Timelines · Formula 1 · 1 of 7
The little car with the engine in the "wrong" place — and every F1 car since has copied it.
1959·Coventry Climax 2.5 L four, mid-mounted·~240 hp·~460 kg — lightest car on the grid·1959 Drivers’ + Constructors’ titles; Cooper won both again in 1960 (T53)
· THE STORY
In the 1950s a proper Grand Prix car had a big engine in its nose, like a road car. The Cooper T51 came from a small British garage with the engine tucked behind the driver instead — rivals called it a joke, right up until it won the 1959 world championship. Within two years every front-engine Formula 1 car on the grid was obsolete.
· WHY IT MATTERED
Putting the engine over the rear axle presses the driven tyres into the road, so more of the power actually becomes acceleration instead of wheelspin. The demo below lets you slide the engine along the car and watch the traction move with it.
· WHY IT MATTERED
A front engine needs a heavy shaft running the length of the car to reach the rear wheels — and the driver has to sit up on top of it. Deleting it made the Cooper lighter, lower and slipperier through the air, all at once.
· WHY IT MATTERED
With the heaviest lump near the middle of the car rather than hung out over the nose, the Cooper changed direction like a go-kart while the front-engine cars lumbered. Agility beat brute power — the Coopers gave away 40 horsepower and won anyway.
· TRY IT
One slider moves the engine from the nose (everyone else, 1959) to behind the driver (the Cooper). Watch the centre of gravity, the weight on the driven rear wheels, and the launch traction follow it — and note what quietly disappears when the engine no longer needs to reach the back of the car.
Static weight distribution with 1959 tyres: a rear-wheel-drive car can only accelerate as hard as the grip on its driven axle, so every kilogram moved rearwards is launch and corner-exit drive. The propshaft and the tall seating are the quiet second half of the argument.
Timelines · Formula 1 · component · Cooper T51
Gearbox and differential in one casing, hung on the back — the layout every racing car copied.
Gearbox + differential in one casing, behind the engine·Modified Citroën Traction Avant internals (early Coopers)·4 forward, swappable ratio sets·Universal on racing cars since
· WHAT IT DOES
Put the engine in the back and the gearbox no longer needs a long shaft to reach the wheels: Cooper bolted gearbox and differential together into one “transaxle” right between the rear tyres. Their first ones were reworked Citroën road-car units — another thing rivals laughed at. The layout is on every Formula 1 car, every supercar and most racing cars today.
· WHY IT MATTERS
Engine, clutch, gearbox, differential and axles all live within half a metre. No propshaft mass, no shaft inertia to spin up, almost no driveline losses — a few percent more of the engine’s power arrives at the road.
· WHY IT MATTERS
With the gear cluster hanging off the back of the car, mechanics could swap ratio sets between sessions. Gearing is a pure trade: shorter ratios multiply torque for corner exits, longer ones stretch the top speed. The demo lets you make that call for a lap.
· WHY IT MATTERS
The transaxle’s mass sits over the rear axle, pressing the driven tyres down — the same story as the engine, finished properly.
· TRY IT
Each gear turns engine torque into pushing force that falls as speed rises; the drag curve rises to meet it. Slide the final-drive ratio and trade corner-exit punch against top speed — the decision teams made at every circuit with a box of gears.
Each gear is a lever: shorter gearing multiplies torque but runs out of revs sooner. The envelope of the four green curves is everything the engine can give the road — pick the final drive that spends it where the circuit is.