Acme One developed Dynamic Court in Unity using custom physics systems, advanced animation workflows, and intelligent camera mechanics to recreate authentic squash gameplay.

Custom physics equations were developed to calculate bounce height, spin, friction, and energy transfer based on the type of court surface, creating natural ball behavior that changes dynamically throughout each rally.

Motion capture animations were refined in Autodesk Maya before being integrated into Unity using Animation Rigging. Character movements were synchronized with player input to produce fluid swings, footwork, and positioning with minimal input delay.

To improve match presentation, the development team built a predictive camera system that anticipates player movement and ball trajectories instead of simply following the ball. Smooth interpolation creates broadcast style camera movement while maintaining visibility during fast rallies.

Continuous playtesting allowed designers to fine tune physics, animations, and gameplay pacing until the simulation achieved the desired balance between realism and responsiveness.