GLXP Challenge To Get To Moon More Difficult Than Expected
Lunar Lion Withdraws From Competition; Multiple GLXP Teams Successful With Rover Mobility & Visual Testing Yet Securing Launch Contracts (LC) Proving Difficult; Lack Of Updates / LC / Departure Of Tim Pickens & Andy Aldrin From Moon Express Signal Possible Withdrawal; Astrobotic & HAKUTO Collaborating In Rideshare Partnership Via SpaceX Falcon 9 For Late 2016; One Team Must Secure LC Within ~4 Months To Extend GLXP
Credit: GLXP, Astrobotic Technology, HAKUTO
LRO Detailed Mapping With Laser Altimetry & Moon South / North Pole Region Assessment Inspires Researchers Including Andreas Velten From University Of Wisconsin-Madison Laboratory For Optical & Computational Instrumentation (LOCI); Velten Developing Technology With Ability To “See Around Corners” On Lunar Surface / In Lunar Caves With Laser Light Pulses To Allow For Water / Other Volatile Discoveries Without Excavation; LRO Will Continue Search For New Impacts & Characterize Radiation Environment, Data Release 23 Expected In September
Lunar Polar Hydrogen Mapper (LunaH-Map) CubeSat Is A Candidate To Launch On NASA SLS Exploration Mission-1, Would Be ASU First Interplanetary Mission; Lunar Water Exploration Objective Vital To NASA Strategy For Future Human Space Missions; ASU NewSpace Initiative Led By Scott Smas, Jim Bell & Craig Hardgrove (L-R) With Bell As Deputy Principal Investigator; Principal Investigator Hardgrove Reaffirms ASU Achievements / Commitments To NASA & “Abundance Of Hydrogen At Lunar Poles”
CLEP Chief Engineer Wu Weiren (L-L) Notes “Moon Is Starting Point For China’s Future Space Exploration”; Success With Chang’e-1 Designer & Chang’e-2 / Chang’e-3 Chief Commander Ye Peijian (L-R) Affirms Chang’e-5 Launch For 2017 Is “Going As Planned”; Conference At Harbin With 200 Experts Leads Further Discussion On Crewed Moon, Mars, Jupiter, Space Missions Evolving China Space Ambitions
Next-Generation Human Space Transportation Beyond Low Earth Orbit Progressing With Orion Spacecraft Designed For Deep Space Exploration; Contractor Lockheed Martin Space Systems Company (LMSSC) Working Closely With NASA In Constructing The Craft; Dr. Michael Hawes, LMSSC VP & Program Manager Discusses Goal Of Deep Space & “We’re Going To Do That Building From The Moon Out” Noting The Benefits Of A Station On Moon Far Side With Power & Communications
Lunar Exploration Analysis Group Annual Meeting 20-22 Oct In Columbia MD; Chaired By (L-R) Clive Neil, Supported By Sam Lawrence (ASU), Jeff Plescia (JHU/APL), Steve Mackwell (LPI) & Representatives For LRO, ESA, ARTEMIS, Commercial Space, Next-Gen Lunar Scientists & Engineers; Recent Findings / Recommendations Include Resource Prospecting At Lunar Poles & Interior, Advancing Lunar CubeSats, Maintaining Moon Missions / Pace Of Discovery To Support International Partnerships, Technologies, Future Crewed Missions To Moon & Mars
Latest Advances In Autonomous Teleoperated Arial Craft (Drones) May Revolutionize Lunar & Other Planetary Explorations In Areas Too Difficult For Human Maneuvering & At Lower Cost; Drones Could Prospect Lunar Surface For Ice & Resources Further Promoting The Ability To Access Moon / Deep Space; Paul Spudis Comments On Drone Challenges Of Different Atmospheres & Adaptions Required And Advantages Of Prolonged Flight Viewing Ability For Geologic Data Collection, Prospecting & Mapping Lunar Polar Regions, Craters, Lava Tubes