Astrobotic Progressing
Notwithstanding SpaceX Setback
Cooperation With NASA For Lunar CATALYST Program Providing Confidence In Astrobotic Technology Inc Ability For Precise Future Lunar Landings; Astrobotic Software Tested With NASA Core Flight Software, Modeling & Simulation Technology; GLXP Contender Moon Launch On SpaceX Falcon 9 May Experience Delays, Astrobotic Awaiting Further Details From The Investigation; NASA Administrator Charles Bolden Reiterates Spaceflight Challenges & Success Of Previous Six SpaceX Launches
Credit: NASA, Astrobotic, SpaceX
Research Continues For Moon South Pole Shackleton Crater Terraforming For Future Robotic & Human Habitat / Exploration; Crater ~209 Square Kilometers With Peaks Over 4,267 Meters In Which Water Potential Has Been Identified; Technological Trans-Former Will Operate In Darkness / Low Temperatures, Reflect Sunlight & Convert Into Energy For Rover / Astronauts; NIAC Also Awarding Funds For PERISCOPE Orbiter To Shine Laser Pulses Into Crater / Caves & Gather Data
Team Synergy Moon 
LunarCube Technologies & Opportunities To Be Examined At LCW 5 In San Jose CA 6-9 October; Topics To Include: Cislunar Communications, LunarCube Science & Payloads, & NASA’s Cube Quest Challenge (CQC) To Promote New Technology Developments For Lunar Orbit & Deep Space Communication; CQC CubeSat To Fly To Moon In 2018 As Secondary Payload On Orion Spacecraft & Space Launch Systems (SLS) EM-1; Winning Team(s) To Share Prize Of US$5M NASA’s First In-Space Competition With Largest Prize
China Satellite Launch And Tracking Control (CLTC) 35-Meter Diameter Antenna Being Hosted In Neuquén Province, Argentina, Due To Its Diametric Opposition From China; Designed To Track CNSA China Lunar Exploration Program & Future Missions To Mars; Cooperation Likely To Support Deep Space Missions, Chang’e 3-5 Lunar Lander / Rover & Future China Space Stations; Bilateral Agreements Made By Presidents Christina Fernández de Kirchner & Xi Jinping
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
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