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Moon Base Renderings

Explore a gallery of imagery related to NASA’s Moon Base initiative, including artist’s renderings of lunar surface operations, habitats, robotic systems, infrastructure, and future exploration activities near the lunar South Pole.

Artist’s rendering depicting astronauts, habitats, rovers, power systems, and cargo operations supporting sustained human activities at the Moon Base near...
Artist’s rendering of a future Moon Base on the lunar surface. Two astronauts work near habitats and surface equipment while lunar rovers and cargo systems operate nearby. Tall solar arrays stand in the background alongside landed spacecraft and orbiting vehicles above the Moon’s horizon.
Artist’s rendering of the lunar South Pole region
Artist’s rendering of the lunar South Pole
A concept image of JAXA’s (Japan Aerospace Exploration Agency) pressurized rover on the surface of the Moon.
NASA’s MoonFall mission will deploy four highly mobile drones to survey the lunar South Pole. Designed to explore one of...
Artist’s rendering of a MoonFall drone operating near the lunar South Pole, showing a small robotic drone with solar panels resting on the Moon’s surface.
Artist’s rendering of conceptual Moon Base Phase 1 development activities near the lunar South Pole.
Artist’s rendering of conceptual Phase 1 Moon Base activities near the lunar South Pole showing astronauts, rovers, robotic systems, a lunar lander, and surface operations spread across the rugged lunar terrain, with Earth visible above the horizon and communications satellites orbiting overhead.
Artist’s rendering of conceptual Moon Base Phase Two development activities near the lunar South Pole.
Artist’s rendering of conceptual Phase Two Moon Base activities near the lunar South Pole showing astronauts, rovers, robotic systems, a lunar lander, and surface operations spread across the rugged lunar terrain, with Earth visible above the horizon and communications satellites orbiting overhead.
Artist’s rendering of conceptual Moon Base Phase Three development activities near the lunar South Pole.
NASA’s MoonFall mission will deploy four highly mobile drones to survey the lunar South Pole. Designed to explore one of...
Artist’s rendering depicting a lunar habitation module on the lunar surface.
Artist’s rendering of a cylindrical lunar habitat positioned on the Moon’s surface beneath a dark sky. The habitat includes an airlock-style entry door.
Artist’s rendering depicting a conceptual solar power augmentation system on the lunar surface.
Artist’s rendering of a lunar surface power system with a tall vertical solar array mounted on a lander platform beneath a dark sky. The deployed solar panels stand above the surrounding terrain and are positioned on the Moon’s surface.
Artist’s rendering depicting a robotic logistics rover on the lunar surface.
Artist’s rendering of a small robotic logistics rover driving across the lunar surface.
Artist’s rendering depicting a radioisotope thermoelectric generator (RTG) operating on the lunar surface.
Artist’s rendering of a radioisotope thermoelectric generator (RTG) positioned on the dark lunar surface near the edge of a shadowed region. The box-shaped power system emits light onto the surrounding terrain and is connected to a cable.
Artist’s rendering depicting conceptual use of radioisotope heating units (RHUs) by a lunar rover and hopper drone to help support...
Artist’s rendering depicting an uncrewed cargo return system launching from the lunar surface, designed to return samples, equipment, and other...
Artist’s rendering of a small uncrewed launch vehicle ascending from the Moon’s surface. The vehicle is shown lifting off vertically with an engine plume visible below it.
Artist’s rendering depicting conceptual logistics activities on the lunar surface.
Artist’s rendering of two astronauts conducting logistics activities on the Moon near a cylindrical lunar habitat. One astronaut unloads cargo containers beside the habitat while another drives a small lunar rover.
Artist’s rendering depicting a conceptual fission surface power system designed to provide continuous, reliable energy for future Moon Base habitats,...
Artist’s rendering depicting a conceptual in situ resource utilization (ISRU) system designed to process lunar regolith into usable resources that...
Artist’s rendering of a lunar surface resource processing system operating on the Moon. The system includes processing tanks, robotic equipment, and a small excavation vehicle designed to collect and process lunar soil, known as regolith, into usable materials for future exploration activities.
Artist’s rendering depicting a conceptual lunar orbiter designed to support communications, positioning,and navigation for lunar operations and exploration activities.
Artist’s rendering of a small satellite orbiting above the Moon with a communications antenna. The spacecraft is shown flying over the lunar surface against a dark background.
An artist's concept of NASA's Volatiles Investigating Polar Exploration Rover, or VIPER.
An artist’s concept of the completed design of NASA’s Volatiles Investigating Polar Exploration Rover, or VIPER. VIPER will get a close-up view of the location and concentration of ice and other resources at the Moon’s South Pole, bringing us a significant step closer to NASA’s ultimate goal of a long-term presence on the Moon – making it possible to eventually explore Mars and beyond.
Artist’s rendering of a MoonFall drone operating near the lunar South Pole.
Artist’s rendering of a MoonFall drone operating near the lunar South Pole, showing a small robotic drone with solar panels resting on the Moon’s surface.
NASA’s MoonFall mission will deploy four highly mobile drones to survey the lunar South Pole. Designed to explore one of...
Artist's rendering depicting a box-shaped drone operating on the Moon.
Artist’s rendering depicting lunar surface infrastructure supporting future Moon Base operations, including habitats, power systems, cargo landers, rovers, and astronauts...
Artist’s rendering of a future base at the lunar South Pole. Multiple tall solar arrays provide power to habitats and surface systems spread across the landscape. Astronauts work near a lunar rover and equipment outside illuminated habitat structures while a lander descends in the distance.
Artist’s rendering depicting lunar surface operations at a future base in the lunar South Pole.
Animation depicting concepts for sustained human and robotic operations at a future base near the lunar South Pole.