The 2024 Tesla Model 3 Performance has received a visual and mechanical update through the addition of Unplugged Performance components. By fitting the electric sedan with UP-03 forged wheels, Michelin Cup 2R tires, and lowered suspension, the modifications aim to shift the vehicle’s aesthetic toward a more aggressive profile.
The base vehicle presents a significant value proposition for those seeking high-speed capabilities. The Euro-spec model generates 460 horsepower, achieving a 0-100 km/h sprint in 3.1 seconds with a top speed of 262 km/h. It carries a starting price of 57,490 EUR when accounting for incentives and projected fuel savings.
The U.S. version utilizes a Panasonic battery pack, producing 510 horsepower. This configuration reaches 62 mph in 2.9 seconds and starts at $42,000. These figures remain high, and the global discrepancy in battery-driven output suggests that hardware integration remains a primary factor in how these electric platforms translate energy into forward motion.
The vehicle features a Solid Black exterior, which serves as a backdrop for the Satin Titanium wheels. The UP-03 forged rims are sized 19×10.5 at both ends, creating a square setup for the all-wheel-drive platform. Technicians utilized 15mm spacers on the front axle to ensure proper fitment for the wider wheels.
To improve mechanical grip, the tires measure 275/35/19 in the front and 305/30/19 in the rear. These changes are designed to complement the factory-installed red brake calipers. While the 2024 model already includes aerodynamically refined body panels and ventilated seating, these aftermarket adjustments focus on reducing fender gap and enhancing track-ready handling characteristics.
The tuner expects to release an additional aero kit for this specific model year in the near future.
Modifications can alter how a car handles on the road.
Similar to how some enthusiasts upgrade their cars, the current build prioritizes a balance between daily usability and track performance. The firm behind the project has not announced further modifications for this build at this stage. By focusing on unsprung weight and tire contact patches, the engineers ensure the sedan remains responsive during spirited driving sessions. The final result creates a distinct visual identity that separates the car from factory-stock examples on the road. Enthusiasts often look for these specific balance points when modifying electric vehicles to maintain range while increasing lateral grip. The combination of lightweight wheels and performance rubber serves as the primary driver for improved steering feedback. Future iterations may include carbon fiber elements to further reduce mass if demand increases for such weight-saving measures. The current setup provides a stable foundation for owners looking to maximize the potential of their electric drivetrain in a variety of environments.
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