Engineering the Data Loop
A custom-built thrust stand to validate theoretical models and prove the performance of our aerial vehicle.
Mission Brief
The goal was to design and build a thrust stand to accurately measure the performance of our aerial vehicle's propulsion system. This was a critical step in validating our theoretical models and proving the superiority of our design. The thrust stand was built using a combination of off-the-shelf components and custom-designed parts. The data acquisition system was built around an Arduino microcontroller and a Load Cell Amplifier (HX711). This allowed us to capture high-frequency data, perform real-time calibrations, and export the data for analysis.
Key Features
Accurate Measurements
Provided accurate and repeatable measurements of our propulsion system's performance.
Real-time Data
Allowed for real-time monitoring of the motor's performance, which was critical for tuning and optimization.
Data Export
Exported data in a clean, CSV format for easy analysis in other tools.