I agree, I think this is another case of "well it works on our computer" pre-release specs that will turn out not to get close to real-world performance. The 0-100mph is very suspicious but I think the 0-60 time quoted is simply impossible for a road car, even making allowances for a few years of tech advancements.

F1 tires are nothing like road tires. They're not even vaguely comparable - at normal operating temperatures (over 100C, and they're preheated before starting - although not to quite this hot) they have the consistency of chewing gum. They are also huge - far bigger than a road car could ever hope to accommodate. This car also looks to weigh around double what an F1 car will weigh, and with far, far, FAR less grip, so it simply doesn't seem possible that it can accelerate faster.

To address some of the other replies. Traction control: F1 cars are driven by some of the best drivers on the planet. I think it's straining credulity to believe that an electronic traction control system is going to outperform them to such a huge degree. Gear changes: F1 gear changes take about 8 milliseconds. A road-going automatic gearbox is definitely not going to beat this.

In short - it doesn't matter HOW much power you have, if you can't get it down on the road. Given the limitations of the weight of the car, the limited grip from road tires, and a gearbox that needs to survive everyday use, it seems frankly totally impossible that a sub-2s 0-60mph is correct.

Traction control has been banned in F1 since 2008, so this severely limits how quickly they can start from a standstill. The tires themselves certainly have enough grip to handle the acceleration; F1 cars routinely hit several lateral Gs in cornering (though with the help of downforce), well exceeding the ~1.4G required to accelerate to 60 in 1.9s.

F1 cars are rear wheel drive and still have to build their torque and power up the rev range and change gears.

Telsa is 4wd and has all it's torque and power from standing with no gears

Per your links, the minimum permissible weight of an F1 car is 731kg including the driver, but not fuel. For FE it is 800kg. The 2011 Tesla Roadster weighed 1235kg, sans driver. The 2011 Bugatti Veyron 1834kg.

The very long range also suggests that this car will weigh considerably more than the old Roadster. Maybe there is an improvement to traction with all that extra weight? Or maybe the weight just helps with keeping the wheels on the ground at 250mph?