Friday / 15 March 2024

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 / 27 Feb 2024

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

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

Tuesday / 20 Feb 2024

Commercial Lunar Lander Odysseus Prepares for Correction Maneuvers Ahead of LOI

Intuitive Machines analyzing data from first in-space firing of liquid methane & liquid oxygen engine, conducted 270,000+ km from Earth, testing full (21 sec) and throttled thrust profiles and first of three trajectory corrections ahead of Lunar Orbit Insertion – the most powerful maneuver of the mission, expected to consume 1/3 of total propellant for 800-900 m/s delta-V and marking milestone 7 out of 16 company-defined IM-1 success criteria, set to be completed Feb 21 prior to Feb 22 powered descent; Landing to be streamed on IM website, time to be announced at Las Vegas Sphere event hosted by Columbia Sportswear

Credits: Intuitive Machines

Weekend Edition
Fri-Mon / 16-19 Feb 2024

Intuitive Machines Overcoming Obstacles While Operating in Space on Route to Moon

Nova-C class lander Odysseus is ‘in excellent health, in a stable orientation’ and on track for 22 Feb soft landing attempt ~300-km from Moon South Pole despite several trials: intermittent comms, a slight star tracker miscalibration ameliorated via software update, and variance in LOX line chill time in space vs Earth (Odysseus being only the second LCH4 / LOX craft to operate in space following LandSpace Zhuque-2 in Dec 2023) for which adjustments have been made; Commissioning Burn originally expected within first day of transit to be conducted shortly

Credits: Intuitive Machines

Weekend Edition
Fri-Mon / 2-5 Feb 2024

Intuitive Machines Set to Become First Independent Operator on Moon with US$118M Mission

Nova-C class lunar lander Odysseus may make history with expected 22 Feb landing near Malapert A crater (80.2°S, 1°E), ~175 km from the peak of Malapert Massif and ~300 km from MSP; Intuitive Machines will be the fourth commercial attempt at Moon landing, following SpaceIL (Feb 2019), ispace (April 2023) and Astrobotic (Jan 2024) and the first USA landing attempt of any type in over 51 years, since Apollo 11 (Dec 1972); In addition to 5 NASA commissioned science instruments, Odysseus will carry 6 commercial payloads (clockwise): ILO-X (International Lunar Observatory Association), Lunaprise (Galactic Legacy Labs), Independence (Lonestar Data Holdings), Moon Phases (Jeff Koons, 4Space), Omni-Heat Infinity (Columbia Sportswear), and Eaglecam (Embry-Riddle)

Credits: Intuitive Machines

Weekend Edition
Fri-Mon / 19-22 Jan 2024

Astrobotic Looking Forward as Intuitive Machines Prepares its Effort to Land First Commercial Mission on Moon

The first attempted USA commercial lunar lander has returned to Earth, reentering over the South Pacific with undetermined wreckage possibly resting near 23.087°S, 176.594°E ~450 km south of Kadavu (Fiji) and east of Aneityum (Vanuatu) Islands; Despite propellant leak which prevented Moon landing, “There’s a lot that worked” on Peregrine Mission 1, Astrobotic CEO John Thornton told media at joint NASA press conference, while the final mission update declares Peregrine has flown so Griffin may land; Intuitive Machines IM-1 is the next (of up to 9) scheduled CLPS missions, with Nova-C launch window set to open NET 11 Feb; CEO Steve Altemus envisions infrastructure business model “where the company plays the same role as highways, railroads, and shipping lanes are for Earth, but at the moon [sic]” per interview with Spectrum News in Orlando

Credits: Astrobotic

Tuesday / 16 Jan 2024

Peregrine Set for Controlled Reentry into Earth Atmosphere as Astrobotic Works to Collect Data from Payloads

Now ~350,837 km from Earth, Peregrine Moon lander on 8th day of operation in cislunar space is in stable condition with propellant leak ‘practically stopped‘ as Astrobotic and USA government agencies work to determine trajectory for Earth reentry expected NET 18 Jan, although Astrobotic reserves right to determine final flight path independently; 10 payloads continue to receive power despite inability to conduct long duration corrective maneuvers; Joint press conference with NASA discussing mission set for 18 Jan 12:00 EST, which may shed light on Dynetics-built propulsion system valve anomaly

Credits: Astrobotic

Friday / 5 Jan 2024

ULA Set for Inaugural Flight of Vulcan Centaur as 3 Companies Negotiate Purchase of Venerable Launch Provider

Certification-1 launch is ‘Go’ for 8 Jan at 2:18 EST following positive Launch Readiness Review; Vulcan Centaur V-001 fully stacked at Cape Canaveral Vertical Integration Facility with 61.6-m VC2S configuration (2 SRBs / standard payload fairing) carrying Astrobotic Peregrine lunar lander (itself holding 20 NASA and commercial payloads); ULA is reportedly courting sale, with private equity group Cerberus, Beechcraft / Cessna owner Textron, and most prominently Blue Origin among potential buyers; Vulcan Centaur first stage is powered by twin BE-4 methalox engines built near ULA facility in Huntsville AL, synergies which could help a combined ULA-Blue Origin challenge SpaceX launch industry dominance with ~$118M / launch price point

Credits: ULA, Astrobotic

Friday / 1 Sep 2023

Ecliptic Enterprises Corporation to Continue Advancing Technology for Space and Moon as ARQUIMEA Subsidiary

Optical space system provider Ecliptic Enterprises of Pasadena, California to be acquired by technology developer ARQUIMEA – headquartered in Spain, with operations in Canary Islands, Singapore and USA employing 500+; Ecliptic has received a US$5M cash infusion to support design of radiation hardened payloads for space and lunar applications including high-res multispectral imagers for Earth observation and routers for use on and around Moon; ARQUIMEA USA CEO Jesus Delgado tells Parabolic Arc he expects to quickly grow Ecliptic revenue from $10M to $50M

Credits: Ecliptic Enterprises, ARQUIMEA