1996 Dodge Ram 2500 Pickup 2WD vs 2027 BMW M3 Competition xDrive: Drag Race

DragGap comparison data

The table below summarises the key modelled figures from DragGap's simulation. Each value is an estimated output from a consistent simulation model, not a measured result.

| Metric | 1996 Dodge Ram 2500 Pickup 2WD | 2027 BMW M3 Competition xDrive | |---|---:|---:| | Output | 533 kW / 715 hp | 390 kW / 523 hp | | Mass | 3200 kg | 1810 kg | | Drivetrain | Rear-wheel drive | All-wheel drive | | 0-60 mph | 6.22 s | 3.33 s | | 0-100 km/h | 6.45 s | 3.51 s | | 1/4 mile | 14.28 s | 11.89 s | | 1 km | 24.81 s | 21.97 s | | Top speed | 224.8 km/h | 233.5 km/h |

Two generations, two very different ideas of speed

The Dodge Ram 2500 Pickup 2WD is a mid-90s workhorse: a body-on-frame ute carrying a massive 3200 kg kerb mass, sending its 533 kW (715 hp) through a rear-wheel-drive layout. In DragGap's model it is the physically dominant machine on output alone — but output is only half the story.

The BMW M3 Competition xDrive is the modern counterpoint. It produces less on paper at 390 kW (523 hp), but it weighs just 1810 kg — a 1390 kg advantage — and routes its power through an all-wheel-drive system. That combination of far lower mass and driven front wheels is exactly the kind of ingredient a straight-line simulation rewards.

Straight-line pace: the simulated race

In the DragGap model the gap is decisive from the launch. The BMW M3 is projected to reach 100 km/h in about 3.51 s against the Ram's 6.45 s, and to cover the quarter mile in roughly 11.89 s versus the Ram's 14.28 s.

That advantage carries through the kilometre, where the M3 is modelled at about 21.97 s compared with the Ram's 24.81 s, and it extends to top speed, with the BMW estimated at around 233.5 km/h against the Ram's 224.8 km/h.

DragGap's simulation names the BMW M3 Competition xDrive the winner, crossing the finish line an estimated 2.85 seconds sooner with a projected gap of roughly 169 metres. As with every number here, this is a modelled projection of how the two cars would compare in a straight line — not a measured result from a real test.

Off the line: why the heavier truck can't claw it back

The Ram's rear-wheel-drive layout and 3200 kg mass mean it has to deploy its considerable output against a lot of inertia and limited initial grip. The M3's all-wheel-drive system lets it put its 390 kW down cleanly from a standstill, which is precisely where its lead is built.

In real-world conditions, a heavier truck's launch would be influenced by tyre, surface and weight-transfer factors that a consistent straight-line model cannot fully capture. DragGap's simulation treats both cars on the same footing, so what it shows is the relative straight-line comparison under those modelled conditions rather than a prediction for every road.

Which one should you choose?

If straight-line pace is the priority, the BMW M3 Competition xDrive is the clear pick in DragGap's model — faster to every benchmark and projected to win the simulated race by a wide margin.

If your priorities run the other way — outright towing capacity, a full-size truck bed and big-lawnmower energy — the Ram 2500 is the obvious tool despite losing the drag race. The two cars are built for different jobs, and the simulation only measures one of them.