced car in quantity and going back to hand-building high-end cars? Tesla is good at high-end, low volume products. But the Model 3 production fiasco shows they don't know how to do what Detroit and Wolfsburg and Toyota City do. This is in a way a step backwards. Tesla is going back to targeting the 1%. There are lots of little supercar co…
Re: Tesla Roadster
#480-60 in 1.9 seconds is ABSURD
For comparison, a Falcon 9 v1.1 rocket -- without payload -- at takeoff mass has 1.19 g of thrust.
Re: Tesla Roadster
#49Sorry, 10,000 nm of torque? This can't be real. edit: misunderstood
That's wheel torque, not engine torque. Existing high power cars, like the Hellcat, exceed that number, at least in first gear. Hellcat makes 10875 Nm (8021 ft-lb). That's 650 engine torque at peak, * 4.71:1 first gear ratio * 2.62:1 rear axle ratio. Of course, electric engines have much flatter torque curve, so they'll be at torque peak all the time until they exceed pack wattage limts.