Category Archives: Lunar Volatiles

Friday / 3 October 2025

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Europe Moves Forward with International Collaboration on Moon Missions for Exploration, Monitoring, Mining

Airbus (Netherlands / France, with German / USA / China / Canada offices) supplies European Service Module for Artemis II Orion spacecraft, providing life-support, avionics, solar power, propulsion; ESA Argonaut lunar lander planned to launch NET 2031; Blue Origin (USA / Luxembourg) teams with Luxembourg government / ESRIC / GOMSpace to create Oasis-1 orbiter to map water ice / H3 / rare minierals, before sending Blue Alchemist mining rig; Space Applications Services (Belgium) designing 300kg rover; ispace Europe awaits ESA approval for MAGPIE 30kg rover to analyze subsurface geology, hydrogen forms, et al

Image Credits: Airbus, Blue Origin, NASA

Tuesday / 30 September 2025

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NASA Awards Blue Origin US$190M VIPER Delivery Contract

Blue Origin will now deliver NASA lunar rover to the Moon South Pole using Blue Moon Mark 1 lander; targeting late 2027, the 100-day mission will seek water ice and volatiles, supporting Artemis; Blue Origin $3B Space Coast facility, including the 18,600 m² Lunar Plant 1, will build the lander, employing 1,500 workers; the New Glenn heavy-lift rocket will enable lunar deliveries, while Blue Origin advances its Human Landing System for Artemis V

Image Credits: Blue Origin

Tuesday / 9 September 2025

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World-Leading Spacefaring Countries Japan and India Working Toward Human Lunar Presence

India-Japan lunar collaboration advances through Tokyo summit with prime ministers, and signing of LuPEX Implementing Arrangement by JAXA VP Mayumi Matsuura and India Ambassador Sibi George; Chandrayaan-5 / LuPEX mission, duration 100-365 days, targets water ice at Moon south pole with ~6,000kg India lander carrying ~350kg JAXA rover via NET 2028 launch on JAXA H3-24L rocket; builds on Chandrayaan-3 Statio Shiv Shakti landing ~69°S and Chandrayaan-4 sample return NET 2027; new phase in space cooperation exemplified by commercial agreement between ispace Japan (~US$130m equity funding) and startup Digantara of India (~US$16m) to build cislunar infrastructure promoting sustained human presence on Moon

Image Credits: Office of the Prime Minister – India, JAXA, NASA

Tuesday / 29 July 2025

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IM Re-Sets 3rd Landing to 2026, Pushing Forward on LTV, International Collaboration

Intuitive Machines (IM) is networking / outreaching internationally, working with companies in Norway, Germany, Hungary, and inspiring Mohamed Al Aseeri, CEO of Bahrain Space Agency, who signed the Artemis Accords for his country with goals of global collaboration / staying apprised of lunar tech; IM will add NASA-chosen Infrared Spectrometer (AIRES) developed at ASU Tempe and Microwave Spectrometer (L-MAPS) developed at UH Manoa to its Lunar Terrain Vehicle competing for NASA award to be announced NLT 31 Dec; IM CTO Tim Crain expects full IM-3 success via redundant laser rangefinders, lunar crater maps, 12 pre-landing orbits

Credits: NASA, IM

Tuesday / 25 February 2025

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Intuitive Machines IM-2 Launching to Moon on Wednesday 26 Feb

Inaugural occurrence of 3 lunar landers simultaneously enroute to Moon expected with 26 Feb launch of IM-2 Athena, now in fairing of SpaceX Falcon 9, departure from Kennedy Space Center complex 39A window opens 19:17 EST; headed near highest Moon mountain Mons Mouton, ~60 km from South Pole, Athena will search for water with NASA payload Polar Resources Ice Mining Experiment-1 and IM “Grace” hopper; other payload customers are Nokia, Lone Star Data Holdings, Columbia Sportswear, Lunar Outpost, Puli Space, Dymon Co. Ltd., German Aerospace Center

