The Hellephant C170 crate engine carries its name for the same reason. Dodge said the Demon 170 launch from 0-60 mph in 1.66 seconds and pull 2.0 g off the line on a prepped surface with rollout.

The Mickey Thompson ET Street R tires (size 315/50R17 in back and 245/55R18 in front) are supposedly so important to the Demon's track times that Dodge pushed back the launch of the car when the ...

We finally get a chance to drive the 2023 Dodge Challenger SRT Demon 170 on the drag strip, and it is spectacularly fast.

Dodge says the Demon 170's maximum cylinder pressure is ... where the rear tires deform on a hard launch and put more rubber in contact with the track. Some weight savings also come from the ...

The Launch Control feature of the 2023 Dodge Challenger SRT Demon 170 is designed to allow the driver to achieve maximum vehicle acceleration in a straight line, managing tire slip while launching ...

For 2024, Dodge resurrects the Demon moniker ... and a new and improved transmission brake brings configurable launch settings. The Demon 170 rolls on Mickey Thompson ET Street R tires, size ...

The Dodge Challenger SRT Demon 170 is the last V8-powered car the ... That sets it up for a launch that’s hard enough to pop a wheelie, which is further enhanced by a computer-controlled ...

This power hits a revised rear differential that feeds a pair of Mickey Thompson drag radials at the rear, which help launch this Demon to 8.91-second elapsed times in the quarter mile.

The Dodge Challenger SRT Demon 170, announced Monday night ... The suspension system has also been reworked to limit rise on launch, instead working to turn that energy into forward motion ...

The 2023 Dodge Challenger SRT Demon 170 is new top dog ... which is enough for it to launch the car at 2.0 G while popping a wheelie. But the final touch is a set of 11-inch-wide Mickey Thompson ...

the Drag Mode Launch Assist helps prevent this issue. All these performance additions were so effective that the Dodge Challenger SRT Demon got banned by the NHRA. Read the original article on ...