3D Moto Simulator 2

🏍️ Gyroscopic Precession and Torque

3D Moto Simulator 2 is a physics playground designed to test the limits of two-wheeled vehicle dynamics. Unlike car simulators, motorcycles rely on gyroscopic forces to stay upright. This engine simplifies that stability but accurately models the torque-to-weight ratio. The player can choose between a Sport Bike (High RPM, fast acceleration), a Cruiser (Stable, heavy), and a Cross Bike (High suspension travel, torque-heavy).

The map is an open-world "stress test" facility, featuring airports, highways, and stunt ramps. There are no missions. The goal is intrinsic: mastering the stunt mechanics.

🧠 Spatial Exploration

The sandbox nature encourages:

• Kinematic Experimentation: Players learn intuitively how speed affects turning radius. At high speeds, the bike resists turning due to gyroscopic stability.
• Verticality: Using the ramps to explore the Z-axis (height) tests the engine's gravity and air-control logic.

🎮 Mechanics: Stunt Physics

Core interactions:

• Wheelies: Applying torque while shifting the center of mass back (Down Arrow) lifts the front wheel. The physics engine tracks the balance point; passing 90 degrees results in a loop-out crash.
• Stoppies: Hard braking shifts weight forward. If traction is high enough, the rear wheel lifts. This tests the friction limits of the front tire.
• Camera Modes: First-person view provides a sense of speed (FOV scaling), while third-person is essential for landing jumps.

🏆 Stunt Strategy

1. The Airport Run

The map contains an airstrip. This is the only place flat enough to reach the distinct "Top Speed" of each bike. Use this area to test acceleration curves.

2. Suspension Loading

The Cross Bike has active suspension. You can bounce the bike rhythmically to jump higher off ramps, a technique known as "seat bouncing" in motocross.

🛡️ Graphic Engine

Visuals:

• WebGL 2.0: Features real-time shadows and reflections, making the bike models look metallic and grounded in the environment.

❓ FAQ