NASA Selects New Members for Artemis Rover Science Team

VIPER rover on the moon. (Credit: NASA)

MOFFETT FIELD, Calif. (NASA PR) — When NASA’s Volatiles Investigating Polar Exploration Rover, or VIPER, explores and samples the soils at the Moon’s South Pole, scientists anticipate it will reveal answers to some of the Moon’s enduring mysteries. Where is the water and how much is there? Where did the Moon’s water come from? What other resources are there?

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Advanced Cooling Technologies to Develop Technologies to Allow Systems to Survive Lunar Night Using NASA Funding

Figure 1. Conceptual illustration of combined Thermal Switch and Variable Conductance Thermal Control System for Lunar Landers and Rovers. (a) During the day the electronics are generating heat and the thermal switch and VCHP is ON. Heat is rejected to the radiator and stored in the liquid Phase Change Material (PCM). (b) At night, the thermal switch is OFF, and the VCHP is shut down, with Non-Condensable Gas (NCG) blocking the condenser and adiabatic section. Thermal resistance between electronics and sink is maximum. The PCM cools down and freezes, supplying heat to maintain the temperature of the electronics. (Credit: Advanced Cooling Technologies)

LANCASTER, Pa. (ACT PR) — Advanced Cooling Technologies, Inc. (ACT) is excited to announce a $5 Million NASA Sequential Phase II SBIR Program Award, “Development of Lunar Vehicle and Payload Thermal Control Systems for Extreme Lunar Environments”.  As part of this project, ACT is subcontracting Astrobotic to provide their industry experience with lunar landers and rovers, including system-level architecture and critical design requirements. Astrobotic will validate the technology using their Peregrine lander, Griffin lander, and CubeRover thermal system architectures as a baseline.

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Astrobotic’s Hazard Detection System to Take Flight

Credit: Astrobotic

Astrobotic leading the way in Hazard Detection for space missions with latest NASA award.

PITTSBURGH, PA Tuesday, December 28, 2021 (Astrobotic PR) — Astrobotic announced today it was selected to receive funding for its LiDAR-based Hazard Detection sensor (LHD) as part of the NASA Flight Opportunities TechFlights solicitation. This LHD sensor will assist in the safe landing of Astrobotic’s Griffin lander, the largest lunar lander since Apollo’s Lunar Module. Griffin will be carrying NASA’s Volatiles Investigating Polar Exploration Rover, or VIPER, to the lunar surface.

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Astrobotic Selects SpaceX Falcon Heavy Rocket for Griffin-VIPER Moon Mission

Griffin Lander. (Credit: Astrobotic Technology)

PITTSBURGH (Astrobotic PR) — Astrobotic announced today its selection of SpaceX’s Falcon Heavy rocket in a competitive commercial procurement to launch its Griffin lunar lander to the Moon in late 2023. Griffin will be carrying NASA’s water-hunting Volatiles Investigating Polar Exploration Rover (VIPER). 

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NASA JSC Receives Griffin Lunar Lander Model for Rover Testing

HOUSTON (Astrobotic Technology PR) — After being transported more than 1,300 miles, Astrobotic’s Griffin Lander Analog Model (GLAM) arrived at NASA Johnson Space Center (JSC) early this month. This model is an analog prototype of the Griffin lander that will deliver NASA’s Volatiles Investigating Polar Exploration Rover (VIPER) to the Moon in 2023. Astrobotic designed and constructed the GLAM at their “Moon Base” headquarters in Pittsburgh, PA.

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Astrobotic Selects Agile Space Industries to Provide Attitude Control Thrusters for Lunar Missions

NASA’s Volatiles Investigating Polar Exploration Rover, or VIPER, is a mobile robot that will roam around the Moon’s south pole looking for water ice. The VIPER mission will give us surface-level detail of where the water is and how much is available for us to use. This will bring us a significant step closer towards NASA’s ultimate goal of a sustainable, long-term presence on the Moon – making it possible to eventually explore Mars and beyond. (Credit: NASA Ames/Daniel Rutter)

DURANGO, Colo., February 16, 2021 — Polar Moonshots are in a league of their own when it comes to the level of difficulty. In order to overcome this historically daunting challenge for the first-ever Griffin Mission transporting NASA’s VIPER rover to the Moon’s South Pole, NASA’s Commercial Lunar Payload Services Program selectee Astrobotic is enlisting Agile Space Industries to help them go where no American spacecraft has gone before. Astrobotic’s Griffin Mission lander is relying on Attitude Control Thrusters (“ACT”s), from Agile to provide steering capabilities in the vacuum of space. Agile’s innovative custom propulsion solutions utilize 3D printing of exotic metal alloys to provide unprecedented performance, along with minimized mass and cost.

