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
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
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
Team Indus Drawing Up Launch Contract With ISRO To Buy PSLV Launch For US$15M, Estimating Total Cost Of Mission ~US$30M; Several GLXP Team Members Present At European Planetary Science Congress In London To Raise Awareness Of NewSpace Lunar Missions Value / Credibility; Even Missions With No Scientific Payloads Could Provide Valuable Data: Action Of Dust During Landing, Surface Properties, Degradation Of Solar Panels By Dust & Radiation
Image Credit: GLXP, ISRO, EPSC2013
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
LADEE Launch — 6 Sep, 23:27 EDT, Wallops Island VA, Via Minotaur 5 Rocket — Promises To Provide Spectacular Show To East Coast USA Viewers; US$248M-Mission Will Test New System For Ultra-Fast Optical Data Transmission — 600 Mbit/s, Unravel Mysteries Of Lunar Atmosphere / Dust Environment, Premiere Common Spacecraft Bus; Next Flight Of The Bus Likely On Moon Express (ME) GLXP Mission NET 2015; ME Announces Paul Spudis New Chief Scientist, Jack Burns Added To Science Advisory Board
Image Credit: NASA, Moon Express
Launch Of US$280M Mission, Scheduled For 23:27 EDT On 6 Sep, Will Be Visible To Tens Of Millions Of People Along America East Coast; First Lunar / Planetary Launch From Wallops Island Spaceport, VA; Inaugural Launch Of Minotaur 5 Rocket, 3 Of 5 Stages Made From Converted Cold War Ballistic Missiles; Debut Of Modular Common Spacecraft Bus Developed At NASA Ames, Smaller Version Of Which Will Be Used For Moon Express GLXP Mission
Image Credit: NASA
New Computer Simulations Show How Dust Can Wreak Havoc For Machinery & Humans On Moon, Especially At Terminator; Farideh Honary Of University Of Lancaster Presents Findings To RAS In Scotland, Shows How Moon Dust Becomes Electrically Charged & Rises Above Height Of Most Rovers During Sunrise & Sunset; Apollo Missions Found Moon Dust To Be Abrasive, Wearing Down Equipment In Days; Honary Suggests Using Dome-Shaped Rover
Image Credit: NASA, lancs.ac.uk
15-19 July 2013 NASA Lunar Science Forum To Be Broadcast Via Adobe Connect & Telecom Line; Updates On Current & Future NASA Moon Missions, Lunar Geology, Volatiles, Dust, Astrophysics From The Moon; Ben Bussey To Speak On Potential Benefits Of Human Exploration Of Poles; NLSI Will Transition To Solar System Exploration Research Virtual Institute Later In 2013
Image Credit: NASA, JAXA
LADEE Passes Series Of Qualification Tests Conducted By National Technical Systems Inc At NASA Ames In CA; Spacecraft Subjected To High Levels Of Acoustics, Vibration & Shock Mimicking Launch / Space Travel, Is Now One Step Closer To 5 Sep 2013 Launch; Mission Will Utilize 3 Science Instruments To Gather Data On Lunar Atmosphere / Dust Environment From 50-Km Retrograde Equatorial Orbit
Image Credit: NASA, NTS