The 2025 Tesla Model 3 Performance recorded a lap time of 2:58.4 at Virginia International Raceway's Lightning Lap 2026, setting a new benchmark for electric vehicles priced below $100,000. This performance surpassed the previous record holder, the Hyundai Ioniq 5 N. The test highlighted the car's capabilities in a single high-speed lap before battery limitations kicked in.
In the Lightning Lap 2026 event, featured in the March/April 2026 issue of Car and Driver, the 2025 Tesla Model 3 Performance demonstrated impressive track prowess at Virginia International Raceway's Grand Course. Priced at a base of $56,630 and tested at $64,630, the vehicle delivered 510 horsepower while weighing 4035 pounds, resulting in a power-to-weight ratio of 7.9 pounds per horsepower. It was equipped with Pirelli P Zero PZ4 Elect tires in sizes 235/35R-20 front and 275/30R-20 rear.
The Car and Driver team operated the Model 3 in fast-lap mode, a setting within Track mode that maintains standard powertrain endurance. They focused on achieving maximum pace with one hot lap at a time, monitoring battery, brake, and motor temperatures closely. The 80-kWh battery allowed for just one full lap before reducing output to prevent overheating, akin to the single-lap limitations of 1980s Formula 1 turbo cars.
Key highlights included entry into the Climbing Esses section at 130.0 mph, where minimal lift off the throttle aided front-end grip. The steering, though lacking feel, responded well to corrections, and regenerative braking set to 100 percent provided rapid deceleration. Compared to the Hyundai Ioniq 5 N from the prior year, the Tesla matched performance in medium-speed corners like the climb to Roller Coaster but showed less stability in high-speed sections.
Towards the lap's end, thermal warnings activated a reduced-power mode, slowing the car by 9 mph on the Front Straight. Despite this, the 2:58.4 time positioned it as the quickest EV under $100,000 at VIR, outperforming the Ioniq 5 N. K.C. Colwell, Car and Driver's executive editor, noted the rapid adaptation to the car's characteristics enabled this result.
