Surface and subsurface exploration
Drilling in low gravity (asteroids, Moon and Mars) with no real-time control requires new exploration technologies
Patrick Harkness; Kevin Worrall; Colin McInnes; Kostas Kontis; Matteo Ceriotti
Our project objectives
Exploration activities focus on the penetration and sampling of granular, rocky, and permafrost or ice-based materials. We research the use of ultrasonic and percussive technologies to facilitate penetration and augering, consider control and gait underground, and develop new technologies for the exploration of difficult environments such as Antarctica. This allows us to support impactful science on Earth and provides us with a planetary analogue environment to prepare for the exploration of space. When this is combined with our access to the ESA plume-regolith facility, which can be used for regolith experiments, we are well-placed to support the development of tools for discovery and ISRU on moon and Mars.
Our project methodology
Exploration is technically challenging, and terrain seldom behaves as expected. We carry out extensive field test at sites including hot deserts, cold deserts, and both surface and subsurface exposures.
Our project achievements
Watch a complete drillstring assembly, sample acquisition, and disassembly cycle here:
Contact us
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This project contributes to the advancement of research culture and environment within the following areas: