Project Morpheus VTVL Autonomous Vehicle Recently Passed 80-Second Tethered Test (#28) At Johnson Spaceflight Center Houston TX; Expected To Be Shipped To Kennedy Space Center Cape Canaveral FL Soon To Perform Untethered Flight Test; Aug 2012 Untethered Test Destroyed Prototype Lander Seconds After Takeoff; Team Hopes 70 Adjustments / Upgrades To Vehicle & Ground Systems Will Result In Success
Image Credit: NASA
Lunar Laser Communication Demonstration (LLCD) System Ready For Launch On LADEE Mission After Series Of Successful Ground Tests; ESA Observatory In Spain & 2 US Ground Terminals Will Relay Data To The Moon Orbiter At Unprecedented Rates (622 Mbps); Laser Wavelengths 10,000 Times Shorter Than Radio, Allowing For Reduction In Antenna Size – Lowering Mass, Volume, Power Requirements Of Future Space Missions; LADEE Launching 6 Sep 2013
Image Credit: NASA
KARI President Seung-Jo Kim Visits Washington DC To Speak With NASA Head Charles Bolden About Potential Moon Mission Collaborations; S Korea Plans To Develop / Launch Lunar Orbiter By 2020 & Strontium-Powered 20-Kg Lunar Rover By 2025; NASA Wants To Redirect Asteroid To Lunar Orbit, Completes Internal Review Of Technical & Programmatic Concepts, Will Now Formulate Mission Baseline Concept
Image Credit: KARI, NASA
Golden Spike Company Human Lunar Missions Plan Advanced Through Zero Point Frontiers Corp Architecture Analysis; Company Identified Several Combinations Of Vehicles That Can Support Golden Spike Mission, Using Beyond LEO Architecture Sizing Tool (BLAST) Software It Developed For NASA; Report Provided GSC With Confidence In Technical Approach / Business Model; GSC Will Soon Issue Request For Proposal To Select Launch / Space Vehicle Providers
Image Credit: Golden Spike Company, Zero Point Frontiers Corp
23 Remaining Google Lunar X Prize Teams May Be Able To Receive Additional Cash Prizes Totaling US$14M; Current GLXP Prizes Total $30M; Proposing $7M Split Between 1st Teams To Successfully Launch, $1M For 1st Team To Reach 500-Km Moon Altitude & Eight $750K Prizes Available Prior To Launch – 4 For Complete Designs With Power, Navigation, Hardware Plans, 4 For Complete Camera Subsystem Designs
Image Credit: GLXP, NASA, Xinhua/Y. Yan, SpaceX, Teams: Indus, Penn State, Selenokhod, ARCA
New Moon Express (ME) Facility In Huntsville AL Now Operational Says Chief Propulsion Engineer Tim Pickens; Several Propulsion Milestones Already Achieved Including Test Firing Green 1780-Newton Demo Rocket Engine, Developing Mono-Prop & Bi-Prop Propulsion In 0.44-4450-Newton Thrust Class For ME Lander; ME Seeking To Land 1st Commercial Spacecraft On Moon In 2015
Image Credit: Moon Express
Record-Holding US Astronaut Franklin Diaz Initiates US$46K Crowdfunding Project To Create Documentary About Space Propulsion Technology His Company Is Developing; Variable Specific Impulse Magnetoplasma Rocket (VASIMR) Uses Superheated Plasma To Propel Craft To Phenomenal Speeds Into Deep Space; With Technology Spacecraft Could Carry Twice As Much Cargo To Moon, Get To Mars In Half The Time, Redirect Dangerous Asteroids, Clean Up Space Junk
Image Credit: Ad Astra Rocket Company
GLXP Team Astrobotic Technologies Inc. Offers 30% Price Reduction For Payload Delivery To Moon Aboard Its Lunar Lander / Rover With Launch Set Oct 2015 Via SpaceX Falcon 9 Rocket; US$99K/kg For Trans-Lunar Injection, $1.2M/kg For Lunar Surface Delivery On Lander, $2M/kg On Rover; Lander & Rover Will Power & Support Payload Operations For 10 Days, Then Hibernate For 14-Day Lunar Night & Recover After Sunrise, Continue Operations
Image Credit: Astrobotic
Aerospace Research & Engineering Systems Institute, Inc Developing CubeSat Mission To Demonstrate Ability Of Solar Sail Spacecraft To Navigate Itself Into Lunar Trajectory & Insert Itself Into Lunar Orbit; 1000 Cubic Cm Craft Would Be First To Reach Lunar Orbit Under Its Own Power For Entire Journey; ‘Citizen Space Mission’ Seeking Crowdfunding To Build Craft For US$50,000, Solar Sail Via Government Grant; Launch Target Date End 2016
Image Credit: Lunarsail.com
0.5-kg CubeSat Ambipolar Thruster (CAT) Could Propel 5-kg Cubesats To Moon, Mars, Jupiter, Beyond For 1/1000 Of Current Mission Costs; University Of Michigan Team Led By Benjamin Longmier Fundraising To Test New CAT Plasma Engine That Could Open Solar System For CubeSats; International Workshop On Implications & Opportunities Arising With Advent Of LunarCubes Set For 13 Nov 2013 In Palo Alto CA, USA
Image Credit: Kickstarter, lunarcubes.com