Kinetic Trajectory Simulator

Visualize ball trajectories, map court heatmaps, and optimize your racket loadout with physics-based simulations.

Court Trajectory Visualizer

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About This Tool

Neo Tennis uses custom trajectory physics. Ball paths are determined by forward speed, upward speed (bounce height), and spin modifiers.

This simulator helps you understand how different shot parameters affect ball movement.

Shot Types

  • Straight: Linear trajectory
  • Gravity Curve: Non-linear mid-air curve
  • Electro Slice: Erratic bounce
  • Photon Smash: High-speed downward

Racket Stats Impact

  • Power: Affects speed and distance
  • Spin: Increases lateral curve
  • Speed: Ball velocity
  • Reach: Interception range

Physics Engine Reference

Trajectory Factors

The Neo Tennis physics engine calculates ball paths using:

  • InitialVelocity: Base speed at impact
  • BounceFactor: Energy retention on bounce
  • Gravity State: Environmental pull
  • Spin Modifier: Curve intensity

Gravity Curve Details

The Gravity Curve shot fundamentally manipulates the parabolic arc mid-flight, introducing non-linear trajectories.

Strategic implementation forces opponents to calculate complex curving vectors rather than relying on straightforward linear interception paths.