Weekend Edition
Fri-Mon / 10-13 March 2023

Artemis Moon Exploration Advances with Increased Funding Proposal, Upcoming Crew and Spacesuits Reveal

Biden-Harris Administration fiscal year 2024 USA budget allocates US$27.2B for NASA, a 7.1% increase, with $8.1B for lunar exploration & $949M for Mars sample return; Artemis II 4-member crew to be announced at joint NASA / CSA-ASC joint press event at JSC Ellington Field 3 April, with astronaut interviews 4 April; Prototype Exploration Extravehicular Mobility Unit (xEMU) space suits for Artemis III lunar surface exploration being developed by Axiom / Raytheon subsidiary Collins Aerospace under $3.5B contract running through 2034 to be demonstrated 15 March at Space Center Houston

Credits: NASA

Friday / 10 March 2023

Farside Radio Astronomy to be Pioneered by LuSEE-Night CLPS Mission NET Late 2025

Landing near northern rim of Nassau crater on lunar farside (23.81°S, 176.83°E) on TBD commercial lander, Lunar Surface Electromagnetics Experiment-Night (LuSEE-Night) led by PI Stuart Bale (UC-Berkeley), co-investigator Jack Burns (CU Boulder) and DOE / Brookhaven National Lab is slated to be the first radio astronomy precursor to test low frequency detection limits (<50 MHz) in the pursuit of cosmological dark ages (380,000 years post-Big Bang) observation via 21-cm neutral hydrogen emissions; LuSEE-Night is to operate throughout lunar night / day cycle for up to 2 years thanks to 40-kg battery system

Pictured: PI Stuart Bale; Paul O’Connor, Anže Slosar, Sven Herrmann of Brookhaven Lab; Credits: DOE, NASA, UC-Berkeley, LinkedIn

Tuesday / 7 March 2023

Dynetics Touts Human Landing System Technology Advances Ahead of June HLS SLD Selection

Under NASA NextSTEP-2 Appendix N US$45M award, Leidos subsidiary Dynetics has matured key equipment it hopes will strengthen its bid with partner Northrop Grumman for Appendix P: Human Landing System Sustaining Lunar Development & Demonstration contract / uncrewed & crewed demo missions around Artemis 5 or later (NET 2028); Tech validations include methalox main / RCS propulsion testing at MSFC, Cryogenic Fluid transfer demonstration at GRC, Electrodynamic Dust Shield modules (first created at KSC); Blue Origin-led team including Draper, Lockheed Martin, Boeing, Astrobotic, Honeybee Robotics also competing for Appendix P contract

Pictured: Dynetics HLS Manager Andy Crocker; Credits: Dynetics, NASA

Weekend Edition
Fri-Mon / 3-6 March 2023

ispace HAKUTO-R M1 Nearing Moon / Attempt at 1st Commercial Landing, M2 and M3 to Advance ‘Cislunar Ecosystem’

Now on Moon-bound trajectory <800,000km from Earth (having reached distance of 1,376,000km in fuel efficient route), Hakuto-R lander team managing higher than expected thermal loads while working toward 6th ‘mission success milestone’, clearing way for Lunar Orbital Insertion by mid-March, landing on Moon late-April; M2 (NET 2024) Structural Thermal Model under construction in Japan, flight model build to start NET April in Germany; M3 (NET 2024) with Draper under US$73M NASA CLPS contract to carry AstronetX astronomical imager L-CAM; ispace mission control located in Tokyo with subsidiary offices in Luxembourg and Denver CO

Pictured: (T-B) ispace CEO Takeshi Hakamada, ispace CTO Ryo Ujiie; Credits: ispace, Canadensys

Friday / 3 March 2023

Moon Time Standardization May Advance International Cislunar Communication, Navigation Capabilities

