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ETH Focus Project

















MORPHING WING RESEARCH 


Traditional aircraft research is limited by slow and costly wing iteration cycles.
ZEPHYR tackles this issue by introducing a flight-ready drone platform designed for 
quick integration and testing of novel wing concepts. 
By separating propulsion from lift generation and introducing a standardized modular wing interface, this system 
allows for streamlined wing exchange and scalable experimentation. The platform bridges the gap between conceptual wing designs and high-fidelity aerodynamic validation.





MISSION


Zephyr develops a modular, multipurpose drone that serves as a flying laboratory for academia and industry. This platform enables fast iteration and evaluation of novel aircraft technologies, shortening the path from concept to flight-proven innovation.
As a first case study, we investigate morphing wing structures, showcasing the platform’s ability to conduct high-value research with very short iteration cycles.








     TECHNICAL GOALS



MODULARITY


RAPID ITERATION


INNOVATION


MORPHING SHAPE








WHATS HAPPENING NOW?

Iterative Design and Prototyping

NOW

We’re deep in the design and prototyping phase, combining advanced CAD development with hands-on building and testing in the workshop. Every week we’re validating concepts, refining components, and iterating rapidly toward our first full prototype. Exciting progress is happening on all fronts as the Zephyr platform starts to take shape.  




FIRST FLIGHT

30–10–25

We completed our first flight with the initial prototype — a major milestone for the team. The goal of this test was to get a vehicle safely into the air, rehearse our testing procedures, and validate our software and control systems under real conditions. Stay tuned for more test flights coming soon as we push the platform further. 




FIRST FLIGHT

30–10–25

We completed our first flight with the initial prototype — a major milestone for the team. The goal of this test was to get a vehicle safely into the air, rehearse our testing procedures, and validate our software and control systems under real conditions. Stay tuned for more test flights coming soon as we push the platform further. 





DESIGN REVIEW

28–10–25

We recently held our Design Review, presenting our full concept and technical approach to professors, industry experts, and fellow students. The extensive feedback session gave us valuable insights, and we’re now incorporating these improvements into the next iteration of our design. More updates coming soon as the project moves forward. 





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