Fixed-Wing Aerial Robot Sensing and Flight-Control Integration

Oct 1, 2024 · 1 min read
projects
Five-hole Pitot probe and pressure-sensor electronics Five-hole Pitot probe CAD

Gharib Group · Aerial Robotics · 2024–2025

I worked on a fixed-wing aerial robot test platform by integrating flight-control hardware, onboard computation, actuator systems, aerodynamic sensing, and ground-station communication.

Fixed-wing UAV Cube Orange+ Jetson ROS/MAVLink OptiTrack Wind-tunnel calibration

Project Report

Project report

X2 Fixed-Wing Aerial Robot Report

Open report

Technical Stack

ROS Noetic MAVLink/MAVROS QGroundControl Mission Planner Cube Orange+ Jetson Teensy OptiTrack Pressure sensing Wind-tunnel testing

Additional Media

Fixed-wing aerial robot test platform
PlotJuggler pressure data ROS and MAVLink telemetry visualization
Hanna Park
Authors
Mechanical Engineering Student
I am a mechanical engineering student at Caltech interested in robotics, controls, aerial systems, and multi-modal robot platforms. My work focuses on building and testing physical robotic systems through flight-control integration, prototyping, aerodynamic testing, sensing, and experimental validation.