Category Archives: ispace

Tuesday / 16 April 2024

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ispace Japan and USA, Luxembourg Subsidiaries Preparing for Second and Third Moon Landing Missions

Resilience lunar lander being readied at Tsukuba JAXA facility as micro rover (1 of 5 manifested payloads to be delivered on HAKUTO-R Mission 2 NET Q4 2024), progresses to flight model build phase following successful testing of qualification model by ispace Luxembourg affiliate; Micro rover is key equipment for fulfillment of NASA regolith purchase under which both ispace Japan and USA were awarded precedent-setting $5,000 contracts; ispace USA also partnering with Draper on APEX 1.0 lander under CLPS contract, and will work with Raytheon subsidiary Blue Canyon Technologies to deploy 2 ‘Venus class’ cis-lunar relay satellites during NET 2026 mission

Pictured: (L-R) ispace-U.S. CEO Ron Garan, ispace CEO Takeshi Hakamada, Ispace-Europe engineer; Credits: ispace

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 Dec 2023

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ispace and Orbit Fab Partnering on Moon Fuel Extraction and Transport

While working towards HAKUTO-R mission 2 NET 2024 and design of APEX 1.0 with Draper for CLPS CP-12 NET 2026, ispace looking to foster long-term lunar commercial development, signing MoU with Orbit Fab of Lafayette CO on in-space propellant mining / transfer technology maturation with “a series of innovative demonstrations, including resource mapping and ISRU” to be performed; Orbit Fab hopes to grow market for its Rapidly Attachable Fluid Transfer Interface (RAFTI) standard and is preparing to demonstrate 50-kg hydrazine refueling of USSF Tetra-5 utilizing Impulse Space depot Mira NET 2025

Credits: ispace, Orbit Fab

Weekend Edition
Fri-Mon / 10-13 Nov 2023

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4 Lunar Lander Companies Working to Support USA Return to the Moon / Artemis Under NASA Commercial Lunar Payload Service

CLPS providers currently under contract to land NASA and independent payloads on Moon are Astrobotic, Intuitive Machines, Firefly and Draper: Astrobotic Peregrine awaiting launch from KSC to Gruithuisen Domes NET 24 Dec, Griffin lander to carry VIPER NET Nov 2024; Intuitive Machines targeting 12 Jan launch of Nova-C to Malapert A and again in 2024 to deliver PRIME-1 drill to Shackleton connecting ridge; Firefly Blue Ghost scheduled to land in Mare Crisium NET 2024 and on the lunar farside NET 2026, delivering radio astronomy LuSEE-Night and SPIDER seismometer; Draper is also targeting Schrödinger Basin on far side NET 2025 with APEX 1.0 lander built in collaboration with ispace USA

Credits: Astrobotic, Intuitive Machines, Firefly, Draper, NASA

Weekend Edition
Fri-Mon / 29 Sep – 2 Oct 2023

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USA Enterprises Eager to Lead Return to Moon Surface, Make History with First Commercial Landings

Intuitive Machines, Astrobotic, Firefly, Draper, and ispace USA are working towards first United States Moon landings in over 50 years, with IM and Astrobotic aiming for launches before EOY; NASA financing IM-1 approximately US$116M and Peregrine Mission 1 $79.5; IM-1 carrying LN-1 navigation instrument, NDL Doppler lidar, SCALPSS plume cameras, and Laser Retroreflector Array produced by GSFC for NASA; Commercial customers include Columbia Sportswear, Embry–Riddle, Lunaprise, Jeff Koons, Lonestar Data Holdings; NASA / UC-Boulder and independent International Lunar Observatory Association to send Astronomy from the Moon precursors ROLSES and ILO-X

Pictured: Intuitive Machines CEO Steve Altemus, Astrobotic CEO John Thornton; Credits: IM, Astrobotic, Linkedin

Friday / 29 Sep 2023

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Japan National and Commercial Moon Landers in Transit and Under Construction

