Category Archives: Advanced Technology

Friday / 19 September 2014

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OHB Spacecraft 4M To Launch On China Rocket, Fly By Moon 28 October

OHB 4M

Manfred Memorial Moon Mission (4M), Dedicated To OHB Founder Manfred Fuchs, Developed By LuxSpace Of Luxembourg, To Travel 196 Hours To Moon, Fly By Surface 28 Oct 00:28:00 UT At 13,000 Km, Return To Earth; Will Measure Radiation During Flight & Around Moon, Transmit Radio Signals On Amateur Beacon; OHB Planning Moon Missions Including Landing Within Next Few Years; Likely Part Of China Technology Test Orbiter Moon Mission

Image Credit: OHB, LuxSpace

Tuesday / 16 September 2014

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Thorium Distribution Reveals Clues To Lunar History & Future

ThoriumMoon

Analysis Of Compton-Belkovich Region On Moon Farside Shows Thorium Concentration Of 15 – 33ppm, Additional Thorium Unexpectedly Found Spread Up To 300km Eastward Of Region At ~2ppm; Distribution Of Thorium Likely Created By Explosive Eruption Of Silica Magma; Thorium Has Long Been Identified As A Potential Safe, Valuable Alternative For Nuclear Power & Option To Power Lunar Settlements; Spacepowers India & China Are Developing Plans To Advance Terrestrial Thorium Reactor Development

Image Credit: NASA, US Geological Society

Weekend Edition
Fri-Mon 12-15 September 2014

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Orion Spacecraft Taking First Steps To Lunar / Solar System Exploration

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Test Version Of New NASA Flagship Crew Vehicle Moved To Fueling Depot In Preparation For 4 Dec Exploration Test Flight-1; 4.5-Hour, US$375M Mission Will Mimic Return From Moon As Delta 4 Rocket Will Launch Orion ~5,800km Above Earth, Craft Will Return At 32,000 Km/hr; Orion Will Launch Aboard New SLS For 2nd Test Flight In 2018; First Crewed Flight Expected In 2021, Taking 4 Astronauts On Circumlunar Cruise; NASA Expects To Spend US$15B On Orion Through 1st Crewed Flight; Increase In NASA Budget, Prioritization Of Human Lunar / Solar System Exploration Could Hasten Orion Flight Pace

Image Credit: NASA

Friday / 12 September 2014

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Chang’e-5 Hainan Launch Site To Be Operational Soon

Chang'e-5 Wenchange Satellite Launch Center

Deputy Director Of China Manned Space Agency, Yang Liwei Announces Wenchang Satellite Launch Center In Hainan – China Lowest Latitude Launch Site At 19°N – Is Complete & Will Soon Be Ready For Launches; Chang’e-5 Moon Sample Return Mission On Track For 2017 Launch On Developing Long March-5 Rocket, China’s Most Powerful Rocket Capable Of  Lifting 14,000Kg To GTO; Trans-Lunar Test Orbiter To Launch NET Oct From Xichang Satellite Launch Center

Image Credit: Xinhua, CNSA, Agencies

Thursday / 4 September 2014

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GLXP Teams Take Small Steps,
Develop Big Goals

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German-Based Team Part-Time Scientists Test The 3 Imaging Systems Of Its ‘Asimov’ Rover At German Research Center For AI Simulated Lunar Environment In Bremen; Japan-Based Team Hakuto Long-Term Goal Is To Develop Space Resources Which Facilitate Human Habitation Of Moon / Space Says Rover Development Lead Kazuya Yoshida (TL) Of Tohoku University; The Man Who Sold The Moon New Novella By Cory Doctorow (BR) About A GLXP-Type NewSpace Moon Mission, Attempts To Reignite Interest In Developing Enterprising Lunar Exploration Ideas

Image Credit: GLXP, Boing Boing

Friday / 29 August 2014

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GLXP Teams: Moon Missions More Valuable Than Cash Prize

Penn State & Hakuto

Penn State Lunar Lion Aiming To Launch To Moon Dec 2015 Would Use US$20M Prize Money To Set Up Space Research Institute / Student Scholarships, Working On Integrating Propulsion & Control System Into Spacecraft – Recognize GLXP Isn’t Just An Investment To Make Money, But Make History; Japan Team Hakuto Stresses Lunar Skylights As Sites Of Potential Human Habitats (As Does Team Astrobotic), Hopes To Contribute To Human Understanding Of Moon, Working On Pair Of Rovers: 4-Wheeled 8kg Moonraker Would Lower 2-Wheeled 2kg Tetris Into Holes Using Tether

Image Credit: Penn State Lunar Lion, Team Hakuto

Wednesday / 20 August 2014

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Canada Space Agency Funding Moon Rover Development

CSAroverContracts0814

CSA Preparing To Fund 3 Rover Projects: ExCore Small Planetary Rover Platform – $600,000 CDN 1-Year Contract, Tender Closes 4 Sep; Lunar Polar Rover Night Survival Strategy To Develop Alternative Heat Sources To Protect Rover During Cold Night At Lunar Polar Region – $300,000 CDN 6-Month Contract, Tender Closes 18 Sep; Lunar Rover Drive-Train Prototype Platform, Develop Larger Prototype To Be Subjected To Rigorous Testing – $3.25M CDN 15-Month Contract, Tender Closes 29 Aug

Image Credit: CSA, NASA

Weekend Edition
Fri-Mon / 15-18 August 2014

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Bigelow Aerospace Advancing Towards Goal Of Lunar Base

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Preparations Underway To Launch BEAM Module To ISS In 2015, First Step Towards Independent Space Stations & Lunar Bases; Robert Bigelow (L) Believes Company Will Be Ready To Land Functional Lunar Bases On Surface Of Moon In 10 Years; ‘Lunar Depot Ares’ Would Have 990 Cubic Meters Of Habitable Space, House 12-18 Astronauts; Plan Hinges On Success Of Its Space Habitats, Lunar Property Rights Recognition, Interest From Private Companies / Nations; Bigelow Aerospace Intends To Form Sizable Astronaut Corps, Already Hired 2 Former Shuttle Astronauts, Plans To Have 4 More On Team By End 2014

Pictured: Bigelow Astronauts Kenneth Ham (R) & George Zamka

Image Credit: Bigelow Aerospace, NASA

Friday / 15 August 2014

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Moon / Small Body Spacecraft Initiatives Supported By NASA

NASA Mooncraft Intiatives

Scarab Lunar Rover Being Developed By Robotics Institute Of Carnegie Mellon University To Explore Dark Polar Craters At Moon South Pole; Powered By 100-Watt Fuel Cell Created Under NASA Game Changing Development Program, Rover Can Collect 1m Core Samples For Water & Gas Analysis; Marco Pavone Of Stanford University Awarded US$500K Through NASA Innovative Advanced Concepts Program To Continue Developing Hopping / Tumbling Craft With 3 Internal Flywheels Capable Of Exploring Small Bodies – Similar Technologies Could Be Applied To Future Mooncraft

Image Credit: NASA, Carnegie Mellon University

Thursday / 14 August 2014

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University Students Advancing Moon Lander Rocket Design

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Purdue University Student Team Designing & Testing Components Of New Rocket Engine For NASA Project Morpheus; Students Of Professor William Anderson (BR) Focused On Engine Thrust Chamber Design & Developed System To Liquefy Methane From Gas, Both Essential Elements To Facilitating High-Performance / Lightweight  Rocket Engine Needed For Moon Landings; Team Now Working To Optimize Cooling Approach For Chamber Walls, Temperatures Inside Chamber Can Reach 2600°C

Image Credit: Purdue University, NASA