Series Of Tests Underway In Astrobotic Contract With NASA To Demonstrate Autonomous Landing System For Moon / Asteroids / Planets; Astrobotic Successfully Flew Sensor Package On Uncrewed Helicopter Operated By Pilot On Ground; Next Step Is To Land Helicopter Autonomously – Without GPS, Then Test System On Astrobotic Griffin Lander; Landing Sensor Uses 2 Cameras, Inertial Measurement Unit, & Scanning Laser
Image Credit: Astrobotic Technology, Inc.
2 Successful Americans Of India Origin Inspired By Dreams Of Going To Moon; US Astronaut Sunita Williams Says Her 1 Dream Yet To Come True Is To Go To Moon; Moon Express (ME) Chairman Naveen Jain Says Moon Will Play Vital Role In Future Of Earth’s Planetary Protection, Ideal Place To Study / Harvest Asteroids; First Task Of ME Is To Explore Moon Resource Hotspots With Robotic Explorers, Leading Way For 1st Permanent Human Outpost
Image Credit: NASA, Intelius
Igor Mitrofanov Of IKI Reveals Russia Moon Exploration Missions: 2015 Luna-Glob South Pole Lander To Analyze Regolith / Exosphere & Test Volatiles; 2016 Luna-Glob 100-km Altitude Polar Orbiter To Map Surface / Landing Sites; 2017 Luna-Resurs-1 South Pole Lander To Test Drilling System For Cryogenic Sampling; 2019 Luna-Resurs-2 Polar Sample Return Mission; 2020 Luna-Resurs-3 Rover To Study Surface & Store Subsurface Samples; Human Missions Could Follow
Image Credit: IKI, NASA, RSA
Human Asteroid Landing Mission Proposed By USA President Obama May Take Place In Lunar Orbit; NASA Expected To Request US$100M In Next Budget To Begin Preparations For 10-Year (~2015-2025) US$2.65B-Robotic Mission To Capture 7-m Diameter, 500,000-kg Asteroid & Tow It To High Lunar Orbit; Spacecraft Would Employ Ion Thrusters, Deploy Massive Inflatable Bag To Envelop Asteroid
Image Credit: NASA
23 Teams Remaining In The Google Lunar X PRIZE Will Meet In Santiago, Chile For 4-Day Team Summit Beginning 2 April; Several Major Announcements Are Expected Involving Financing, Launch Agreements, Team Mergers, Etc.; Meeting Should Help Distinguish Contenders From Pretenders As Teams Need To Have Financing And Launch Agreements In Place To Complete Mission By End 2015 Deadline
Image Credit: GLXP
Joint Moon, Mars, Deep Space Missions & Increased Commercial Space Cooperation Agreement Reached By India Ambassador Nirupama Rao & NASA Administrator Bolden; NASA Joins ISRO For Oct 2013 Mangalyaan Mars Mission; Will Continue To Discuss Planetary Science, Policy Issues, New Opportunities For Collaboration; Annual Science & Tech Endowment Fund ~US$2-3M & National Defense Authorization Act Expected To Expedite Space Tech Trade, Promote Innovations
Image Credit: ISRO, NASA, theindiaexpert.com
Morpheus / ALHAT Team Building New Morpheus 1.5B & 1.5C Vehicles For Static Hot Fire & Dynamic Tethered Tests This Spring At NASA JSC, Project Will Then Return To Free-Flight Testing At KSC This Summer; Morpheus Had 26 Successful Test Flights Before Aug 2012 Crash Caused By Vibration Breaking Connection Of Navigation Instruments; New Craft Design Will Protect Against Shaking; Project Goal To Develop Craft Capable Of Autonomous Moon Landing
Image Credit: NASA
New NASA Goddard Video Shows How LRO Instruments Have Mapped Moon Polar Craters, Which Have Not Seen Sun For Over 2B Years Due To 1.6-Degree Lunar Tilt; LOLA Uses Lasers To Compose Topographic Maps; LAMP Measures Faint Light Of Other Stars; Diviner Measures Extreme Cold Temperatures; LEND Measures Speed Of Neutrons To Detect Elements Such As Hydrogen
Image Credit: NASA
GRAIL Impact Craters Imaged By LROC; Twin 200-kg Orbiters Crashed Near North Pole On 17 Dec 2012 At Speed Of 6,070 km/h; Coordination Between 2 Mission Teams Allowed LRO LAMP Instrument To Analyze Ejecta Plume From Crash; Instrument Detected Mercury, Surprising For Sunlit Area; Results Added To Growing Understanding Of Nature Of Volatiles At Lunar Poles & How They Are Transported Around Moon
Image Credit: NASA
Ben Bussey Of John Hopkins University APL Presenting Data – Acquired By Recent Fleet Of International Lunar Spacecraft – Characterizing Moon Poles, 27 Mar At NASA Lunar Science Institute In CA, USA; Results Useful For Planning Future Robotic & Human Missions; Geology Of Poles, Surface & Subsurface Properties, Possibilities For Surface Operations / Regolith Excavation / Drilling & Potential Instrumentation Needed For Science From / On Moon
Image Credit: NASA