Chandrayaan-2 Lander / Rover Moon Mission Set To Launch 2017-18; India Space Research Organization (ISRO) Geosynchronous Satellite Launch Vehicle (GSLV) Demonstrates Reliability & Versatile Orbit Capacity To Enable Chandrayaan-2 Launch Into Lunar Orbit Insertion Via Earth Parking Orbit (EPO) Of 170 x 18,500 Km; Scientific Objective To Understand Origin / Evolution Of Moon & Perform In-Situ Analysis Of Lunar Samples
Credit: ISRO, NASA
ILOA Event On 9 Sep Features (L-R) NAOC Prof. Jianyan Wei And Dr. Jing Wang Discussing LUT Findings & Performance, Univ. Of Hawaii Dr. R. Pierre Martin On Galaxy Exploration From The Moon, ILOA Founding Director Steve Durst On 21st Century Education, Exploration & Enterprise; Moon-Based Observatory Missions To Complement Earth / Space-Based Astronomy; ILOA Collaborating With National Astronomical Observatories – Chinese Academy Of Science (NAOC) Lunar Ultraviolet Telescope (LUT) On Chang’e-3 As Only Mission Operating On Lunar Surface
Credit: ILOA, NAOC
ILOA Collaborating With National Astronomical Observatories – Chinese Academy of Sciences (NAOC) Lunar Ultraviolet Telescope (LUT) Aboard Chang’e-3 Moon Lander At 44°N 20°W – Only Spacecraft Operating On Lunar Surface, 1st To Land On Moon In Almost 40 Years; ILOA Pursuing Moon-Based Observatory Missions, Seeks To Advance 21st Century Galaxy Imaging With ILO-1 2-Meter Radio Antenna To Malapert Mt. 86°S 2.7°E Near Moon South Pole, With ILO-X Precursor Mission Aboard GLXP Lander, With Human Service Mission To ILO-1 / Robotic Village New World Frontier
Credit: Copyright ILOA, Michael Carroll, NAOC/CAS, CNSA
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
Despite Recent Budget Cuts & Technical Difficulties Lunar Mission Announced For 2016 Launch With Russia Space Research Institute (IKI) Luna-Glob; IKI Researcher Vladislav Tretyakov Comments Inaugural Moon South Pole Landing In Boguslawski Crater “Research Will Be Carried Out Directly On Board The Probe”; Temperature Variations Of -153° To 123° C Will Be Moderated With Radioisotope Thermoelectric Generator; Studies Include Landing / Extreme Environment Operations / Thermal Properties Of Lunar Soil; Possibility To Further Astronomy From The Moon
Credit: IKI, Lavochkin, Roskosmos
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
Credit: NASA, University of Wisconsin
India GSLV Rocket With Indigenous Cryogenic 3rd Stage Will Be Declared Fully Operational After Recent Launch Of GSAT-6 Communication To Successful Orbit According To K Sivan, Director Of Vikram Sarabhai Space Centre; GSLV Mk 2, Capable Of Carrying 2,500kg To GTO, Scheduled To Launch Chandrayaan-2 In 2017 & Subsequent Moon Missions; GSLV Mk 3, Capable Of Launching 4,000kg To GTO, First Flight Expected Dec 2016 With First Human Mission In 2021
Credit: ISRO, NASA, GSFC
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”
Credit: ASU, NASA
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
Credit: CNSA, CRI, Harbin Institute, CLEP, Xinhua, News.CN
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
Credit: NASA, Lockheed Martin Space Systems Company