"why's it so heavy?"  
Makes chassis out of galvanized steel

Shinyodd ran so we could crawl

I'm surprised that the drag body works so much better now

The car bending is actually accurate to real life, they use the flex of the chassis to substitute for the lack of suspension

6000nm of torque? Ah yes. I would not like to move, I wish to turn the earth beneath me until I reach my destination

12:34 companies on july 1

grogtv would be proud

4:09 chernobyl:

Just want to say yes, top fuel dragster chassis are meant to flex like that. The length and the flex allows for them to hook up harder while reducing the chances of pulling the front wheels off the ground on launch so that it doesn't have to rely on the wheelie bar as much. And not to rain on your parade but for as much power as those cars are putting down you should be deep in the 5 second range. I would assume there is some shortcomings in the simulation of the tires and suspension.

Well... Top Fuel Dragsters TECHNICALLY have a CVT, although it's just a clutch pack with 6-7 gears, when they reach the end of the stretch they're all melted together, so yeah, CVT 😂

That thumbnail screams ‘me wheel’ (iykyk)

0:18 seconds into the video and we hear something... and it's Little John.

“The torque twisted the chassis out of line” 8:08

at 8:35 the car got adaptive caster syndrome

7:31 Zooble ahh dragster😭

1:43 engined turbocharger

3:09: so the VEHICLE has a power to weight ratio of 0.5hp/ton ☠️

6:48 really nice torque curve too

Helo muye, did you know that submarines are rear wheel drive?

1:12: It sounds more like a vacuum than a 2014 F1 car