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Under the Hood

How the magic actually works.

Animated cutaways of the engineering inside the showcase, plus rankings for people who like numbers more than paint colours.

Engine room

Watch an engine breathe.

Every layout in the showcase, built in 3D with the real crank geometry and firing order: inline-4, V6, flat-6, V8 and V12. Then take a turbo to the Boost Lab and feel exactly what lag is.

Drag to orbit · scroll or pinch to zoom

Assembling the engine…
Firing sequence
PowerExhaustIntakeCompressionSpark

Boost Lab

Feel turbo lag, then kill it.

Your best 0–100 km/h per setup

    Exhaust gas spins the turbine at up to 190,000 rpm. On the same shaft the compressor packs air into the engine. Until the exhaust has enough energy, boost lags behind your foot. Smaller twin turbos, a 48-volt motor or an electric motor on the shaft all close that gap.

    Ear test

    Name the car by its engine note

    Eight rounds. You hear an idle, a throttle blip and a run to the redline, and watch the waveform. Then pick which showcase car it was.

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    Engine builder

    Design an engine. See what it makes.

    Choose the cylinders, bore, stroke, redline and how it breathes. Get the displacement, a live dyno chart, piston speed and the engine in the showcase it most resembles, then rev it.

    Tech Lab

    Tap a hotspot. See it move.

    Under the Hood

    In the showcase

    The great drag

    Every car. One launch.

    The whole collection lined up and launched together, each at its real 0–100 km/h time.

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    Stopping distance

    Fast is easy. Stopping is physics.

    Pick a car, a speed, a surface and how alert the driver is. Then see whether it stops before the crossing.

    Surface

    Driver

    Thinking–
    Braking–
    Total–

    Performance map

    The whole collection, plotted.

    Pick any two numbers and see where every car lands. Bubble size shows weight; colour shows body style. Tap a bubble to open the car.

    By the numbers

    Who works hardest?

    Specific output (hp per litre) shows how hard an engine works for its size. Power per cylinder shows how much each one contributes.

    By the numbers: specific output shows how hard an engine works for its size. Turbocharged engines usually win. Hybrids and EVs sit out the per-litre and per-cylinder ranks.

      Fun facts

      Trivia for the garage.