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.

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.

WHATS HAPPENING NOW?