Back to Portfolio

Project: Daedalus

Daedalus Aircraft in flight

Team Lead, Avionics & Integration

Orchestrating the seamless fusion of hardware and software for a high-performance autonomous aerial system.

Mission Brief

The Daedalus project was a high-stakes, rapid prototyping challenge to design, build, and fly a competitive aerial vehicle under extreme constraints. As the Team Lead for the Avionics and Integration team, my primary role was to architect the aircraft's central nervous system. This involved not only selecting and integrating all electronic components—flight controller, ESCs, motors, and telemetry—but also validating system performance against aggressive targets. A core challenge was the discrepancy between theoretical performance models and real-world metrics. My data-driven approach, using a custom-built thrust stand, was instrumental in proving our aircraft's superior capabilities and securing a winning edge.

Core Metrics

Validated T/W Ratio

1.46

Exceeded eCalc models by 40%

Cruise Speed

80 m/s

Projected, based on thrust data

Peak Current

130A

Zero critical failures during high-load

Gallery

Thrust stand setup

Custom Thrust Stand

Arduino logic board

Data Acquisition Unit