Gerik Kubiak

Papers

Total Citations

H-Index

About

Gerik Kubiak is a leading figure in autonomous planetary mobility, specializing in onboard localization and safe landing systems for extraterrestrial rovers and rotorcraft. His research directly addresses the critical challenge of enabling long-range, precise drives on Mars, where position uncertainty accumulates over vast distances. Kubiak’s seminal work, "Enabling Long & Precise Drives for The Perseverance Mars Rover via Onboard Global Localization" (2024, 17 citations), details the algorithms that allow Perseverance to autonomously correct its position using orbital imagery—a capability essential for navigating to scientifically rich sampling sites without Earth-based intervention. This contribution has been pivotal for the mission’s sample caching strategy. Equally impactful is his study "Autonomous Safe Landing Site Detection for a Future Mars Science Helicopter" (2021, 17 citations), which pioneers methods for rotorcraft to identify hazard-free terrain in real-time during descent, enabling all-terrain access. Kubiak’s work bridges the gap between theoretical autonomy and operational reality, directly influencing the next generation of Mars exploration vehicles. His innovations in global localization and hazard detection are foundational for future missions requiring extended, self-guided traverses.