How a Defense Research Program's UAV Propulsion Tech Requirement Changed What Was Possible
The real challenge in meeting the UAV propulsion tech requirement was that the off-the-shelf BLDC motors and propellers optimized for standard commercial UAV operation at sea level could not meet the altitude performance target without thermal management problems. https://sites.google.com/view/s-r-aerospace/home/how-a-defense-research-programs-uav-propulsion-tech-requirement-changed
The real challenge in meeting the UAV propulsion tech requirement was that the off-the-shelf BLDC motors and propellers optimized for standard commercial UAV operation at sea level could not meet the altitude performance target without thermal management problems. https://sites.google.com/view/s-r-aerospace/home/how-a-defense-research-programs-uav-propulsion-tech-requirement-changed
How a Defense Research Program's UAV Propulsion Tech Requirement Changed What Was Possible
The real challenge in meeting the UAV propulsion tech requirement was that the off-the-shelf BLDC motors and propellers optimized for standard commercial UAV operation at sea level could not meet the altitude performance target without thermal management problems. https://sites.google.com/view/s-r-aerospace/home/how-a-defense-research-programs-uav-propulsion-tech-requirement-changed
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