A real-time drone simulation focused on flight feel, clean systems architecture, and readable telemetry.

Built in Unreal Engine 5 using C++ and modular gameplay components, this project explores how to design simulation systems that are easy to fly, tune, and extend.


Key Systems:

• Flight Model & Input Shaping
  Stable, frame-rate-independent pitch and yaw with rate limiting and damping, tuned through Enhanced Input.

• Camera System
  Instant switching between chase and pilot views for inspection passes, approaches, and debugging.

• Telemetry HUD
  Clean UMG overlay showing altitude, velocity, heading, and system states, designed to stay readable in bright scenes.

• Modular Pawn Architecture
  AUAVPawn built from attachable components (HUD, sensors, payload stubs) so systems can be upgraded or tested in isolation.

• Runtime Debug & Tuning
  Side menu and Data Assets allow live toggling and retuning without code changes.
  
  

Why I built it?

I wanted a hands-on UE5/C++ project to nail believable drone flight and stress-test a modular gameplay architecture.

This simulator serves as a production-style sandbox: fun to fly on the surface, but designed to prove clean, extensible systems under the hood.


Technologies: Unreal Engine 5 · C++ · Blueprints · Enhanced Input · UMG · Data Assets · Gameplay Debug Tools

Real-Time UAV Simulator

View the Source Code on GitHub!