Credits: Intuitive Machines, NASA, SpaceX

Friday / 14 February 2025

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Intuitive Machines: Leader in USA Return to Moon

NET 26 Feb, 4 days after 1st observation of Intuitive Machines IM-1 touchdown on 12° slope at Malapert A 80.13°S, IM-2 launches for Mons Mouton 84.6°S with TRIDENT carbide drill built by Blue Origin Honeybee Robotics to be remote controlled from Earth while MSOLO mass spectrometer from INFICON analyzes gasses released while drilling — together called NASA PRIME-1, and also a leaping robot scanning for hydrogen / temperature communicating via Nokia 4G/LTE system; IM-3 flies NET late 2025 to Reiner Gamma magnetic anomaly area ~7.5°N for NASA PRISM carrying team of 3 JPL CADRE rovers; 4th deployment of Nova-C lander IM-4 scheduled NET Oct 2027 will take yeast to Moon South Pole

Credits: NASA, Intuitive Machines

Tuesday / 11 February 2025

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Dedication to Artemis Program Remains Strong

Artemis Accords represent collaborative, international effort with USA as a rallying point for now 50 nations and organizations; joint statement between Japan Prime Minister Ishiba Shigeru and US President Trump affirms continued partnership for Artemis missions; JAXA is developing pressurized lunar rover, will provide 2 astronauts, and works with ESA on lunar Gateway; NASA has issued RFP from companies to assume VIPER project search for water ice under a Cooperative Research and Development Agreement; other policy changes involve SLS shutdown; archived LEAG Artemis recommendations are now available here 

Pictured: PM Ishiba; Credits: The White House, JAXA, NASA, LEAG

Friday / 31 January 2025

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Water Is Life — Why It Is on the Moon

Of ~382 kg of Moon rock returned by Apollo, samples heated to 50°, 150° and 1,000°C indicate they are “surprisingly wet” — important for Artemis missions; research published 16 Dec 24 concludes most water is from Moon’s formation, some from comets, and theory of “solar wind as the dominant source for lunar water” is invalid; NASA-led Artemis landing humans NET 2027 plan Moon as gateway to the Solar System using Moon water, which is “among the rarest and most precious commodities in space”; China pledges to land humans before 2030

Credits: NASA, Morgan Nunn Martinez, Maxwell and Mark Thiemens

Friday / 16 June 2023

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NASA Fostering Lunar Technologies from Small and Research Institution-Affiliated Businesses

Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) US$150,000 Phase 1 awards to be made to 249 companies / 39 Research Institutions (300 proposals / $45M total) including many lunar-focused enterprises e.g., CA-based Cislune, which plans to mine water, refine & sell hydrogen as fuel, is recipient of SBIR awards for basalt construction (with Hawaii Island-based Pacific International Space Center for Exploration Systems) and minimally invasive excavation techniques and STTR awards for lunar rover (with UCF) & launch pad designs

Pictured: Cislune CEO Erik Franks; Credits: NASA, Cislune, PISCES, Astroport / UTSA
 

Friday / 17 Feb 2023

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Mountain at Moon South Pole Named in Honor of NASA Apollo-era Mathematician Melba Roy Mouton

The 6,096-m high mountain on the western rim of Nobile Crater (~85.4°S, 37.5°E) is now officially known as Mons Mouton after NASA Volatiles Investigating Polar Exploration Rover (VIPER) team nomination to IAU Working Group for Planetary System Nomenclature; Situated just a few km east of Leibnitz Beta Plateau, Mons Mouton is to be the site of the 100-day VIPER mission to be delivered via Astrobotic Griffin lander NET Nov 2024; Mons Mouton is also 1 of 13 sites selected by NASA fo Artemis 3 human landings NET 2025

Pictured: Melba Roy Mouton, WGPSN Organizing Committee members Rita Schulz, Debra Elmegreen, José Espinosa; Credits: IAU, NASA