Category Archives: Advanced Technology

Tuesday / 12 July 2022

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Space Habitat, Biome and Transport System Envisioned by Japan Academic / Industry Partnership

Kyoto University Human Spaceology Center teaming with Kajima Corporation to realize sustainable human occupancy of Moon, Mars, and interplanetary space; Comprehensive 3-part proposal includes 396-m Luna Glass, generating 1g artificial gravity via 20-second rotations, Nature biome extracted from global ecosystem, harnessing “natural capital”, and interplanetary Hexatrack transit which would ferry people to / from LEO station, cislunar Gateway, Mars moon Phobos and have modular capsule design for surface transport, hybrid electromagnetic railgun / chemical propulsion; Researchers estimate a precursor system could be constructed within 50 years, full build-out NET 22nd Century

Credits: Kyoto University / Kajima Corporation
 

Tuesday / 5 July 2022

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CAPSTONE Begins 4-Month Ballistic Lunar Transfer to Unique Moon Orbit

US$32.7M Capstone now being controlled from Advanced Space HQ in Colorado as it navigates 1,300,000km from Earth, utilizing Sun gravity and 8-thruster propulsion system (built by Stellar Exploration) before reaching Near Rectilinear Halo Orbit with apolune 70,000km from MSP, perilune 1,600km from MNP; Rocket Lab CEO Peter Beck heralds “perfect Moon mission success” following 28 June launch to LEO on Rocket Lab Electron / 7 raising maneuvers via Lunar Photon interplanetary stage, culminating in translunar injection from 70,000km above Iberian Peninsula

Credits: Rocket Lab, Advanced Space, NASA

Friday / 1 July 2022

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China and India Working on Spacecraft Technology for Crewed and Automated Moon Exploration

China Aerospace Science and Technology Corporation (CASC) prototyping new hydrolox rocket engine for lunar version of ‘New-Generation Manned Launch Vehicle’ / Long March 5DY, with component check, fault detection and ignition tests achieved; Indian Space Research Organisation (ISRO) advancing Chandrayaan-3 redesign, improving lander legs, sensors and propulsion system, with ongoing testing at ISRO Propulsion Complex in Mahendragiri; China aiming for human Moon landings within 2020’s decade, India 2nd robotic landing attempt likely to occur NET 2023

Credits: CNSA, ISRO

Friday / 17 June 2022

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Chang’e-5 Analyses Determine Hydroxyl / Helium-3 Prevalence, Astrobotic Working on Lunar Night Power

In-situ & laboratory analysis of Chang’e-5 samples by NAOC-CAS show 28.5 ppm OH content in soil / up to 179 ppm within apatite-containing rock samples; Separate study at Nanjing University finds 5-25nm Helium-3 bubbles trapped in surface layer of ilmenite particles, estimates 260,000t 3He may be contained on Moon, sufficient quantity in theory to power Earth for 2600 years; Astrobotic partnering with WiBotic, Bosch to develop wireless charging system capable of enduring -118° to 104°C temp during 14-Earth day lunar night

Credits: NAOC-CAS, Astrobotic, Qian Xuesen Laboratory of Space Technology, Ningbo Institute of Materials Technology and Engineering

Tuesday / 7 June 2022

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Laser Technology for Earth-Moon Communication Being Developed by Space Agencies / Private Sector

TeraByte InfraRed Delivery (TBIRD), aboard PDT-3 cubesat (built / operated by Terran Orbital) aims to deliver information files from LEO at 200Gbps (USA D/L speeds average ~120Mbps); Italian Space Agency / NASA partnering on LuGRE (2023) to interface with GNSS signals from Moon via Firefly lander under CLPS; both projects utilize laser terminals and are overseen by NASA Space Communications and Navigation (SCaN); Sony Space Communications also working on miniaturized laser comms derived from Small Optical Link for International Space Station installed on Kibo module

Credits: ESA, NASA

Weekend Edition
Fri-Mon / 22-25 April 2022

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2022 Moon Missions Preview: CAPSTONE Could Lead Way on 3 May

