NASA Successful Lunar Laser Communications Demonstration (LLCD) Paving Way For Laser Communications Relay Demonstration (LCRD) 2017 Launch As Payload On Space Systems Loral (SSL) Commercial Satellite; LLCD Which Utilizes Laser vs. Radio Frequency (RF) Has Many Benefits Including: Quick Data Transmission 10-100x Faster Than RF, High Bandwidths & Less Mass / Power
Credit: NASA
Sole India GLXP Team Partners With Tata Communications; Team Indus Will Use Company’s Low-Latency Network For Final Mission Interconnection Between Deep Space & Network Stations, Also Will Handle Communications Between USA-Based Earth Stations & Command Center In India; New Delhi-Based Team Intends To Launch Mission From Sriharikota In 2016, Land 2 Rovers On Moon Surface; Team Indus Is Among Front Runners Of Competition After Winning US$1M Landing Milestone Prize
Image Credit: Team Indus, GLXP, Tata Communications
Manfred Memorial Moon Mission (4M), Dedicated To OHB Founder Manfred Fuchs, Developed By LuxSpace Of Luxembourg, To Travel 196 Hours To Moon, Fly By Surface 28 Oct 00:28:00 UT At 13,000 Km, Return To Earth; Will Measure Radiation During Flight & Around Moon, Transmit Radio Signals On Amateur Beacon; OHB Planning Moon Missions Including Landing Within Next Few Years; Likely Part Of China Technology Test Orbiter Moon Mission
Image Credit: OHB, LuxSpace
International Lunar Observatory Association Of Hawai`i Contracts Canadensys Aerospace Corporation To Work On ILO-1 Moon South Pole Multifunctional Lander, Expected To Launch Later This Decade; Canada-Based Company Will Serve As Prime Contractor For ILO-1 Main Observation & Communications Payload; Collaborate On Galaxy Forum Canada 21st Century Education Program At 65th IAC In Toronto; Current Contract Focused On Refining ILO-1 Instrument Design & Program Definition In Light Of Recent International & Commercial Interest In Developing Lunar South Pole
Image Credit: Canadensys Aerospace Corporation, ILOA
New Comprehensive Overview Of LLCD To Be Presented At CLEO 2014 Conference 8-13 June By Team From MIT Lincoln Laboratory (Developer Of Primary Lunar Laser Ground Terminal); Will Describe Techniques To Achieve Error-Free Performance Over ~400,000km Distance / Atmospheric Disturbances; Transmitted Data From Earth To Moon At 19.44 Megabits Per Second – Beat Previous Record By Factor Of 4,800; Significant For Moon & Beyond Missions, Real-Time Communication & 3-D HD Video
Image Credit: NASA
LADEE Star Tracker Instrument Captures Images Of Northwestern Hemisphere Of Moon (L) While Traveling At 96kpm; US$280-Million Mission Attempting To Answer Long-Standing Mystery Of Pre-Sunrise Glow Above Lunar Horizon Observed By Apollo Moonworkers; LADEE Lunar Laser Communications Demonstration Deemed Great Success By NASA & MIT Engineers; Probe Scheduled To Crash Into Lunar Surface On 21 Apr, Will Analyze Dust Samples Right Until Impact
Image Credit: NASA
Proposed 2014 Centennial Challenges For USA Teams Would Allow CubeSats To Launch Aboard NASA Flight, Potentially SLS EM-1 Flight Around Moon 17 Dec 2017; Prizes For 2 Challenges Awarded For Successful Ground Demonstration Of Communications & Propulsion Subsystems, Highest Data Volume Transmitted From
> 356,700 km, Transmission From Farthest Distance Beyond Moon, Achieving Lunar Orbit(s); Request For Information Due 31 Mar
Image Credit: NASA, Flexure Engineering
Lunar Atmosphere & Dust Environment Explorer Now In 250-Km Near-Circular Equatorial Orbit; Lunar Laser Communications Demonstration To Begin 17 Oct, LADEE To Link Up With Ground Stations In New Mexico, California & Canary Islands, Achieve Downlink Speed 622Mbps / Uplink Speed 20Mbps, Technology Could Revolutionize Deep Space Communication; Around 11 Nov Probe Will Drop To ~50Km Altitude For 100-Day Science Mission
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 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