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Astrobotic Selects Lander Engines & More for Griffin/VIPER Mission

PITTSBURGH, February 16, 2020 (Astrobotic PR) — Astrobotic’s Griffin Mission One (GM1) team has selected Agile Space Industries for Attitude Control System (ACS) thrusters and Frontier Aerospace for axial engines for their Griffin lunar lander. Astrobotic’s Griffin will deliver NASA’s Volatiles Investigating Polar Exploration Rover (VIPER) to the South Pole of the Moon in late 2023. Upon landing, VIPER will map the presence of water ice on the Moon.

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Astrobotic Selects Navigation Doppler Lidar from Psionic for Mission to Deliver VIPER to the Lunar Surface

A visual rendering of Griffin utilizing Navigation Doppler Lidar sensor to guide landing on the lunar surface. (Credit: Psionic LLC)

Navigation Doppler Lidar chosen for high accuracy and NASA heritage for 2023 CLPS mission to search for water on the Moon

PITTSBURGH, Pa. and HAMPTON, Va. (Astrobotic PR) — Astrobotic today announced they have selected Navigation Doppler Lidar (NDL) from Psionic for their mission in late 2023 to deliver NASA’s Volatiles Investigating Polar Exploration Rover (VIPER) to the South Pole of the Moon.

The NDL serves as a critical sensor element as part of the Griffin Lander’s Guidance, Navigation, and Control (GN&C) system to ensure a safe, precise landing. In June 2020, NASA awarded a $199.5 million contract to Astrobotic under its Commercial Lunar Payload Services (CLPS) initiative. 

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Astrobotic Unveils New Headquarters in Pittsburgh

Officials cut a ceremonial ribbon at Astrobotic’s new headquarters. (Credit: Astrobotic Technology)

Astrobotic, space robotics company, opens one of the largest private facilities in the world dedicated to lunar operations

PITTSBURGH (Astrobotic PR) — Astrobotic officially opened its new headquarters in Pittsburgh in a ribbon-cutting ceremony on Monday. The 47,000 square foot complex is the largest private facility in the world dedicated to lunar logistics. Astrobotic’s Peregrine and Griffin lunar landers will be built on-site, with Peregrine set to become the first commercial mission to the Moon, and the first American lander on the Moon since the Apollo missions.

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How do we get There from Here? With Suborbital Flight Testing

Image shows Trona Pinnacles near California’s NASA Armstrong Flight Research Center during Jan. 31 Super Blue Blood Moon. Trona Pinnacles is an unusual geological feature of the state’s Desert National Conservation. (Credits: NASA / Lauren Hughes)

EDWARDS, Calif. (NASA PR) — Standing here on Earth, on a clear night we can look to the sky and see the destination for NASA’s Artemis program: the Moon. Seemingly close, but still quite far. Yet the space between us and that source of fascination is ripe with possibilities for helping mature the technologies we will need to get there, stay there, and venture beyond to Mars.

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Astrobotic, NASA Partner to Develop Commercial Lunar Landing Capability

Griffin Lander. (Credit: Astrobotic Technology)
Griffin Lander. (Credit: Astrobotic Technology)

Pittsburgh, PA (Astrobotic PR) — Astrobotic Technology has announced a new partnership with the National Aeronautics and Space Administration (NASA) for development of robotic lunar landing capability.

Astrobotic has been selected as a partner under NASA’s new Lunar Cargo Transportation and Landing by Soft Touchdown (Lunar CATALYST) initiative. NASA’s call for proposals sought partners in the development of reliable and cost-effective commercial robotic lunar lander capabilities that will enable the delivery of payloads to the surface of the moon. Commercial lunar transportation capabilities could support science and exploration objectives, such as sample returns, geophysical network deployment, resource prospecting, and technology demonstrations.

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