Great Time For Bold Thinking / Planning For Human Solar System Exploration Spanning Entire 21st Century; New Horizons Confirmation Of New, Third, Outer Solar System Region Highlights Jupiter / Saturn Systems ‘Strategic Center’ Planning For Comprehensive 21st Century Goals And Complement For Moon / Mars / Asteroids Inner Region Exploration
Credit: NASA, SpaceX
Hakuto Japan Team Leader Takeshi Hakamada (BR) Stresses Importance Of “Commercialization Of Moon”; Lunar Rover To Seek “Cave For Possible Habitat Location” With Wheels Designed For Mobility In Fine-Grained Dust On Moon Surface; German Team Part-Time Scientists Add Cooperating Partner Audi To Provide Technological Know-How From Quatrro All-Wheel Drive For Rover Optimization
Credit: NASA, GLXP, Audi, Team Hakuto, Team Part-Time Scientist
Mapping Lunar Surface & Collecting Information About Moon Environment, LRO Entering Year 7, Flying In Elliptical Orbit 20km Over South Pole / 165km North Pole, With An Orbital Period Of ~115 Mins; US$19M Highlighted In NASA Budget Request For FY2016 Per The House Of Representatives Commerce Justice Science (CJS) Appropriations Bill (H.R. 2578) On 3 June 2015
Credit: NASA
Japan Google Lunar XPrize Team HAKUTO Enters Agreement With Marubeni Information Systems For “Technological Assistance As Technology Partner”, Announcement Made At 26th Design Engineering & Manufacturing Solutions Expo 24-26 June; New Technology Includes 3D Printing & Scanning, Wheels Of Lunar Exploration Rover Shaped By Stratasys 3D Printer Have Heat Resistance & Adaptability To Harsh Temperatures In Space Environment
Credit: Lunar XPrize, Marubeni Information Systems
NASA First Scientist-Astronaut Schmitt Has Busy Week At International Space University (ISU) Hosted By Ohio University; Recognized For His Apollo 17 Mission & Being The Second To Last Human To Step On The Moon His Work Continues On Lunar Exploration & Future Space Policy Issues; Advocate For Human Space Exploration & Author Of “Return To The Moon” Schmitt Describes Private Enterprise Approach & Business Proposition For Lunar Helium-3 Mining
Credit: NASA, IHMC
Russia Luna-25 Performing “Earth Trials” For Projected 2019 Landing At Moon South Pole To Study Moon Structure, Cosmic Ray Impact, Electromagnetic Radiation; Incoming ESA Director General (1 July), Johann-Dietrich Wörner (TR) Discussing International Partnerships & States “One Of My Ideas Is To Go To The Moon, To The Far Side Of The Moon. To Have Robots And Humans Really Be Present There, On A Permanent Station…”
Credit: NASA, Roscosmos Press Service, EuroNews, International Paris Air Show
Privately Funded Lunar Mission One (LMO) Gaining International Space Mission Support For Moon South Pole 2024 Exploration; David Iron (B), Founder of Lunar Missions Trust & Lunar Missions Ltd Proposes Partnership Allowing Individual & Government Collaboration; Iron Recently Addressed Committee On The Peaceful Uses Of Outer Space (COPUOS) Administered By United Nations Office For Outer Space Affairs; Supported By Former Conservative Science Minister Ian Taylor (TR), & Astronomer Royal Lord Martin Rees (TL), LMO To Deepen Understandings Of Moon & Earth Origins
Credit: Lunar Mission One, David Iron, Ian Taylor, Martin Rees
Uniform Technical Parameters Are Being Explored For Russia & China Future Collaboration To Execute Human Lunar Landings; Russian Prime Minister Dmitry Rogozin States That “Moscow Is Ready To Work Hand In Hand”; Russia Presents Model Of Luna-25 (Luna Glob Project) Lander During 2015 Le Bourget Air Show In Paris, France This Week; Luna-25 Launch Plans & Preparations Are Still Underway
Credit: NASA, CNSA, CCTV
Tim Pickens Of Huntsville, Alabama, Chief Propulsion Engineer For Moon Express States That ME Is Operating In Cape Canaveral To Centralize Its Developments; While Pickens Mentions No Google Lunar X Prize Team Will Launch This Year, 2017 Or 2018 Is Expected; Pickens Currently Working On Propulsion System For Virgin Galactic SpaceShip Two; When Asked To Support Other Projects, Pickens Criteria Is That Involvement Has To Be Fun
Credit: Moon Express, Tim Pickens, GLXP, NASA
LRO Data Study Conducted By Tim Livengood (Top) & Team From NASA GSFC States Frost Buildup At Lunar Terminator May Be ~1/5 MM Thick Yielding 190 ML Of H2O Per Square Meter Each Lunar Day – Much Less Than Quantities At Lunar Poles But Advanced Technologies Could Produce Continuous Water Supply; Andrew Jordan From Univ Of New Hampshire Says LRO Measurements Could Also Indicate Hydrogen Is Leaking From Local Sources
Image Credit: NASA, Univ of New Hampshire