Category Archives: Lunar Dust

Friday / 23 May 2025

Posted on by

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

Tuesday / 2 November 2021

Posted on by

Masten Working with Partners to Advance Lunar Communications, Landing Plume Containment, Inclusivity in Mojave

NASA Flight Opportunities in collaboration with LA-based Zandef Deksit utilizing Masten Xodiac VTVL to test lander-ejected ExoCam for use on Moon at Mojave Air & Space Port, Masten advancing regolith / ceramic blasted pads, hosting NASA Large Vehicle Landing Surface Interaction program with goal of dust mitigation; Swedish Space Corporation, working to achieve space launch capability at Esrange Space Center (68°N, 21°E) near Kiruna, Sweden NET 2022, to provide XL-1 lander communications – launching NET Nov 2023; Masten in discussions with Navajo Nation to foster engineering education opportunities

Pictured: (LL) Navajo Nation VP Myron Lizer, Masten HR Director Thomas Ferrer; (LR) Masten Lunar Development VP Colin Ake, SSC Business Director Sam Peterson Credits: Masten, NASA, Navajo Nation
 

Tuesday / 28 September 2021

Posted on by

Masten Space Systems Works to Innovate New Technologies for NET 2023 Moon Landing

Instant (15-sec) lunar landing pad concept in-Flight Alumina Spray Technique (FAST) may save Artemis program US$120M/landing according to Masten CEO Sean Mahoney; Plan calls for lander rocket plume fed with Al2O3 ceramic particles fusing with regolith to create 1-mm thick crust during landing, preventing widespread dust dispersion; Masten continues test program with next-gen Xogdor 0.75 x 8m resuable VTVL rocket; Programming languages developed by AdaCore to be utilized during $75.9M XL-1 Nov 2023 CLPS mission to MSP

Credits: Masten

Tuesday / 27 Apr 2021

Posted on by

Suit For Moon South Pole, Lunar Gateway, ISS To Be Developed For NASA By Industry

Commercial Crew-Style “Service-Based Model” To “Accelerate Industry And Our Artemis Exploration Plans” Per Deputy Associate Administrator For Advanced Exploration Systems Mark Kirasich; Design Cycle, Maintenance And Training To Be Managed By One Or More Partners With NASA Oversight; xEVA And Exploration Extravehicular Mobility Unit (xEMU) Programs To Continue Within NASA, Concurrent With Commercial Program – Providing Redundancy; Responses To Exploration Extravehicular Activity Services RFI 80JSC21XEVAS Due 29 April

Credits: NASA, Boeing, SpaceX, HI-SEAS

Tuesday / 11 Aug 2020

Posted on by

Lunar Laser Ranging  (LLR) Techniques Advance With First 2-Way Infrared Signals Between NASA LRO + Grasse Station

Goddard Space Flight Center And University Côte d’Azur Collaboration Results In First Infrared Photons (~200 Out Of Tens Of Thousands) Received Back From LRO Reflector (15 × 18 × 5 cm, Traveling ~1.6 km Per Second); LRO Array And Other LLR Important For Understanding Lunar Dust / Degradation Of Apollo & Lunokhod Surface Reflectors, Refining Lunar Distance & Orientation, ‘With Implications For Both Lunar Interior Properties And For Astrophysics And Fundamental Physics’; New LLR Opportunities To Come From Future Commercial And Human Moon Landings

Pictured: Researchers from this collaboration; Credits: GSFC, NASA, Université Côte d’Azur, Observatoire de la Côte d’Azur, IRD, Géoazur, CNRS-INSU, CNES, ANR, MIT EAPS, et al

Tuesday / 7 July 2020

Posted on by

Artemis / Sustained Moon Habitation Advances Via Lunar Dust, Power, Sterilization Investigations

NASA Awards 312 Small Businesses ~US$125K For 409 Technology Proposals ($51M Total) Through Phase 1 Of Annual NASA SBIR & STTR Programs; 9 Funded Ideas Center On Regolith Dust Mitigation, Including Electrodynamic Shielding (Hedgefog Research), Wireless Communication (Astrobotic), <1 Micron Filtration (Mainstream Engineering Corporation); Opterus R&D Will Study Heavy Duty Lunar Solar Array Concept, Paragon Space To Work On Water Collection / Purification, CU Aerospace To Develop Plasma Anti-Microbial Device; Phase 2 Will Include ‘Multi-million’ Prototyping Contracts, Market Entry Support; 27% Of Awardees Women / Minority Owned

Credits: NASA, ESA, MEC, HR, Astrobotic, PSDC, ORD, CU Aerospace

Tuesday / 11 February 2020

Posted on by

Lunar Dust Grains Are Analyzed Atom-By-Atom To Find Water And Helium

Precious Lunar Samples May Be Analyzed From A Single Grain Of Dust; University Of Chicago Graduate Student Jennika Greer And Colleagues At Field Museum Use Atom Probe Tomography, Which Allows Grains To Be Measured Atom-By-Atom For 3-Dimensional Data From Sample; APT Is Used On Small Grain From Apollo 17 Sample 71501, Separated For Particles 150-200 μm In Diameter; Technique Sees Effects Of Space Weathering And Identifies Water And Helium, Valuable Resources For Future Lunar Settlements

Credits: NASA, University of Chicago

Friday / 27 Sep 2019

Posted on by

Zhongguo Scientists Measure Lunar Dust At Chang’e-3 Landing Site

Chang’e-3 Lander At Mare Imbrium Since December 2013 Contains Quartz Crystal Microbalance Used For Weighing Dust; Lanzhou Institute Of Physics Researchers Find That At Chang’e-3 Height Of 1.9 Meters Dust Accumulates At 0.0065 mg Per Square Centimeter Over 12 Lunar Days; Dust Is Considered Important For Human Return To Moon Both As A Challenge And Potential Resource; Now In Lunar Night 73, Lunar Ultraviolet Telescope Is Still Operational While Lander Is Powered Down To Allow For Chang’e-4 Communications

Credits: NAOC, CAS, NSA, ILOA

Wednesday / 29 May 2019

Posted on by

Hawai’i And Germany Scientists Developing Laser Systems For Water And 3D Printing On Moon 

University of Hawaii At Manoa Research Finds A Way To Liberate Water From Lunar Regolith; UH Scientists Use Laser To ‘Zap’ Moon Dust, Making Water Available For Human Use; Germany Laser Zentrum Hanover And Institute Of Space Systems Develop MOONRISE Laser To Melt Regolith For 3D Printing, Will Send 3-kg System To Moon With PTScientists Lander And Rover During 2021 In Tandem With International Lunar Missions

Credits: Laser Zentrum Hanover

Wednesday / 10 Oct 2018

Posted on by

Enterprises Working On Moon Race Competition, Lunar Regolith, Lunar Library Mission

“Moon Race” Sponsored By Airbus, Blue Origin And Partners Challenges Private Enterprise With Four Goals: Extract Water From Lunar Regolith, Manufacture Useful Objects From Lunar Resources, Use Lunar Regolith Plus Water To Grow Plants, And Generate Energy On Moon; Startup Company “Off Planet Research” Producing Simulated Lunar Regolith, Offering Samples To Backers Of Indiegogo Project; Lunar Library Project Sponsored By Microsoft Will Use Synthetic DNA To Archive Human Knowledge; Public To Contribute Images Via MemoriesInDNA Project; Library To Land With Astrobotic-Built Peregrine Lander In 2020 

Credits: Moon Race, Off Planet Research