Romanian CanSat/Rocketry Championship 2024

Our team, Shobolinsky, recently participated in a challenging and rewarding CanSat competition, which required designing, building, and launching a fully functional CanSat. The mission involved creating a modular and robust system to collect atmospheric data, assess air quality, and analyze its impact on agriculture. This project aimed to help farmers optimize crop growth by providing insights into environmental conditions, air pollution, and potential countermeasures.

The CanSat was designed with cutting-edge features, including a 3D-printed carbon fiber body, advanced sensors (pressure, temperature, humidity, and air quality), and a reliable recovery system with a parachute, GPS module. The onboard software, written in Microython, ensured precise data handling, sensor management, and seamless communication with the ground station. The modular structure allowed for flexible component placement across multiple levels, preventing interference and ensuring optimal performance.

Our efforts culminated in a launch where the CanSat was deployed by a rocket, descending with a controlled speed of 8-12 m/s to achieve a targeted flight time of 120 seconds. Throughout the mission, we successfully demonstrated our ability to handle real-life engineering challenges, including precise measurements, teamwork, and planning.

Thanks to our dedication and teamwork, we won first place in the competition, marking a significant achievement for our team. With guidance from our mentor, Vescan-Bakcsy Benedek, and support from university resources, we overcame obstacles and delivered a system that surpassed expectations.

This experience not only brought our team closer but also deepened our knowledge of air pollution, electronics, and hands-on engineering, preparing us for future challenges in the field. Winning first place is a testament to our hard work, innovative approach, and passion for creating impactful solutions.