Why the Radical Gen 4 Car Will Change the Landscape of Motorsport Forever
The Dawn of a New Racing Era
One of the most highly anticipated moments in the modern history of Formula E has finally been revealed to the world with the official launch of the Gen 4 car. For years, engineers, drivers, and passionate motorsport enthusiasts have been holding their breath for this exact moment. The reason this specific launch has generated such a massive amount of buzz is that this new machine is not just about building something slightly faster than what came before. The Gen 4 represents a stratospheric leap in terms of pure performance, a technological marvel that instantly elevates Formula E cars to sit comfortably among some of the absolute fastest race cars on the entire planet.
With Gen 4, the entire philosophy revolves around unadulterated performance and completely raising the bar of what an electric race car is capable of achieving on the asphalt. The engineers have introduced significantly larger tires designed to offer immensely more mechanical grip. Furthermore, the car features two entirely different aerodynamic configurations. One aggressive setup is explicitly designed for qualifying sessions, allowing the brave drivers to push the limits of physics and wring every ounce of speed out of the chassis. The second configuration is specifically tailored for the race itself, heavily focused on reducing dirty air to vastly improve how closely cars can follow each other, thereby guaranteeing spectacular wheel-to-wheel raceability.
Mind-Boggling Numbers and Acceleration
When you dive into the actual specifications, the power increase from the previous Gen 3 EVO to this new Gen 4 iteration is absolutely insane. The power output has skyrocketed from 350 kilowatts—which translates to roughly 469 horsepower—all the way up to a staggering 600 kilowatts, delivering an eye-watering 805 horsepower. To put that into a broader motorsport perspective, this electric rocket is now only 200 horsepower shy of what the current, cutting-edge Formula 1 cars are capable of producing.
To ensure that the drivers can actually put all of that monstrous power down onto the tarmac without instantly vaporizing the tires, the Gen 4 has been fundamentally redesigned to be permanently four-wheel drive. Aesthetically, the bodywork has also undergone a radical transformation. The designers wanted to ensure that the visual drama of the car’s aggressive new lines perfectly matches the terrifying drama of how this beast is going to perform out on the track.
The immediate upshot to all of these incredibly exciting-sounding numbers is simply breathtaking: the Gen 4 will be, by a massive margin, the fastest accelerating race car on the planet. It is capable of launching from 0 to 60 miles per hour in an astonishing 1.8 seconds [01:24]. If that is not enough to make your stomach drop, it will rocket from 0 to 120 miles per hour in a mere 4.4 seconds. It is genuinely difficult for the human brain to even comprehend acceleration of that magnitude. The mere prospect of watching two highly competitive drivers accelerating side-by-side out of a tight corner at those ridiculous speeds is simultaneously exhilarating and utterly terrifying.
When these cars go flat-out during qualifying sessions around unforgiving street tracks, the Gen 4 is projected to be around five seconds a lap faster than its predecessor. However, when unleashed on permanent racetracks where the drivers can truly stretch the car’s legs, the new machine will be an average of 10 seconds a lap faster.
The Magic of Grooved Tires
What makes all of these mind-bending figures even more impressive is the fact that this insane acceleration is achieved entirely on grooved, road-spec tires. In truth, the tires are the single biggest limiting factor currently shackling these cars. If the Gen 4 were equipped with racing slicks—like the ones utilized in Formula 1, the World Endurance Championship, or IndyCar—the sheer increase in cornering speed and overall performance would be virtually unfathomable.
However, do not expect Formula E to switch to slicks anytime in the near future. The series fundamentally does not need racing slicks to remain highly entertaining. Racing on grooved tires serves a massive purpose; it gives the championship’s tire suppliers an immense amount of commercial road relevance. More importantly, it directly enhances the quality of the racing product. Because grooved tires inherently offer less grip, the cars tend to slide around the corners beautifully. This highly visible sliding requires profound car control, placing a much heavier emphasis on raw driver skill to manage over 800 horsepower on a knife’s edge.
Formula E has always proudly championed a race-to-road philosophy [03:01]. This strict mandate dictates that the cutting-edge technology developed on the track must eventually translate to the consumer electric vehicles we drive every day. While some motorsport purists might argue against this because it prevents the creation of the absolute fastest possible race car, it is the harsh economic reality of modern racing. If a series cannot help major automotive manufacturers develop applicable roadside technology, those massive brands will simply walk away.
A Genuine Alternative to Formula 1
With the advent of the Gen 4, Formula E is no longer just aiming to be the premier electric racing series—a title they already hold securely. They are aggressively positioning themselves to have one of the best overall race cars in any category worldwide. This monumental shift is explicitly designed to attract a massive wave of new fans, but equally importantly, it is a beacon to attract the very best driving talent on earth.
James Rossiter, the dedicated development driver for the Gen 4 car and a former test driver for Formula 1 teams, offered profound insight into this shift. He highlighted that bringing the car’s performance closer to F1 gives the brilliant young talents currently stuck in Formula 2 and Formula 3 a legitimate, highly respected alternative world championship to showcase their immense skills [04:12]. Anyone who can master the violent, sliding, four-wheel-drive monster that is the Gen 4 will undoubtedly gain the critical knowledge required to potentially make the jump to Formula 1 in the future. Formula E is no longer a retirement home for ex-F1 drivers; it is a vital, prestigious step in the ultimate motorsport career ladder.
The Calendar Evolution: Leaving the Streets Behind
This unprecedented leap in speed does come with a significant consequence regarding where these machines can actually race safely. Formula E is currently undergoing a massive shift by incorporating far more permanent, traditional racetracks into their global calendar, moving away from their exclusive reliance on tight, inner-city street tracks. Recent sell-out events at the Mexico City E-Prix and the newly announced Madrid circuit perfectly highlight this transition.
This is not a mere coincidence. The Gen 4 car explicitly requires wider, more open racetracks to allow the drivers to fully exploit its terrifying top speed and immense power. Formula E CEO Jeff Dodds has been remarkably transparent about this necessary evolution. Previously, tracks designed for Formula 1 made the older, slower Formula E cars look visually unimpressive. Now, those exact same grand Prix circuits are perfectly suitable for a Gen 4 car that can comfortably exceed 300 kilometers per hour right before a heavy braking zone [06:50].
Unfortunately, this thrilling evolution acts as a double-edged sword. Some beloved, ultra-tight fan-favorite venues, such as the ExCeL circuit in London, are now deemed entirely too narrow and dangerous for a car of this magnitude. For years, the unique selling point of Formula E was its ability to bring top-tier motorsport directly into the heart of major cities, making it incredibly accessible for everyday fans to take public transport right to the grandstands.
Losing some of that iconic street-racing DNA is undoubtedly a tough pill to swallow for the purest fans. However, it is a necessary, calculated trade-off. To witness these drivers truly wrestle with one of the most powerful and wildly aggressive race cars ever designed, the circuits simply had to evolve. The Gen 4 is not just an upgrade; it is a radical redefinition of electric motorsport. It stands as perhaps the most consequential car introduction in modern racing history, and the entire motorsport world is waiting with bated breath for the green flag to drop.
