Author Archives: LED Editor

Tuesday / 19 March 2024

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Hopping Lunar Rovers Planned for USA, China and Europe Surface Missions

Unconventional mobility technology that achieve locomotion with bouncing maneuvers / thrusters rather than wheels is headed for the Moon; Intuitive Machines Micro-Nova (29 kg wet) developed with ASU under $41.6M NASA contract to investigate PSR within Marston crater using Canadensys 39°x51 and 186° FoV imagers following deployment from IM-2 Shackleton – de Gerlache connecting ridge landing site (89.5°S, 222.0°E) NET Q4 2024; CNSA Chang’E-7 mini-flying probe to carry Lunar Water Molecular Analyzer into PSR near Shackleton crater rim NET 5 March 2026; ESA-funded 10-kg hopper being developed by Astronika of Poland utilizes parkour-like flipping maneuver to traverse 3-9 meters vertically on Moon whereas IM and CNSA probes to be propelled via thrusters

Credits: Astronika / Space Research Centre of Polish Academy of Sciences, Intuitive Machines, CNSA via Inside Outer Space screengrab

Weekend Edition
Fri-Mon / 15-18 March 2024

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Artemis Human Return to the Moon Progressing as CLPS Robotic Exploration Continues

NASA plan to achieve crewed lunar landing in 21st century, perhaps NLT 4 July 2026, advanced by SpaceX Starship IFT-3 achieving 106km altitude, 5,750 km/h velocity and cryogenic propellant transfer tech demo before breaking up 65km above Indian Ocean – booster landing and successful atmospheric reentry are goals for IFT 4; Lockheed Martin / Airbus Orion spacecraft undergoing 8 months of testing at Neil Armstrong Test Facility; Blue Origin projecting NET 2025 launch of Blue Moon MK1, which does not require in-space refueling; Intuitive Machines preparing to carry 3 JPL CADRE rovers and US$41.6M µNova hopper to Reiner Gamma Q4 2024; Astrobotic anticipating schedule challenge for Griffin mission to deliver VIPER to Nobile Crater currently set for 2024

Credits: SpaceX, NASA / JPL-Caltech / Jordan Salkin

Friday / 15 March 2024

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ispace of Japan Preparing Next Moon Missions with International Partnerships, MSP Landing Sites

Hakuto-R Mission 2 on track for Q4 2024 launch of Resilience lander to undeclared location on Moon (ispace has conducted site characterization near Amundsen Crater [82.04°S, 66.36°E], ~220 km NE of Malapert Massif, a noteworthy MSP destination) carrying 5 commercial payloads including Gundam-inspired ‘Charter of the Universal Century’ and ~5kg micro-rover with 26×31.5x54cm dimensions, built by Luxembourg subsidiary; ispace working with global companies including Control Data Systems (Romania) on UWB position measurement, mu Space (Thailand) on cislunar satellite construction, and Rhea Space Activity (USA) on navigation device; Mission 3 being developed by ispace USA in conjunction with Draper Labs, General Atomics, Karman Space & Defense under US$73M CLPS contract launching to Schrödinger Basin NET 2026

Credits: ispace

Tuesday / 12 March 2024

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Lunar Communication Infrastructure Being Prepared for Implementation by Space Agencies and Industry

Lunar LTE Studies initiative LunarLiTES enhancing Multiple Access Testbed for Research in Innovative Communications Systems (MATRICS) emulator at NASA Glenn Research Center with 4G / 5G wireless capabilities ahead of pioneering mission to demonstrate Moon-based communication on the lunar surface between Lunar Outpost Mobile Autonomous Prospecting Platform (MAPP) rover and lander via Nokia Bell Labs instruments during IM-2 NET late 2024; Lunar Pathfinder relay built by Surrey Satellite Technology to follow NET 2026 on Firefly Blue Ghost Mission 2; CNSA Queqiao-2 relay at Wenchang SLC for launch this month

Credits: NASA GSFC

Weekend Edition
Fri-Mon / 8-11 March 2024

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ISRO Developing Chandrayaan-4 Moon Mission Design for NET 2027 launch

Tentative Chandrayaan-4 concept features 5 modules: re-entry (RM), transfer (TM), ascender (AM), descender (DM), and propulsion (PM), with objectives including soft landing, regolith sample collection, lunar ascent, lunar orbit docking, inter-module sample transfer and Earth return; Mission will utilize 2 launch vehicles, LVM3 and PSLV; “Extremely challenging” design architecture shared by ISRO Chairman S Somanath at 22nd National Space Science Symposium (hosted by Goa University) under review, being debated and discussed; LUPEX joint mission with JAXA to study PSR also pending approval with landing on Shackleton Connecting Ridge 1 (89.44°S, 137.17°W) possible

