Friday / 25 April 2025

China National Space Agency Shares Moon ‘Wealth’ with International Scientists

Zhongde Shan, CNSA Director, announced 24 April, China Space Day that 7 applicants are awarded lunar regolith samples from Chang’E-5 for scientific research; awardees are Institute of Geophysics of Paris (France), University of Cologne (Germany), Osaka University (Japan), Space and Upper Atmosphere Research Commission of Pakistan, Open University of United Kingdom, Brown University of United States and Stony Brook University of State University of New York, with 5 signing “Lunar Sample Loan Agreement” that day; Shan emphasizes China lunar exploration program follows principles of equality, mutual benefit, peaceful use and cooperative success

Credits: CNSA, IPGP, U of Cologne, The Open U, Brown U, Osaka U, Stony Brook, SUPARCO; Dir. Zhongde photo courtesy Harbin U

Tuesday / 11 February 2025

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 / 17 January 2025

2 Landers On Their Way to the Moon, 3rd to Follow Soon

Although 9 hours is minimum travel time for Earth to Moon, two Moon landers launched 15 Jan, 01:11 EST, to arrive after 45 days (Firefly) and 4-5 months (ispace); flight was orbital number 100 for SpaceX from 39A pad where Apollo 11 launched to Moon; ispace lander Resilience has communicated as planned on its mission that saves fuel for a soft touchdown; Firefly lander Blue Ghost separated from rocket ~1 hr post-launch into elliptical Earth orbit, established comms with mission ops in Cedar Park TX, where techs determined all-systems-go for landing 2 Mar; Intuitive Machines IM-2 lander has expected launch 26 Feb 19:02 from Florida and touchdown 6-7 Mar

Credits: Firefly, ispace, SpaceX, Intuitive Machines

New Year Edition
Friday-Monday
20 Dec 2024 – 6 Jan 2025

Commercial Companies Preparing Lunar Landers for Launches Within 1-9 Months

 ispace, inc. (Tokyo: 9348) announced 10 Mission 2 milestones planned January to June 2025 for Resilience lander with commercial payloads and NASA project (to collect / image regolith) at Mare Frigoris ~60.5° N; aboard the same Falcon 9 will be Firefly Aerospace Blue Ghost Mission 1, expecting touchdown ~March at Mare Crisium, 17° N, with 10 payloads from NASA, enterprise, academia; in February, Intuitive Machines (Nasdaq: LUNR) plans IM-2 launch via Falcon 9, arriving ~7 days later to Mons Mouton to prospect for water ice; Blue Origin Blue Moon Mark 1 lander set to launch NET March on Blue Origin New Glenn rocket, carrying 3,000 kg of payloads; Astrobotic Griffin Mission One, flying NET Fall 2025 to Nobile Region, ~85° S, will carry MoonBox™ payloads for individuals

Credits: (clockwise from upper left) ispace, SpaceX, Astrobotic, Intuitive Machines, NASA photo of Blue Origin lander, Firefly Aerospace

Tuesday / 3 December 2024

Two Lunar Landers at Kennedy Space Center Awaiting Launch, Third Will Soon Arrive

JAXA / ispace lunar lander Mission 2 Resilience is now at KSC preparing to carry Tenacious micro rover / commercial payloads including a model house to Mare Figoris, 60.5° N, 4.6° W, is called “culmination of the Hakuto-R program; Firefly Aerospace Blue Ghost lander awaits launch from LC39A during 6-day window mid-January, carries 10 payloads including for NASA CLPS to Mare Crisium after 45-day journey with orbits of Earth and Moon; Intuitive Machines Nova-C lander Athena for IM-2 mission expected to arrive soon at KSC, will carry NASA CLPS payloads to Mouton Plateau (Leibnitz); all will launch NET January via SpaceX Falcon 9

Credits: JAXA / ispace, Firefly Aerospace, Intuitive Machines

Tuesday / 29 October 2024

JAXA Certifies First New Astronauts in 13 Years, Will Participate in Artemis Mission

