Physics
Physics and Handling
Breakdowns outline the dual-body simulation model, tire grip calculations, jump whips, dynamic weather, and rider fatigue.
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Physics: Dual-Body Engine and Handling Guide
Explore the simulation mechanics of Motocross The Game, including its dual-body physics, Pacejka tire modeling, in-air momentum, and setup tips.

Stamina: How Fatigue and Crashes Work
Motocross The Game stamina ties rider fatigue and crash recovery directly to physics. Review how physical exertion influences race control and handling.

Terrain Deformation: Status and Mechanics
Motocross The Game terrain deformation is in active development but will arrive during Early Access updates rather than the initial release version.

Weather System: Dynamic Dirt and Track Physics
Motocross The Game weather alters dirt conditions in real time using dynamic rain, seasonal snow, and real-world track meteorological data.

Whips: Air Physics and Controls Guide
Motocross The Game whips rely on dual-body physics and dual-stick inputs. Learn how air control, takeoff timing, and landings function in the sim.
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Physics FAQ
How does dual-body physics work in Motocross The Game?
The bike chassis and the rider are calculated as separate physical bodies, allowing rider mass distribution to influence suspension loading and leaning. Read the guide
How does rider stamina affect handling in Motocross The Game?
Depleting stamina reduces impact absorption over bumps, slows rider weight transfer, and requires more anticipation during long race heats. Read the guide
How do you execute a whip in Motocross The Game?
Whips must be initiated on the jump face by carving up the lip and shifting rider weight opposite the turn before realigning the chassis prior to landing. Read the guide






