Category Archives: Lunar Landers

Weekend Edition
Fri-Mon / 15-18 May 2015

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Persuasive Reasons For Japan To Fulfill Lunar Aspirations

JAXALanderPersuasion

Japan Proposal For 2018 Lunar Lander Mission, Expected To Cost Between US$83M – $125M, Still Awaiting Final Approval; Public & Political Recognition Of Importance / Benefits Of Mission Needed To Garner Required Support; Standing As Global Leader In Space Would Be Enhanced If Japan Becomes 4th Or 5th (India 2017) Country To Soft Land On Moon; Could Stimulate Global Partners Like USA To Collaborate On Moon Surface Missions, Including Human Lunar Base; Resource Identification On Moon & ISRU Technology Demonstrations Could Ensure Permanent Sustainable Human Presence In Solar System

Image Credit: JAXA

 

Thursday / 14 May 2015

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Space Law Issues Raised As Asteroid & Lunar Mining Initiatives Advance

AsteroidMoon0515

Planetary Resources Launches 1st Of 2 Planned 2015 Asteroid Mining Demonstration Spacecraft Missions; Space Mining Experts Meeting In Canada Note Upcoming NASA Resource Prospecting Missions To Lunar Poles, Existing Canada & ESA Rovers That Could Be Used For Lunar Missions In Search Of Water-Ice; Experts Posit That Commercial Space Mining Is Likely Decades Away, Though Many Assert That A Mechanism For Regulating Space Mining / Addressing Property Rights Claims Needs To Be Established ASAP Before Commercial Asteroid & Lunar Missions Commence

Image Credit: Planetary Resources, NASA

Wednesday / 13 May 2015

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India Advancing Historic Mission To Lunar Pole

AnilChandrayaan

ISRO Officials Inform India Parliament That Chandrayaan-2 Mission Is On Schedule For 2017 Launch; Space Physics Laboratory Director Anil Bhardwaj Notes Mission Will Be 1st-Ever India Soft Landing On Planetary Body & 1st Attempt By Any Nation To Land At Lunar Pole; Mission Will Be Entirely Indigenous & Include Orbiter, Lander & Rover; Will Be Launched By GSLV Rocket; Orbiter Expected To Include 5 Scientific Payloads, & 2 More On Rover, Still Possible Lander Could Host Astronomical Observatory Payload Similar To Successful LUT Of China Chang’e-3 Lander

Image Credit: K. Ragesh, Vikram Sarabhai Space Center, ISRO

Friday / 8 May 2015

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Moon Express Advances Moon Mission At Kennedy Space Center

Moon Express 2015

Moon Express Testing Lunar Lander Test Vehicle MTV-1X At Shuttle Landing Facility / Company’s New Home At KSC In Florida; Bob Richards States KSC Has Communications, Safety & Hazard-Field Infrastructure, Talent / People, Room To Expand For Moon Mission Development; Company Seeks To Win Google Lunar XPrize, Build New Propulsion System, New Vehicles, Series Of Private Robots To Bring Resources Of Moon To Earth & Solve Current Earth-Moon Transportation Challenges

Image Credit: NASA/Lunar CATALYST Initiative, Ben Smegelsky, Moon Express Inc.

Tuesday / 5 May 2015

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Astrobotic Gains 3 More Contract Awards From NASA

AstroboticSTTR0515

GLXP Contender Announces US$375,000 In Contract Awards Through NASA Small Business Technology Transfer Program; Astrobotic, In Partnership With Carnegie Mellon University, Will Advance 3 Proposals For Resource Exploration On & Under Surface Of Moon / Other Planetary Bodies: Develop Sensors To Precisely Detect Minerals In Lunar Regolith, Develop Imaging Technology To Map Lunar Robot Surroundings While In Shadowed Polar Craters, Create Navigation / Perception Technology For Flying Robots To Explore Lunar Caves Without Communication To Earth

Image Credit: Astrobotic, NASA

Weekend Edition
Fri-Mon / 1-4 May 2015

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International Space Powers Advancing Plans For Lunar Exploration

RussiaChinaESAMoon0515

Russia Invites China To Collaborate On Scientific Space Station In Lunar Orbit, Both Countries Have Stated Plans To Continue Robotic Exploration Of Moon Over Next Decade, Conduct Human Surface Missions By 2030; New ESA Leader Johann-Dietrich Wörner (L) Sees International Permanent Moon Station – Likely At Far Side – As Next Step After ISS; Japan Plan For ~2018 Lunar Lander Garnering Significant Attention From International Space Community

Pictured (R): Roscosmos Leader Igor Komarov, China Vice Premier Wang Yang

Image Credit: Russianspaceweb.com, RIA Novosti

Thursday / 30 April 2015

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Chang’e-3 Telescope Demonstrating Value / Feasibility Of Lunar-Based Astronomy

LUTeclipse0415

Lunar Ultraviolet Telescope (LUT) Successfully Operates For Entire 4.28 Hours Of Recent (4 Apr) Lunar Eclipse, Capturing 246 Images During Its 1st Operation Without Sunlight; Imaging Was Part Of Extended Experiments To Test Power Supply & Thermal Control Support For Payload Equipment During Lunar Eclipse; NAO Astronomers Publish Data Gathered From LUT That Indicate Concentration Of OH / H2O Molecules In Lunar Exosphere ~100 Times Less Than Previous Value Reported By Hubble & Chandrayaan-1

Image Credit: NAOC, CNSA, NASA

Wednesday / 29 April 2015

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Bigelow Developing Expandable Technology With Eye Towards Lunar Operations

BigelowCarswell

Expandable Habitats Pioneered By Bigelow Aerospace Could Facilitate Lunar Settlement More Quickly & Affordably Than Generally Believed; Bigelow Set To Launch BEAM Module – With 16 Cubic Meter Volume – To ISS Sep 2015; Larger BA 330 Modules To Follow Before Company Begins Enabling Individuals, Companies & Countries To Extend Human Activity To Moon Utilizing Its Habitat Systems; Basic Lunar Habitat Could Consist Of 3 BA 330s, 4 Propulsion Buses & 4 Docking Nodes

Image Credit: Bigelow Aerospace, Space Age Publishing Company

Tuesday / 28 April 2015

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Astrobotic Advancing Navigation Technology For Lunar Landing

AstroGE

GLXP Contender Selected By NASA Flight Opportunities Program To Test Navigation Technology; Astrobotic Will Demonstrate Reliability Of Soft Landing System Aboard Masten Space Systems’ Suborbital Reusable Launch Vehicle; Developed With Nvidia & General Electric, 4kg Avionics System Supposedly Capable Of Pinpoint Lunar Landing With Hazard Avoidance Down To 20cm, Touchdown Accuracy To 3m; GLXP Teams Must Declare Registered / Scheduled Launch By End 2015

Image Credit: Astrobotic, GE, Nvidia

Weekend Edition
Fri-Mon / 24-27 April 2015

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Moon May Be Critical Stepping Stone To NASA Mars Ambitions

SpudsMoon0415

Moon Mission Advocate Paul Spudis Outlines How Human Mars Mission Is Unfeasible Without Use Of Lunar-Produced Propellant; Propellant Would Comprise >80% Of The ~900,000 Kg Of Equipment Needed For Mars Journey; Harvesting Volatiles At Lunar Poles, Creating Working Fueling Depot Close To Deep Space Staging Areas Where Mars Spacecraft Can Be Assembled; NASA Resource Prospector Mission Could Confirm Feasibility Of Using Volatile Deposits On Moon As Fuel / Consumables For Long Duration Spaceflight

Image Credit: NASA, aaas.org