A Q&A with Marco Sicher, Business Development Engineer for Aerospace at maxon, explores how the company’s precision drive systems support greater reliability and connectivity in Unmanned Aerial Vehicles (UAVs). Read more >>
As UAVs transition from recreational to professional and industrial use, maxon applies its aerospace expertise to ensure motor solutions meet the safety and performance demands of this growing sector.
Sicher notes that while motor and control technologies are already well developed, the next phase of UAV advancement will rely on improved communication, networking, and intelligence between components. Coordinating the performance of motors, propellers, controllers, and onboard electronics remains essential for longer flight durations and consistent reliability in varied operating environments.
Drawing on established aerospace design principles, maxon has adapted proven industrial motor systems to meet the specific requirements of UAV platforms. The company develops lightweight, efficient, and robust drive solutions optimized for endurance operations as well as applications where compact construction or low noise is required. Collaboration with universities, industry associations, and propeller partners continues to inform this system-level optimization.
Further progress lies in areas such as predictive maintenance and system feedback, enabling UAVs to operate with enhanced reliability and data-driven performance.