2.7-m long JAXA ‘Moon Sniper’ Smart Lander for Investigating Moon (SLIM) on low-energy transit expected to reach lunar orbit NET Dec, with final 100-m2 target landing area near Shioli crater (13.3°S, 25.2°E) between Jan – Feb 2024, with imager / data link tested from 100,000-km with Earth photo and LEV rover to be activated for checks imminently; ispace working towards Mission 2 launch NET 2024 with flight model (based on Series 1) under construction at Tsukuba Space Center while Mission 3 with APEX 1.0 lander being developed with Draper now set for NET 2026; LUPEX collaboration with JAXA providing launcher / rover and ISRO providing lander to launch NET 2025

Pictured: ISRO / JAXA LUPEX team in India; Credits: JAXA, ispace

Tuesday / 2 May 2023

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Streak of Moon Lander Crashes Prompts Questioning

As ispace works to determine root cause of fueling-related M1 crash, observers are left to ponder why landing on Moon has eluded all efforts in 21st Century, save for CNSA CLEP sequence Chang’E 3-5; SpaceIL Beresheet (2019) IMU failure led to ill-timed reset command, cutting main engine; ISRO Chandrayaan-2 (2019) suffered software error with similar result; JAXA OMOTENASHI (2022) semi-hard impactor lost comms with Goldstone Deep Space Station; Generally, low gravity / atmosphere and dust are challenging factors; Budget for testing / fuel margin may also contribute to lunar landing difficulty

Credits: ispace, SpaceIL / IAI, ISRO, JAXA
 

Tuesday / 25 April 2023

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Hakuto-R Mission 1 to Be First Independent Moon Landing if Successful, with CLPS Companies Not Far Behind

ispace targeting Hakuto-R M1 landing NET 25 April 16:40 UTC 12:40 EST, 06:40 HST (26 April 01:40 JST, 00:40 CST), with landing sequence initiation & live stream starting 1 hour prior; Astrobotic Peregrine delayed from 4 May NET June / July, following Centaur V test-stand explosion; Intuitive Machines working towards similar timeframe for Nova-C launch, including the pioneering ILOA Astronomy from the Moon payload ILO-X, being spoken on by Director Steve Durst at 2023 International Conference of Deep Space Sciences in Hefei, China 25 April 10:40 CST

Credits: ispace, Deep Space Exploration Laboratory, ILOA

Friday / 14 April 2023

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ispace Set to Land HAKUTO-R, Aiming to Operate First Commercial Lander on Moon as Stock Surges

HAKUTO-R M1 lander is currently in 100 x 2,300 km elliptical lunar orbit as mission controllers prepare to execute maneuvers, circularizing orbit at 100 km ahead of 25 April at 15:40 UTC landing sequence initiation / touchdown in Atlas Crater (47.5°N, 44.4°E) 1 hour later at 16:40 UTC; Alternative landing sites within Lacus Somniorum, Sinus Iridium and Oceanus Procellarum may be targeted 26 April, 1 May and 3 May; Meanwhile on Earth ispace shares on Tokyo Stock Exchange make strong debut going from ¥254 (US$1.92) to ¥1,201 ($9.06)

Pictured: (T-B) ispace CEO Takeshi Hakamada, ispace CFO Jumpei Nozaki; Credits: ispace

Weekend Edition
Fri-Mon / 7-10 April 2023

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Lunar Orbital and Surface Missions Ongoing and Soon to Commence in Q2, Q3 2023

While CNSA Chang’E-3 and 4 continue surface operations and NASA / Advanced Space Capstone 145 days into 6-month primary mission; ispace HAKUTO-R operates from lunar orbit as ground controllers maintain comms during Moon occultations while preparing for landing this month; Astrobotic launching NET 4 May on ULA Vulcan Centaur; Intuitive Machines Nova-C launching on SpaceX F9 NET June; Luna-25 to launch NET 13 July via Soyuz-2.1b; JAXA SLIM postponed NET Aug pending H3 failure review due to H2A upper stage shared components

Pictured: ispace ground controller Ponglert Rattanachinalai; Credits: NASA, LinkedIn, ispace, Roscosmos, Canadensys