Holly Lindenfelser
Papers
1
Total Citations
2
H-Index
1
About
Holly Lindenfelser is a leading aerospace engineer whose work is advancing the future of autonomous planetary exploration. Her primary research focuses on hazard detection and navigation systems for robotic landers, with a particular emphasis on LiDAR-based sensing for safe, precision landing on the Moon and other celestial bodies. Her most notable contribution is the development and flight testing of Astrobotic’s hazard detection LiDAR sensor system, an engineering model designed to enable landers to autonomously identify and avoid dangerous terrain during descent. This system was rigorously tested at lunar analog sites, including the Mojave Desert, proving its robustness for real-world mission scenarios. While her most-cited paper, “Hazard Detection LiDAR System for Robotic Lunar Landers: Flight Test Results,” has garnered early attention with 2 citations, its impact is expected to grow as lunar missions like those under NASA’s Commercial Lunar Payload Services program move forward. Lindenfelser’s work is critical to the next generation of space exploration, helping to turn the dream of safe, autonomous landings on the Moon into a practical reality.
Research Focus
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Top Papers
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