manpads-system-launcher-and-rocket

To build a DIY guided rocket system, this project integrates an ESP32-based flight computer with an MPU6050 IMU for active stabilization, combining 3D-printed components with provided Arduino and ESP-IDF firmware for flight control and telemetry.

Rocket flight control and stabilization require an MPU6050 IMU for orientation, alongside GPS, compass, and barometric sensors integrated into the ESP32 flight computer to enable accurate telemetry and launcher orientation tracking.

Yes, you can simulate rocket aerodynamics and motor selection using the included OpenRocket simulation files, which allow you to analyze flight paths and validate your 3D-printed rocket design before physical assembly.

Yes, this guided rocket project includes comprehensive Fusion 360 CAD files for both the launcher and rocket components, enabling you to directly 3D print the physical prototype parts required for the system.

The best way to learn embedded systems for aerospace engineering is constructing this low-cost proof-of-concept guided rocket, which provides hands-on experience with ESP32 firmware, sensor integration, and flight controller design.