JAXA certifies 2 astronauts to take part in Artemis Moon mission; Ayu Yoneda completed medical doctor training in 2019, has been working as a surgeon, is the youngest JAXA astronaut at 29; Makoto Suwa, 46, is a businessman with a PhD in climate science from Duke, when in elementary school met Eugene Cernan; they were selected from 4,100+ applicants, have completed a year of basic training in Japan, will travel to NASA Johnson to continue training

Credits: Ayu Yoneda, Makoto Suwa, NASA, JAXA

Tuesday / 22 October 2024

ISRO Aims to Confirm Lunar Water with Chandrayaan 4 / 5 Moon Landers

P Veeramuthuvel of ISRO reports Chandrayaan 4 to launch NET 2027-2028 for surface / sub-surface sample return, landing 85-90° S in region where permanently shadowed regions (PSRs) are hoped to harbor water ice, will need 2 launches / remote docking in orbit; Chandrayaan 5, ISRO-JAXA collaboration now called LUPEX flies NET 2028-2029, 6,000-kg lander taking rover precisely to 89.45° S / 222.85° E on ridge between Shackleton / de Gerlache craters near PSRs, similar to China Chang’E-7 / abandoned VIPER missions, surviving lunar night is core goal, likely to use same Americium-352 radioisotope heater units (RHUs) as Chandrayaan 3

Credits: Arizona State University, ISRO, JAXA, IAF

Wednesday / 11 September 2024

Commercial Missions Aiming for 2024 Lunar Touchdown

Firefly has potential mid-November launch for its 1st Commercial Lunar Payload Services (CLPS) mission under ~US$93M NASA award, of Blue Ghost lander with 10 NASA payloads to Mare Crisium at 18.56°N, 61.81°E; Intuitive Machines may launch December with its 2nd lunar mission IM-2, under ~US$47M NASA CLPS award, of Nova-C lander with drill / mass spectrometer / solar panels / Caltech Lunar Trailblazer, to Shackleton connecting ridge in South Pole region; Outside of CLPS, ispace of Japan Hakuto-R Mission 2 of Resilience lander NET December will take micro-rover ~26x32x54 cm with HD camera, regolith-acquiring shovel to further NASA-led Artemis program; all 3 projects expect to launch aboard SpaceX Falcon 9

 

Credits: Intuitive Machines (L), Firefly Aerospace (R)

Tuesday / 14 May 2024

ispace Projects Significant Demand of Lunar Services, ISRO Targeting Shiv Shakti with Chandrayaan-4

Japan first commercial lunar lander company ispace projecting 138% increase in year-on-year net sales, growing to JPY¥4,033M (US$25.8M) in FY2024 possibly buoyed by international orders for lunar landers and robots, especially from USA, which may mitigate expected JPY¥12,465M ($79.8M) loss, with ispace CEO Takeshi Hakamada (R) characterizing business environment as ‘quite positive‘ in light of USA-Japan Artemis agreement; Nilesh Desai, director of Space Applications Centre (SAC) in Ahmedabad, declares Shiv Shakti point (Statio Shiv Shakti by IAU designation, 69.373°S, 32.319°E) will be destination of Chandrayaan-4, building on successful Chandrayaan-3 mission, possibly returning sample closer to MSP than any previous NET 2028

 
Credits: ispace, ISRO, SAC

Weekend Edition
Fri-Mon / 26-29 Apr 2024

Japan SLIM Moon Lander Defies Expectations by Operating on 4th Lunar Day

JAXA controllers maintaining delicate balance on operational period which began 23 April, timing command / transmission with day-long interval to avoid overheating amid temperatures exceeding 100°C; Reactivation following 3rd lunar night (with temps near -170°C) was earlier in lunar day than previous cycles, resulting in brightest landscape / shortest shadows imaged during mission thus far; Near-equatorial location (13.3160°S, 25.2510°E) of SLIM lander mitigates temperature flux in comparison to near-polar site of Intuitive Machines Odysseus, which functioned 1 lunar day; Both Odysseus and SLIM contain lithium-ion batteries, however SLIM utilizes bespoke pouch cells, whereas Odysseus has COTS cells

 
Credits: JAXA