Credits: ISRO, NSSS / YouTube

Tuesday / 5 March 2024

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Blue Origin and SpaceX Compete to Realize 21st Century Human Moon Landings

Senior VP of Lunar Permanence at Blue Origin John Koulouris says ‘country needs competition’ which brings ‘innovation’ in CBS interview; Blue Moon Mark 1 lander expected to complete 2 demonstration landings NLT 2026 prior to Artemis 5 mission NET 2029 in which human-rated variant to carry 2 crewmembers from Gateway to lunar surface under $3.4B contract; SpaceX working to achieve launch of Starship, slated to deliver 2 crew from Orion in lunar orbit to Moon surface during Artemis 3 NET July 2026 under US$2.89B contract and again for Artemis 4 NET Sep 2028 under US$1.15B contract; IFT-3 expected to launch mid-March following successful WDR of Booster 10 / Ship 28

Credits: Blue Origin, SpaceX, NASA

Weekend Edition
Fri-Mon / 1-4 March 2024

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Astronomy from the Moon and Earth Advancing with Near and Far Term Proposals / Missions

Numerous astronomy payloads are manifested on upcoming Moon landings including L-CAM (AstronetX) on ispace Mission 3 NET 2025 and LuSEE-Night (DOE) NET 2026 on Firefly Blue Ghost Mission 2 while more ambitious proposals compiled by Business Insider include the triangular Laser Interferometer Lunar Antenna (Vanderbilt University) for gravitational wave detection; Pantheon Habitat Made from Regolith, With A Focusing Solar Reflector (University of Arizona), a US$10B, 18 optical / IR telescope array with integrated living and farming space; 100,000-antenna FarView (Lunar Resources); Next generation terrestrial observatory to be supported by $1.6B NSF funding: either 25.4-m Giant Magellan Telescope on Cerro Las Campanas, Chile or Thirty Meter Telescope on Maunakea, Hawai’i

Credits: TIO, Firefly

Friday / 1 March 2024

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SpaceX and NASA Preparing Starship for In-Space Docking Ahead of Possible Mid-March IFT-3

10-day dynamic testing of 200+ scenarios conducted at NASA JSC will assist mission planners in validating computer modelling of spacecraft docking, crucial to operations for Artemis 3 human landing and subsequent missions slated to transfer crew and supplies between Starship HLS, Orion capsule and Lunar Gateway under US$4.04B contracts; SpaceX is reportedly working towards 3rd attempt at orbital launch NET mid-March from Starbase TX to 100-km NE of Kaua’i HI, pending 17 corrective actions required by FAA following Orbital Flight Test-2 mishap investigation, conditions IFT-3 launch license

Credits: NASA, SpaceX

Tuesday / 27 Feb 2024

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Japan and USA Lunar Landers Are Transmitting Data From Lunar Surface

JAXA SLIM is once again functioning on the Moon following 1 lunar night and ~½ lunar day, imaging surrounds 55m east of target landing site (13.3160°S, 25.2510°E) with multiband spectroscopic camera; JAXA hopes to gain additional field of view relative to first observation campaign conducted 30-31 Jan (JST) via new commands for analysis and publication in Japanese Society for Planetary Sciences; Intuitive Machines Odysseus continues to operate from within unnamed 1-km diameter crater with 12° slope at 2,579 meters elevation, ~1.5km from target landing site (80.13°S, 1.44°E), sending imagery and data — albeit at reduced bit rate following orientation anomaly; Power loss may force end of operations morning of 27 Feb (CST) with reactivation possible next lunar day (mid-March)

 

Credits: Intuitive Machines, JAXA
 

Weekend Edition
Fri-Mon / 23-26 Feb 2024

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IM-1 Commercial Moon Lander Odysseus Functioning and Receiving Power Despite Tip Over

The first USA craft to reach the lunar surface in 51+ years in communication with 100% battery charge ~2-3 km from intended landing site (80.2°S, 1.0°E), however orientation is off-nominal, with the 6-legged, phone box-sized lander thought to be resting on its side with ‘Panel E’ (with passive Moon Phases art installation mounted) facing down; Descent data from NASA payloads RFMG, NDL, LN-1 and SCALPSS awaiting transmission, as is imagery from independent astronomy payload ILO-X; EagleCam still planned to be deployed to record Odysseus; Precise position and location of Odysseus to be determined via LRO

 

Credits: Intuitive Machines