Interoperable ‘LunaNet’ communication / navigation protocol initiative will require agreement on common time on & around Moon similar to Coordinated Universal Time on Earth & Earth orbit, per ESA statement; Standard Moon time would enable NASA Lunar Communications Relay and Navigation Systems, ESA Moonlight and other nodes in Moon network to share spatial measurement as with Earth-based International Terrestrial Reference Frame used by GNSS; Nature and composition of governing organization and whether to fix Moon time to Earth time or create independent local selenocentric system TBD by lunar stakeholders

Pictured: ESA Moonlight Navigation Manager Javier Ventura-Traveset, ESA Navigation Engineer Pietro Giordano; Credits: ESA, NASA, Twitter

Tuesday / 28 Feb 2023

Lunar Crew Module / Lander Mockups on Display as CMSA to Announce Taikonauts for Shenzhou-16 & 17

30 years of steady progress toward and realization of human exploration in space (27 missions / 10 crewed) being celebrated at 3-month exhibit at National Museum of China in Beijing featuring models of China Manned Space Agency next-generation crewed spacecraft and lunar surface lander, which are to be launched via 25,906 kN-thrust Long March 10 (formerly LM-5DY) rocket in 2020s; 6 crewmembers for next 2 missions to Tiangong Space Station to be revealed as international astronaut exchanges under consideration

Pictured: (T-B) CMSA Director Hao Chun, Taikonaut Yang Liwei, CMSA Deputy Chief Designer Chen Shanguang; Credits: CMSA, CGTN screengrab, Wikipedia

Weekend Edition
Fri-Mon / 24-27 Feb 2023

International Moon Missions Operating in Lunar Orbit as Wave of Landers Approach / Prep for Launch

 NASA / Advanced Space CAPSTONE orbiter prepares for spacecraft-to-spacecraft positioning test with LRO; KPLO Danuri imaging heritage areas – first robotic Moon landing (Luna-9) site in Oceanus Procellarum, first lunar rover (Lunokhod 1) landing site in Mare Imbrium – and Earth phases; ispace progressing on ballistic lunar transfer, now moving at ~520 m/s, will soon begin control burns to decrease speed on approach, landing expected NET late April; JAXA SLIM launching NET April; Astrobotic Peregrine to launch on inaugural Vulcan Centaur flight NET 4 May; Intuitive Machines launching Nova-C NET late June

Pictured: ispace Spaceflight Operations Engineer Sam Richards; Credits: KARI, ispace, LinkedIn

Friday / 24 Feb 2023

India Chandrayaan-3 Major Modules and Rover Advance Toward June-July Launch, Pass Key Tests

 Aiming for ~110km east of Chandrayaan-2 attempted landing site, Chandrayaan-3 propulsion module, lander and 26-kg rover undergoing major evaluations at U R Rao Satellite Centre in Bengaluru for NET June launch to 70.83°S, 22.67°E; Passing Electro Magnetic Interference/ Electro Magnetic Compatibility (EMI-EMC) tests early February for radio-frequency communication links between modules allows further subsystems & payload checks to continue; Mission will use Indian Deep Space Network for Earth comms and has agreements with NASA Deep Space Network & Estrack network as backups

Credits: ISRO, TAVD / URSC

Weekend Edition
Fri-Mon / 17-20 Feb 2023

Companies Race to Develop and Deploy ISRU Techniques to Extract Building Materials and Oxygen on Moon

Blue Origin is latest entrant in effort to establish manufacturing processes for lunar buildout with Blue Alchemist molten regolith electrolysis extraction of Fe, Al, Si / PV cell & wire printing; Lunar Resources of Houston TX plans FarView Observatory construction via molten oxide electrolysis and is conducting 9-month NIAC feasibility study of MSP pipeline to deliver oxygen gas byproduct; ESA working to develop molten salt electrolysis with Metalysis of UK; Helios of Israel working with Eta Space of Florida on similar system; CO School of Mines to gather lunar prospectors 6-9 June at Lunar Resources Roundtable in Golden

Credits: Blue Origin, NASA, Lunar Resources, Helios, Metalysis

Friday / 17 Feb 2023

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