Explore real-time motorcycle dynamics through championship sectors: model 64° lean limit friction circles, trail-braking pressure, apex speed delta, and victory throttle rollout.
Interactive track view: Drag apex target or scrub timeline to inspect tire contact patch & G-force envelope.
Motorcycle tires obey Kamm's friction circle: available grip $\mu \cdot F_z$ must be distributed between longitudinal braking force and lateral cornering force. In Grand Prix racing, riders maintain front brake pressure up to 50° of lean, steadily peeling off brake bar pressure as lean angle increases to prevent front-end washouts.
For stop-and-go hairpins like Austrian GP Turn 3 (Schlossgold), modern 1000cc MotoGP prototypes favor a pronounced 'V' line: hard upright braking deep into the corner, an aggressive rapid change of direction at peak 64° lean, followed by picking the bike up early to exploit rear tire traction under 300+ horsepower acceleration.
When crossed with the checkered flag, victorious riders perform stand-up wheelies and rear tire burnouts. In telemetry traces, celebration wheelies register as 0 bar front brake, 100% rear throttle slip, with front wheel speed dropping to 0 km/h while rear wheel speed surges past 180 km/h with 0° lean angle.