Flight System

Introduction

Developed an advanced flight system featuring a toggleable flight mode and responsive, physics-inspired controls. The system includes adjustable character banking angles and mouse-driven flight mechanics, similar to aircraft controls found in games like War Thunder.

Multiple flight states were implemented—such as floating, cruising, and boosting—each with distinct speed profiles. Smooth transitions between speeds are achieved through delta-time-based interpolation, ensuring consistent behavior across different frame rates.

The system also integrates context-based animations for each flight mode, along with a dynamic camera that follows the character in a manner consistent with flight simulators. Additional visual feedback includes subtle boost visual effects to enhance the sense of motion and speed.

To improve immersion during idle states, a custom cosine-based movement system was introduced, giving the character a natural floating effect when inactive.

My Tasks

I was responsible for developing the complete flight system architecture, including movement logic, control handling, and state management. This involved implementing responsive input systems, smooth speed transitions, and multiple flight modes to ensure a consistent and polished user experience.

While the core mechanics and underlying systems were fully developed by me, the animations and visual effects were sourced from the Roblox toolbox. These assets were carefully integrated and adjusted to align with the system’s behavior, ensuring they triggered correctly across different flight states and contributed to a cohesive overall feel.

Results

The final result was a functional and visually appealing flight system with responsive controls and smooth transitions between movement states. The implementation provides a solid foundation that can be extended with additional control schemes, such as traditional WASD-based movement, as well as more advanced animation blending to further enhance fluidity and realism.

The system is also flexible enough to be adapted into a more physics-driven approach, depending on the needs of the project. While the outcome met its intended goals within a limited development timeframe of only a few hours, a full production version would allow for further refinement, including more advanced control mechanics, improved animation systems, and deeper optimization for a flight-focused experience.