Launch window opening 3 May for CAPSTONE orbiter still on schedule; Artemis-1 SLS / Orion / 10 CubeSat launch now likely July-August; Intuitive Machines Nova-C cradle (built by Caldwell Group) to transport lunar lander to KSC arrives in Houston for testing / launch windows for IM-1 & IM-2 announced ‘soon’; Astrobotic Peregrine flight model to have solar panels, fuel tanks, engines installed – launch late 2022; Luna-25 ‘later this year’; Japan ispace lander end of 2022 via SpaceX, SLIM pushed to March 2023; Korea Pathfinder 1 August Launch; ISRO Somanath puts doubt on Chandrayaan-3 launch in 2022

Credits: Advanced Space / Jason Johnson, IM, Astrobotic, ispace, ISRO

Friday / 18 March 2022

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KSAT Upgrading Ground Station Network in Anticipation of Growing Lunar Commercial Communication Needs

Kongsberg Satellite Services (KSAT) VP Arnulf Kjeldsen tells SpaceNews in light of CLPS demand “Supporting lunar communications is a natural next step” for KSAT, a partnership between Kongsberg Defence & Aerospace and the Norwegian Space Centre which operates one of the most used Earth station networks for LEO, MEO, GEO and SSO communication – 23 sites with 200+ antennas around the world including flagship Svalbard Satellite Station at 78.2297°N; New lunar-class array will be spread across at least 3 sites and feature 20-m antennas

 

Credits: KSAT, NASA

Tuesday / 1 March 2022

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Space Agencies Looking for Next Generation of Lunar Vehicles May Consider Tapping Electric Car Industry

2 USA commercial teams, 1 composed of Northrop Grumman, AVL, Intuitive Machines, Lunar Outpost, Michelin (with Moon workers Harrison Schmitt and Charles Duke serving in advisory roles) and partnership between Lockheed Martin, General Motors compete for contract to build modern Lunar Terrain Vehicle; JAXA works with Nissan and Toyota on electric and hydrogen powered concepts; Researchers at Keck Institute for Space Studies (Caltech) promote utilization of off-the-shelf components from production electric automobiles to minimize R&D cost of bespoke vehicles

Credits: NASA, Northrop Grumman

Friday / 25 February 2022

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Phase 2 of ‘Watts on the Moon’ Opens 3-Segment, 30-Month, US$4.5M Challenge to Enable Lunar Surface Power Transmission & Energy Storage

Running on HeroX crowdsourcing platform, NASA Centennial Challenges calls for USA team proposals for energy infrastructure concepts supporting long-term Moon operations; Open 23 Feb 2022 with competition end scheduled 11 Sep 2024, 285 teams with 3.3K innovators registered so far; Phase 1 winners (21 May 2021, totaling 500K) were Astrobotic, Astrolight, KC Space Pirates, Michigan Tech University, UC Santa Barbara, Skycorp, Team FuelPod; International missions planned near Boguslawsky, Nobile, Shackleton Rim, Malapert Mountain, Haworth Crater, Simpelius N to help determine solar illumination & resources for crew landing projected 2025 / Artemis 3

Credits: NASA, HeroX

Wednesday / 23 February 2022

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JAXA-led Consortium Contracts with Ark Edge Space to Develop Cislunar Communication / Positioning Plan

Artemis member Japan advancing lunar network concept with Tokyo-based company Ark Edge Space, recently capitalized with US$3.5M seed investment, conducting study of lunar satellite constellation linked to Earth; Managed by JAXA with industry (Kiyohara Optical, ispace, KDDI Corp, Mitsubishi) and academic (University of Tokyo) partners, effort is part of ministerial STARDUST (Strategic Programs for Accelerating Research, Development and Utilization of Space Technology) initiative; ESA Moonlight, UK / SSTL Lunar Pathfinder, NASA LunaNet, IM Lunar Telemetry and Tracking Network striving to achieve similar functionality

Pictured: Takayoshi Fukuyo (L), Shuhei Matsushita (R)
Credits: NASA, JAXA, Ark Edge Space