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Six-wheeled lunar rover carried by Chandrayaan-3's Vikram lander for in-situ elemental measurements near the lunar south polar region.
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17 results for “lunar science”
Also matched: planetarySix-wheeled lunar rover carried by Chandrayaan-3's Vikram lander for in-situ elemental measurements near the lunar south polar region.
NASA lunar rover built to investigate water ice and other resources near the Moon's south pole; NASA ended the original mission project in 2024.
NASA's Mars Science Laboratory rover, designed to investigate whether Gale Crater ever had environments suitable for microbial life.
Mars Exploration Rover that conducted long-duration surface science in Meridiani Planum.
Perseverance is NASA's Mars 2020 rover, built to study Jezero Crater, cache samples and demonstrate exploration technologies.
Mars Exploration Rover that investigated rocks, soils, and geological evidence at Gusev Crater.
NASA develops and operates robotic systems for planetary science, spaceflight and technology research.
Planned robotic system for the lunar Gateway, comprising a large arm, a smaller dexterous arm, and specialized tools.
Small hopping lunar excursion vehicle deployed during the SLIM landing mission.
Small transformable lunar robot deployed by SLIM to move on the surface and photograph the lander.
Buoyancy-driven autonomous underwater glider used for long-duration oceanographic measurements.
Deep-ocean autonomous underwater vehicle operated by WHOI for high-resolution seafloor mapping and scientific sensing.
Stationary Mars lander equipped with a robotic arm to excavate and analyze soil and ice in the northern plains.
The work applies diffusion models to generate robot action sequences from observations.
ExoMars rover designed to travel across Mars and drill below the surface in search of evidence relevant to past life.
Small rover delivered by Mars Pathfinder and the first wheeled vehicle to operate on another planet.
Autonomous navigation combines perception, localization, planning and control so a machine can move toward goals with limited direct human input.