Dodge Demon Melts its Tires vs Tesla Model S P100D Ludicrous Drag Racing 1/4 Mile

A factory-built Dodge Demon, engineered from the ground up to dominate the quarter mile, takes on a Tesla Model S P100D in Ludicrous mode, on a public street instead of a prepped drag strip. The Demon’s supercharged Hemi fights front wheel lift off the line while the Tesla’s instant electric torque needs no warm-up at all. Viewers were quick to point out the street surface never gave the Demon’s drag radials a fair shot. Watch to see which car actually gets to the end first.

On paper, this should not even be a fair fight — a car engineered from the ground up to dominate the quarter mile against an electric sedan that was never marketed as a drag racer. But put a Dodge Demon next to a Tesla Model S P100D Ludicrous on a public street, and the math gets complicated fast, because one of these cars makes its peak power the instant the accelerator moves and the other has to build boost first. What actually happens when factory horsepower meets factory torque, on real pavement instead of a prepped strip, is not the clean victory either side of the internet expects.

The Demon’s Entire Reason for Existing

Dodge built the Demon around one specific mission: dominate the quarter mile straight from the factory floor, with an 840-horsepower supercharged 6.2-liter Hemi, factory drag radial tires, and a chassis tuned specifically to prevent the front wheels from lifting off the ground under full launch, a problem so real that Dodge included a system to manage it. Every part of the car’s engineering exists in service of one number: elapsed time.

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The Tesla’s Different Kind of Advantage

A Tesla Model S P100D in Ludicrous mode does not need to build boost, spin a supercharger, or manage a torque converter. Its electric motors deliver close to maximum torque the instant the pedal moves, which is why Teslas built a reputation for embarrassing gas-powered supercars in short sprints well before this video. On a street rather than a prepped drag strip, that instant, perfectly metered torque delivery becomes an even bigger advantage, because there is no clutch or converter behavior to manage.

The Demon’s Factory Drag-Strip Commitment

A prepped drag strip is chemically treated for maximum grip and free of the road debris, temperature inconsistency, and camber changes that a public street has by default. Commenters flagged this directly, pointing out that the Demon’s soft compound drag radials are built to perform on strip-quality pavement and lose significant effectiveness on a rougher street surface, meaning this matchup was never going to fully showcase what either car can do under ideal conditions.

Why Street Surface Changes Everything

One of the Demon’s most talked-about quirks is genuine, filmed front wheel lift under hard launch, a byproduct of how much torque the drivetrain sends to the rear tires the instant the car leaves the line. It looks dramatic on camera, but it also represents lost time, since a car with its front wheels in the air is not being steered in any meaningful way during that portion of the run.

Front Wheel Lift as a Launch Problem

Battery-electric drag performance has its own quirks that rarely get discussed outside enthusiast circles, and one of the biggest is heat management under repeated hard launches. A Tesla’s peak Ludicrous-mode output is available consistently for the first pull, but back-to-back runs can trigger battery and motor thermal throttling that quietly reduces available power on subsequent attempts, an issue a gasoline-powered Demon with a properly cooled supercharger simply does not face in the same way.

The Hidden Cost of Repeated Electric Launches

DragTimes built its channel specifically around this kind of real-world matchup, putting genuinely quick cars against each other on public roads rather than at a sanctioned drag strip, with the explicit acknowledgment that conditions will never be perfectly controlled. That format trades some precision for accessibility and repeatability, letting the channel run these comparisons on short notice without needing strip time, which is part of why this specific pairing exists at all.

How Ludicrous Mode Actually Arrived

The video itself promises a second round, and the comments make a strong case for why one is necessary: better tire prep, a consistent surface, and ideally a proper strip environment where the Demon’s drag radials could actually do their job. Without those changes, any result from this run says more about street conditions than it does about which car is actually faster in a fair fight.

DragTimes and the Street-Racing Format

Strip away the marketing and this matchup is really about two completely different approaches to making a car fast in a straight line arriving at the same test at the same time — one built entirely around internal combustion and mechanical grip, the other built around instant electric torque and computer-managed traction. Whichever one wins on a given run, the fact that they are even comparable is itself the more interesting story.

What a Rematch Would Actually Need

The Demon’s origin story is itself part of the appeal here. Dodge built only a limited run of the car, each one individually numbered, and equipped it with a trunk-mounted crate box holding the additional parts, including skinnier front runner wheels, needed to unlock its full drag-strip potential. That level of factory commitment to a single mission, quarter-mile performance above all else, is rare enough that the Demon remains a reference point for what a manufacturer can build when drag racing becomes the actual design brief rather than an afterthought.

Two Different Philosophies, One Straight Line

Tesla’s Ludicrous mode carries its own origin story worth knowing, introduced as an over-the-air software update that unlocked additional performance from hardware already sitting in cars on the road, a fundamentally different approach to finding extra speed than anything in the Demon’s playbook. Where Dodge added specific mechanical hardware to chase quarter-mile numbers, Tesla found comparable gains by recalibrating how aggressively its existing battery and motors were allowed to work, a distinction that says as much about how differently these two companies approach performance as anything visible in the video itself. That contrast, mechanical hardware versus a software unlock, is a large part of why this specific pairing keeps getting requested by viewers whenever a new high-performance EV enters the conversation, and why DragTimes keeps coming back to variations on the same matchup. Whatever the final verdict on this particular run, both companies clearly understand that quarter-mile bragging rights sell cars, and neither one shows any sign of backing away from that fight anytime soon.

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