Space Mining Robots for Solar System Exploration-PPT Presentation

PPT Presentation

Pdf Summary

The presentation describes Honeybee Robotics’ technologies for exploring water and other resources on the Moon and Europa, with work funded primarily by NASA.<br /><br />At the lunar south pole, permanently shadowed regions may preserve water ice delivered by comets and asteroids. NASA’s VIPER mission is designed to investigate these deposits near Nobile crater, a site selected to balance access to shadowed areas, sunlight, communications, and landing safety. VIPER’s instruments will detect hydrogen, identify volatiles and minerals, and analyze samples collected by the TRIDENT drill.<br /><br />Past lunar missions revealed key drilling challenges. Apollo drills could reach several meters, but dense, cohesive lunar soil made probe insertion difficult and core extraction laborious. Soviet Luna 24 used an effective internal-sleeve method to collect and return samples, later adopted by China’s Chang’e 5. TRIDENT builds on these lessons with rotary-percussive drilling and “bite” sampling, which preserves soil layers and helps determine material strength, temperature, thermal properties, and the concentration and physical state of ice.<br /><br />The presentation also introduces SLUSH, a conceptual probe for exploring Europa’s ice shell and ocean. Europa’s environment poses challenges including radiation, vacuum, cryogenic temperatures, low gravity, and ice fractured by tides. The proposed probe would melt through the ice, powered by a nuclear reactor, and communicate through the ice sheet. Field tests in the Arctic and Greenland—including drilling to 110 meters—demonstrate relevant technologies and support the development of future planetary sampling systems.

Keywords

Honeybee Robotics

NASA

VIPER mission

Moon south pole

water ice

TRIDENT drill

lunar resources

Europa ice shell

rotary-percussive drilling

planetary sampling