Imaging Of Historic Hardware / Landers On Moon Remains Important Area Of Study For LRO; Photometric Modeling Of Exhaust Plume Effects On Regolith Environment Using LROC-NAC Images Taken With Different Illumination Geometries Help Define Safe Operational Practices For Future Landing Sites; LROC Investigators Hope To Advance This Study With Before & After Images Of Chang’e-3 Landing Site
Image Credit: NASA, CNSA
US$280M Probe Now Orbiting Moon Once Every 4 Hours After Completing 2nd Orbit Insertion Maneuver Early Wed Morning; 3rd Maneuver Planned For Sat 12 Oct Will Move LADEE From Elliptical To Circular ‘Commissioning’ Orbit (250-Km Altitude); Mission Scientists Will Use This Time To Test Science Instruments & Conduct Lunar Laser Communications Demonstration Before Dropping To 50-Km To Begin Science Operations In Late Nov
Image Credit: NASA
China, India, Russia, USA All Planning Moon Missions In This Decade; UK, ESA, South Korea To Follow Post-2020; As Many As 3 GLXP Teams Could Also Land On Moon By 2015 Heralding Age Of Commercial Mining / Exploration; With Well-Funded Lunar Program, First Moon Lander In 37 Years (Chang’e-3 In Dec 2013) & Serious Study Of Human Moon Missions – China Is Leading Way & Compelling International Rivals / Partners To Keep Pace
Image Credit: Dreamstime, GLXP, History Channel
US$280M Probe Completes 2nd Burn Perfectly, No Longer Needs Additional Burn To Reach Desired High Elliptical Orbit; When LADEE Reaches Moon Gravitational Field On 6 Oct It Will Make 197-Second Retrograde Burn Reducing Velocity To 267 Meters Per Second For Lunar Orbit Capture; Craft Will Then Perform 40 Days Of High-Altitude Science Checkouts & LLCD Operations Before Dropping To 50-Km Altitude To Begin 100-Day Science Operations
Image Credit: NASA
ARTEMIS Teams With THEMIS & GOES 13 / 15 Spacecraft To Track Sun Energy As It Hurtles Around Earth Magnetosphere, Forms Aurora (Substorm); Results Published In Science 27 Sep Show Small Events Unfolding Over 1 Millisecond Can Result In 30-Minute Energy Flows & Cover Area 10x Larger Than Earth; Can Help Scientists To One Day Predict Space Weather; Lunar Orbiters Offer Unique Perspective Of Magnetotail, Through Which Moon Travels 1x Month
Pictured: ARTEMIS & THEMIS P.I. Vassilis Angelopoulos (T) & Project Manager David Sibeck (B)
Image Credit: NASA, JPL / Caltech, Berkeley
Moon Express (ME) Signs Reimbursable Space Act Agreement With NASA Marshall Space Flight Center To Test ME Guidance, Navigation & Control Flight Software On ‘Mighty Eagle’ Lander; ME Reimbursing MSFC For Cost Of Providing Test & Technical Support; 1st Test Flight With ME Software Successfully Completed; ME CEO Bob Richards Says Team Hopes To Land Its Craft On Moon Late 2015
Image Credit: NASA, ME
Indigenous Ingenuity, International Collaboration & Commercial Enterprise Opening Space / Lunar Exploration To Rising Space Powers; South Korea Working On 2020 Lunar Orbiter, 2025 Rover, In Talks With NASA About Lunar Missions; China Offering To Train / Provide Trips To Foreign Astronauts, Pakistan Hopes To Be 1st In Line; ILOA, Golden Spike Co Could Provide Affordable Human Lunar Access To Countries Such As Brazil & Malaysia; Galaxy Forum China 2013 – Beijing, 22 Sep: Human Moon Missions
Image Credit: KARI, GSC, ILOA, AEB, Angkasa
LADEE In 2nd Phasing Loop Orbit Around Earth, Continues Instrument Checkout & Calibration Activities; Ultraviolet-Visible Spectrometer In Bake-Out To Boil Off Any Contaminants; After 3rd Orbital Loop Will Fire Thrusters To Achieve Moon Orbit, Study Moon Atmosphere & Dust; NASA MSFC & USGS Creating Simulated Lunar Regolith From Stillwater Mine Rocks In Nye, Montana To Support Future Lunar Exploration
Image Credit: NASA / GSFC, A. Reinhold
Release #15 Of LRO Data Now Available At Planetary Data System Archive; New Data Was Acquired Between 15 Mar & 14 Jun 2013, From CRaTER, Diviner, LAMP, LEND, LOLA, LROC & SPICE Instruments; 6 More LRO Data Releases Scheduled, Final Release In Mar 2015; LROC WAC Data Used To Create Time-Lapse Video Of Full Rotation Of Moon
Image Credit: NASA
383-Kg Spacecraft Now Making 30-Day Journey To Moon Through Series Of Phasing Orbits That Will Allow It To Arrive At Proper Time / Phase; Flawless Night Launch Provided Spectacular Viewing For East Coast USA; Slight Glitch With Craft Reactor Wheels Corrected By NASA Engineers; Upon 6 Oct Arrival At Moon LADEE Will Go Through 30-Day Checkout Phase & Then 100-Day Science Phase In Which It Will Orbit Moon Between 20-60-Km
Image Credit: NASA, Ben Cooper