It’s essentially a ground-up reinvention that pushes electric motorsport into entirely new territory. If you haven’t seen the details yet, here is a thorough breakdown of why this car is so exciting and how it fundamentally shifts the landscape.

🚀 The Acceleration is Unreal (Faster than F1) The Gen 4 delivers 600kW (roughly 815bhp) of peak power. Combined with a footprint of just 954 kg (without the driver), the power-to-weight ratio is insane. The result? It rockets from 0-100 km/h (62 mph) in approximately 1.8 seconds. To put that in perspective, that is 30% faster off the line than a current Formula 1 car.

🏎️ Permanent All-Wheel Drive Unlike previous generations (and unlike F1, which is Rear-Wheel Drive), the Gen 4 features permanent active All-Wheel Drive. It’s the first dedicated single-seater racer to do this. The software required to actively distribute that massive electric torque across all four wheels instantly to eliminate wheel spin is cutting-edge and highly relevant to the torque-vectoring tech we are seeing in high-end consumer EVs.

⚡ Masterclass in Efficiency and Regen This is where the engineering really shines. The powertrain operates at over 97% efficiency. Even wilder, it features a 700kW regenerative braking capacity—meaning it can absorb more power under braking than its standard race output (450kW). It recovers nearly 50% of its total race energy just from braking, allowing the cars to run highly aggressive sprint races on a relatively small 55kWh battery.

🏁 Bridging the Gap to Top-Tier Racing There’s always a debate about how FE compares to F1. While F1 still dominates overall lap times purely due to massive aerodynamic downforce in high-speed corners and a higher top speed (220+ mph vs the Gen 4’s 208 mph), the Gen 4 is rapidly closing the gap. FE cars completely demolish F1 cars in low-speed traction and burst acceleration out of tight street circuit corners. With the Gen 4 introducing proper dry racing slicks and dual aerodynamic packages (high downforce for qualifying, low drag for racing), performance levels are expected to rival Formula 2 and IndyCar.

♻️ Zero-Waste High Performance Despite the massive performance boost, it remains the most sustainable race car in the world. The chassis is 100% recyclable, the bodywork uses at least 20% recycled carbon fiber, and the new tires are engineered from sustainable materials without sacrificing mechanical grip.