2022 Lamborghini Aventador vs 2023 Tesla Model 3: Supercar Meets Electric Sedan

The head-to-head at a glance

Two very different interpretations of a 0-100 km/h sprint sit either side of this comparison. On one side is the naturally aspirated V12 supercar, a low, wide, AWD convertible; on the other is a high-output all-electric sedan. In DragGap's modelled race the 2022 Lamborghini Aventador is the projected winner, finishing around 1.41 seconds ahead with a closing margin close to 87.9 metres.

Below is a summary of the key modelled values used in the simulation. Each comes from the same drag model and is an estimate, not a measurement.

| Metric | 2022 Lamborghini Aventador | 2023 Tesla Model 3 | |---|---:|---:| | Output | 574 kW / 770 hp | 671 kW / 900 hp | | Mass | 1600 kg | 1847 kg | | Drivetrain | All-wheel drive | All-wheel drive | | 0-60 mph | 2.80 s | 2.75 s | | 0-100 km/h | 2.90 s | 2.85 s | | 1/4 mile | 10.51 s | 10.76 s | | 1 km | 18.97 s | 20.39 s | | Top speed | 280.30 km/h | 237.80 km/h |

More power, yet less projected pace: the mass story

Raw output is only part of the equation. The 2023 Tesla Model 3 carries the higher headline figure in the model, at 671 kW (900 hp) versus 574 kW (770 hp) for the 2022 Lamborghini Aventador, but it is also the heavier car, with 1847 kg against 1600 kg. That 247 kg mass disadvantage is central to why the electric sedan's early sprint advantage is short-lived.

Both cars are all-wheel drive in the simulation, so each should deploy its power off the line reasonably well in the model. In the very first moments the Tesla's higher output shows itself: it posts a marginally quicker modelled 0-100 km/h of about 2.85 seconds, a fraction ahead of the Aventador's 2.90 seconds. Over a full sprint, however, the lighter supercar claws the gap back and pulls ahead well before the finish.

The simulated race: rounds and finish

Breaking the modelled quarter-mile apart, the 2022 Lamborghini Aventador and the 2023 Tesla Model 3 trade the lead right at the start before diverging. At 0-60 mph the Tesla is a hair ahead in the model, at roughly 2.75 seconds versus 2.80 seconds, and at 0-100 km/h it sits around 2.85 seconds to the Aventador's 2.90 seconds.

From there the quarter-mile tells a different story. The Aventador is projected to cover a quarter-mile in about 10.51 seconds, ahead of the Tesla's 10.76 seconds. Over one kilometre the gap widens further, with the Lamborghini estimated at around 18.97 seconds versus 20.39 seconds for the Model 3.

DragGap's model projects the Aventador to cross the line first with a margin of roughly 1.41 seconds, closing out around 87.9 metres ahead. These figures are modelled outputs for comparison only, not measured real-world results.

Top speed and where the power finally lands

The finish-line margin is explained largely by top speed and how power is deployed at high velocity. The 2022 Lamborghini Aventador is given an estimated top speed of about 280.30 km/h in the model, well clear of the 2023 Tesla Model 3's projected 237.80 km/h.

In DragGap's simulation the Aventador keeps pulling hard in the upper reaches of a standing-start run, exactly where the electric sedan's acceleration curve starts to flatten. Despite giving away power on paper, the lighter, higher-revving supercar makes up the deficit through mass and sustained mid-to-high speed capability, which is why the projected gap grows with distance.

Which one is yours?

If straight-line pace in DragGap's simulation is the priority, the 2022 Lamborghini Aventador is the projected winner here, eking out a lead past a hard-charging rival over the quarter-mile, the kilometre and top speed.

But the 2023 Tesla Model 3 remains a remarkable package on paper: more power, AWD traction, a fraction sooner off the line and a far more usable everyday shape. One is an uncompromising supercar built around spectacle and top-end speed; the other is a rapid, efficient four-door sedan. Which suits you depends on whether you value track-style straight-line character or day-to-day usability. Every comparison here is a modelled DragGap estimate, not a claim about real-world performance.