Development of a Solar Powered Unmanned System for Mission Reconnaissance in the Arctic to detect polar ice bergs.
With a team of 20 dedicated students, we are developing a Solar UAV with a minimalistic structure, lightweight construction and a modular design to enable to replacement of components quicker, including fully autonomous features.
Satellite imagery is unable to capture small icebergs in the Arctic. This is where a high-altitude pseudo satellite (HAPS platform) is required. The project is currently in its MK-I phase and there will be many iterations as we go along. The Arktik Surfer is solar powered with the ability to fly for days and send data captured from the Arctic back to the ground station. The Arktik Surfer can further be used for surveillance, search and rescue and even be used as a mobile hotspot for areas denied internet access
Project Manager
Project Manager
Design
Design
Outreach Officer
Manufacturing
Software
Electronics
Design
Design and Manufacturing
Outreach Officer
Software
Design and Manufacturing
Design and Manufacturing
We would like to thank our sponsors at GDST for supporting our research effots with warmth and enthusiasm. We are excited to collaborate with them and develop a High Altitude Long Endurance Demonstrator UAV while promoting STEM and the practical application of coding to their students.
We are always open to partnerships with industry and mentors, so don’t hesitate to get in touch!
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