Category Archives: Lunar Radiation Environment

Friday / 23 May 2025

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Astrobotic Announces Power Technology Breakthrough for Surviving Lunar Night

 Wireless charging is now commercially available for space applications, furthering Astrobotic goal “to make space accessible to the world”; 125W of power to rovers or astronaut-held tools will transfer from lander or Vertical Solar Array Technology platform, whether covered in 4cm of regolith dust, at -180°C, vibrating, or in an electromagnetic field with virtually no atmosphere; Astrobotic led WiBotic, Bosch, University of Washington and NASA Glenn in development, for ~54 months, under US$5.7M NASA Tipping Point contract; 400W system is in the works

Credits: Astrobotic

Friday / 16 May 2025

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ispace Lander in Lunar Orbit, 20 Days Ahead of Anticipated Moon Landing

 ispace 340-kg lunar craft Resilience in stable Moon orbit due to ~9-minute main thruster burn ahead of final maneuvers before anticipated 5 Jun (UTC) touchdown near Mare Frigoris with 5-kg rover Tenacious; rover will shovel regolith, analyze and send data; ispace aiming to fulfill US$5,000 NASA Lunar Regolith Transfer Contract; Resilience also carries water electrolyzer, food production experiment with algae, Moonhouse by artist Mikael Genberg, deep space radiation probe, UNESCO memory disk, commemorative plaque based on Charter of the Universal Century fictional document from Japanese science fiction franchise Gundam

Credits: ispace-Inc

Friday / 28 March 2025

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Lunar Commercial Communications Now and in the Future

Astrobotic Griffin-1 Moon lander, NET late 2025, will carry a Stamper Technology NanoFiche device with movie Miracle on 34th Street, Long Now world language translator and portions of Lunar Codex, et al.; aiming for a multimillion-year archive of human achievement, the device is made to survive thermal, mechanical and radiation extremes; Intuitive Machines (IM) and Kongsberg Satellite Services (KSAT) are using NASA awards from a US$4.82B fund to build lunar communications commercial services, IM working with York Space Systems to build relay satellites, and KSAT with CPI Vertex Antennentechnik to build 20-meter Earth antennas expected to be operational late this year

Credits: Astrobotic, Stamper Technology, IM, KSAT, NASA

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

Friday / 8 October 2021

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Spacebit Aims to Restore Ukraine as Space Leader via International Commercial Moon Missions

CEO Pavlo Tanasyuk indicates UK company Spacebit will plant Ukraine national flag on Moon, held aloft by Ukrainian-mined titanium pole along with radiation and thermal sensors; Comments given during National Day at Expo 2020 Dubai (a 182-day event hosted on 4.4 km2 grounds in UAE) were unclear on which lander will be booked for mission, with Astrobotic to deliver 1.4-kg Asagumo walking rover on Peregrine and unspecified Spacebit payload on Intuitive Machines IM-1; Both CLPS providers striving for Q1 2022 launch

Credits: World Expo 2020 Dubai, Spacebit, Wikipedia

Friday / 24 January 2020

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Commercial Lunar Services Providers To Carry Payloads Aiding Astronomy And Lunar Science

NASA Finalizes 16 Experiments And Technology Demonstrations To Fly With Commercial Lunar Services Providers; Astrobotic Peregrine Lander (L) Will Carry 11 Payloads Using ULA Vulcan Launcher Including PROSPECT Ion-Trap Mass Spectrometer (C); Intuitive Machines Will Launch Nova-C Lander (R) With 5 Payloads On SpaceX Falcon 9; Radio Observations Lunar Surface (ROLSES) Low-Frequency Experiment On Nova-C Will Test Feasibility Of Large Radio Telescopes On Lunar Surface; Both Landers Will Carry Laser Retro-Reflector Arrays To Aid Navigation

Credits: NASA

Friday / 20 Sep 2019

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ESA Seeks Ideas For Exploring Lunar Caves

ESA Open Space Innovation Platform Seeks Proposals For Exploring Lunar Caves; Lava Tubes On Moon, Similar To Those Found On Volcanic Islands Including Hawai’i, Are Sheltered From Space Radiation And Seen As Future Sites For Lunar Science And Settlement; Themes Of Proposals To Include Robotic Concepts For Cave Access Along Vertical Walls, Navigation In Horizontal Cave Segments, And Science Payloads; Proposals Are Due 27 September For Program Selection Closing 31 Oct

Credits: NASA, National Park Service

Weekend Edition
Fri-Mon / 12-15 Oct 2018

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Lunar Reconnaissance Orbiter Patrols Ahead Of Future Missions

NASA Lunar Reconnaissance Orbiter Returns Data And Images 9 Years After Entering Moon Orbit; Diviner Instrument Aboard LRO Along With NASA Moon Mineralogy Mapper On Chandrayaan-2 Find Widespread Water On Moon; CRaTER Cosmic Ray Telescope Characterizes Lunar Radiation Environment For Future Missions; LRO Finds And Photographs Crash Site Of Europe SMART-1 Probe Deliberately Impacted Into Moon; Produces 5-Minute Virtual Tour Of Moon In 4K; LRO Engaged To Photograph Israel SpaceIL Landing In 2019

Credits: NASA, ESA, NASA/GSFC

Weekend Edition
Fri-Mon / 22-25 June 2018

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LRO Mission Enters 10th Year Orbiting Moon

On 23 June Lunar Reconnaissance Orbiter (LRO) Embarks On 10th Year, Mission Goals Include Temporarily Going Off Nadir (Straight-On Imaging) Fall 2018 To Utilize Camera Stereo, Oblique Imaging; Inertial Measurement Unit Currently Powered Down To Reserve Power For Critical Events, Lunar Eclipses; In Lunar Eccentric Polar Mapping Orbit (20-km Altitude South Pole, 165-km North Pole) With 7 Instruments Providing High Resolution 3D Moon Mapping, Regolith & Radiation Observations, Data May Assist In Future South Pole And Far Side Lunar Landings

Credits: NASA

Friday / 6 Apr 2018

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Preserving Apollo Moon Landing Sites For Research Recommended By White House

White House Office Of Science & Technology Publishes Report “Protecting & Preserving Apollo Program Lunar Landing Sites & Artifacts”; Recommends Studying Long-Term Effects Of Lunar Environment Including Extreme Temperatures, Lunar Dust, Micro-Meteoroids, Solar Radiation On Over 187,000-kg Human-Made Materials Left Behind By 6 Apollo Missions; Opportunity For International, Commercial Cooperation With Future Moon Missions To Survey On A “Reciprocal, Transparent, Mutually Beneficial Basis”

Credits: NASA, White House, Lunar and Planetary Society