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About

Timo Hinzmann is a robotics and autonomous systems researcher whose work sits at the intersection of sensor fusion, UAV navigation, and aerial perception. He has made significant contributions to the calibration and integration of inertial measurement units, most notably through his widely adopted extension of the Kalibr calibration framework, which addresses the growing complexity of multi-IMU robotic platforms and has accumulated nearly 380 citations, establishing it as a foundational tool in the field. His research on graph-optimization-based multi-sensor fusion for UAV pose estimation (128 citations) further demonstrates his expertise in developing robust navigation solutions for agile aerial platforms. Hinzmann has also contributed to the frontier of solar-powered UAV engineering, playing a key role in the AtlantikSolar project — a hand-launched solar UAV that set a world endurance record with an 81-hour continuous flight (118 citations). Beyond hardware milestones, his work explores fully autonomous, thermally-aware aerial sensing for multi-day search-and-rescue missions, pushing solar UAVs toward real-world operational utility. More recently, he has tackled planetary rotorcraft landing site detection and cross-spectral image registration, reflecting a research trajectory that continually expands the autonomy and perceptual capabilities of unmanned aerial systems.