Put a Formula E car and a Formula 1 car side by side and the family resemblance is obvious: open wheels, a cockpit shaped around one driver, wings doing serious work. Then the lights go out, and the two sports head in entirely different directions — one screaming toward 200 mph on the power of a hybrid V6, the other humming through city streets on electricity alone.
The comparison matters because the two series are often presented as rivals, or as present and future. The truth is less dramatic and more interesting. Formula E and Formula 1 are built on different philosophies, different economics and different ideas of what a race should feel like.
This is how they actually stack up.
The cars: bespoke prototypes vs a shared platform
A Formula 1 car is a one-off. Each team designs and builds its own chassis around a common rulebook, which is why aerodynamics and development pace decide championships as much as drivers do.
Formula E runs a spec chassis. Every team races the same Gen3 platform, with freedom concentrated in the powertrain — motor, inverter, gearbox and software. The thinking is deliberate: keep costs contained, keep the field close, and make the racing about energy management and drivers rather than wind-tunnel budgets. It is the same one-make logic that levels the American open-wheel field in our F1 vs IndyCar breakdown.
| Formula 1 | Formula E | |
|---|---|---|
| Chassis | Bespoke per team | Spec (single supplier) |
| Power | ~1,000 hp hybrid V6 | ~470 hp electric (Gen3) |
| Top speed | ~210 mph on the fastest circuits | ~170 mph in ideal conditions |
| Race length | ~190 miles, around 90 minutes | 45 minutes plus one lap |
| Venues | Permanent circuits and streets | Almost entirely street circuits |
| Refuel/recharge | No refuelling | No mid-race charging (Gen3 era) |
Speed: not the same conversation
On any measure of outright pace, Formula 1 is in another category. An F1 car laps a permanent road course tens of seconds faster than any other circuit racing machine; how fast F1 cars really go remains the benchmark every other series is measured against.
Formula E was never designed to chase that number. Its street circuits are tight, short and lined with concrete, so the cars are geared for acceleration and agility rather than terminal velocity. The Gen3 car accelerates ferociously out of slow corners — instant electric torque is real — but the speed conversation ends there, and the series knows it.
Energy budget
A Formula E driver typically manages around 38 kWh of usable energy across a 45-minute race — roughly the capacity of a modest family EV — and still averages well over 100 km/h on tight street tracks.
The sound and the setting
Formula 1 sells sensation: the noise, the speed differential, the sense that the machine is barely contained. Even in the hybrid era, an F1 car at full load is loud enough to feel in your chest.
Formula E sells proximity. Races happen in the middle of cities — Monaco shares a calendar slot with both series — and the relative quiet of the cars is precisely what makes a race through central Rome or London politically possible. You trade goosebumps for closeness; whether that trade works is a matter of taste. The same noise-versus-engineering tension runs through our F1 vs NASCAR comparison, where the V8s are deafening but the aero is deliberately tamed.
Racing format: sprint chess vs endurance strategy
A Formula 1 grand prix is a 90-minute strategy problem built around tyre degradation and pit stops. Formula E compresses everything into 45 minutes with no stops at all. The strategy lives in energy: drivers bank, save and deploy electricity lap by lap, and Attack Mode — a temporary power boost earned by driving off-line through an activation zone — forces position changes late in races.
The result is racing that looks chaotic next to F1’s long-game patience: more overtaking, more contact, more last-lap surprises, and standings that stay unpredictable deep into a season. Formula E has crowned a different champion in almost every era of its existence — close competition is the product working as designed.
Where the money and the drivers flow
Formula 1 dwarfs Formula E commercially — broadcast deals, race fees and team valuations are an order of magnitude apart, as the ownership and business of F1 makes clear. That gap shows in salaries too: a top F1 seat pays more than an entire Formula E grid combined, which is part of why F1 driver pay gets its own headlines.
The driver traffic tells its own story. Formula E grids are full of serious talent — former F1 race drivers, sportscar champions, junior stars who ran out of F1 runway. Movement in the other direction is rare. For most racers, Formula E is a destination career; Formula 1 remains the summit.
Two answers to one question
Strip away the branding and the two series are answering the same question — what should motorsport look like? — with opposite priorities. Formula 1 answers with engineering excess: the fastest cars humans can build under a rulebook. Formula E answers with relevance: racing as a rolling laboratory for electric technology, staged where people actually live.
You don’t have to pick a side. Watch Formula E for the scrap, the cities and the genuinely open competition. Watch Formula 1 for the speed, the scale and the sense of occasion. One borrowed half a name from the other; the rest, it built itself.