Category Archives: Lunar Orbiters

Wednesday / 25 February 2015

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Lunar Science Talk Demonstrates
Value Of Moon Exploration

UAscience

Principal Investigator Of GRAIL Mission, Maria Zuber, Will Give Presentation On Recent Discoveries Concerning The Interior Of The Moon, Thurs 26 Feb At University Of Arizona; Host Of International Lunar Orbiters / Landers Continuing To Advance Understanding Of The History & Potential Future Significance Of Earth’s Closest Neighbor; Currently NASA Has 3 Spacecraft Orbiting Moon (LRO, ARTEMIS), China Currently Has An Orbiter (Chang’e-5 T1), Lander & Rover (Chang’e-3 / Yutu) At Moon

Image Credit: NASA, CNSA

Thursday / 19 February 2015

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South Korea Unveils Moon Rover

SKoreaRover0215

Korea Institute Of Science & Technology Displays Moon Rover Destined For Lunar Landing In 2020; Rover Is 50cm Wide, 70cm Long, 25cm High, Weighs 20kg (China Yutu Moon Rover Is 120kg); Project Elevated As National Objective By President Park Geun-Hye; Mission – Which Also Includes A Moon Orbiter – Expected To Cost ~US$630M; 2 Separate Launches Of Korea Space Launch Vehicle-2 Will Boost The Orbiter & Lander

Image Credit: Korea Institute Of Science & Technology, Korea.net

Tuesday / 17 February 2015

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China Advancing Preparations For Chang’e-5 Sample Return Mission

Chang'eLM5

Next Generation Heavy-Lift Rocket, Long March-5, Engines Pass Successful Ground Test According To SASTIND; First Test Flight Planned For 2016; Booster Able To Lift 25 Metric Tons To LEO, 14 To GTO, Key Element For Lunar Sample Return Mission Chang’e-5; Service Module Of Chang’e-5 T1 Mission Currently In Orbit Around Moon, Still Providing China Lunar Exploration Program With Opportunities To Prepare For Sample Return Including Recent Experiment To Test Orbital Operational Capabilities

Image Credit: CNSA, CCTV

 

Weekend Edition
Fri-Mon / 13-16 February 2015

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LRO Team Meets In Arizona As Orbiter Continues Providing Valuable Data

LRO0215update$

22nd LRO Project Science Working Group At Arizona State University This Week To Outline Research Priorities & Opportunities; NASA GSFC Recently Granted 2-Year Contract Extension To ASU For Management Of LRO / LROC Science & Flight Operations, Data Processing & Analysis; New Contract Goes Until 15 Mar 2017; No Operational Funds Were Requested For 2016 LRO Operations By Obama Administration; LRO Costs ~US$12.4M / Year; Strong Senior Review Rating, Support In Congress Indicate LRO Will Continue To Provide Valuable Data In Coming Years

Image Credit: NASA, ASU

Friday / 6 February 2015

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LRO Finds Most Lunar Hydrogen On Slopes Facing Moon South Pole

LRO Hydrogen

Lunar Reconnaissance Orbiter Finds 23 Parts-Per-Million-By-Weight More Hydrogen On Crater Slopes In Southern Hemisphere (Starting Between 50-60° S Latitude) That Face Lunar South Pole Than On Equator-Facing Slopes Possibly Due To Lack Of Sunlight / Evaporation; LRO In 30 X 180-Km Altitude Orbit Passing Over Lunar South Pole With 21st Data Set Release Upcoming, Not Yet Funded For 2016 According To NASA Budget; Team Including Timothy McClanahan Of GSFC To Determine If N Hemisphere Has Same Pattern, & Effects Of Lunar Day / Night Cycle

Image Credit: NASA, Institute for Space Research, GSFC

Wednesday / 14 January 2015

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China Service Module Back In Lunar Orbit, Preparing For CE-5 Sample Return Mission

ChinaServiceMod0115

Chang’e-5 T1 Service Module Enters 127-Minute, 200-Km Lunar Orbit After 2-Month Stay At L2 Lagrange Point; China Officials Will Utilize The Probe To Conduct Long-Range Guidance Tests For Lunar Orbit Rendezvous & Docking In Feb & Mar; Orbiter Will Image Projected 2017 Chang’e-5 Landing Site With Its Dual-Resolution Camera In Early April

Image Credit: CNSA

Weekend Edition
Fri-Mon / 9-12 January 2015

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China Advancing Space Program With New Launch Center / ‘Moonport’

WenchangSLC0115

Launching Of Space Station Capsules & Crewed Moon Missions From New Wenchang Satellite Launch Center “Just A Matter Of Time” According To China Officials; 19-Degree Latitude Will Increase Carrying Capacity Of Rockets By 10% & Island Location Will Allow For Easier Transport / Delivery Of The Larger Rockets / Payloads Needed For Country To Achieve Next Phase Of Ambitious Lunar Exploration Program; Site Will Host Huge Long March 9 Rocket, Expected To Be Ready By 2030; Chang’e-5 T1 Service Module Currently Returning To Lunar Orbit To Collect Data In Preparation For 2017 Chang’e-5 Sample Return 

Image Credit: Digital Globe, astronomy.wiki.com

Friday / 9 January 2015

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Cube Quest Challenge Summit For
Missions Near & Beyond Moon

Cube Quest Challenge Summit 2015

2-Day Summit At Moffett Field CA Held 7 & 8 Jan Introducing US$5M NASA Program For Teams To Design, Build & Deliver Flight-Qualified, SmallSats Capable Of Advanced Operations Near & Beyond Moon; Winner(s) Qualify For Mission To Launch On Maiden Flight Of SLS ~Nov 2018; (L-R) Ames Research Center Director Pete Worden, Cube Quest Challenge Administrator James Cockrell, Planetary Protection Officer Cassie Conley & Others Discuss Mission & Engineering Details, Secondary Payloads, How Cube Quest Relates To Human Exploration

Image Credit: NASA, Ames Research Center

Friday / 19 December 2014

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GSLV Launch Opens Path To Moon & Solar System For India

ISROgslvChandrayaan

Successful Launch Of GSLV Mk-3 Will Change Destiny Of India Space Program According To ISRO Mission Director S Somnath; Heavy Payload Launch Capacity Will Allow Country To Continue Ambitious & Cost-Efficient Plans To Advance Solar System Robotic & Human Exploration, Beginning With Chandrayaan-2 Moon Orbiter / Lander / Rover Mission In 2016, Likely To Be Humanity’s 1st Mission To Next, Most Promising, New Frontier Of Human Expansion Into Cosmos –
Moon South Pole

Pictured (L-R): ISRO Chairman KS Radhakrishnan, Space Applications Center Director K Kumar

Image Credit: ISRO, NASA

Weekend Edition
Fri-Mon / 12-15 December 2014

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Successful Launch Of GSLV Mk-3 Will Advance India Moon Landing Plan

GSLVmk3Chandrayaan2

1st Flight Of 3-Stage GSLV Mk-3 Scheduled For 3rd Week Of December; Most Powerful To Date India Launch Vehicle Will Carry 3.65-Metric Ton Crew Module Atmospheric Re-Entry Experiment; Designed To Lift 4-Metric Ton Class Payload, The Rocket – With Lift Off Weight Of 630-Metric Tons – Is Needed To Complete 2016-2017 Chandrayaan-2 Orbiter / Lander / Rover Mission; Scientific Payloads Of Moon Mission Expected To Perform Mineralogical & Elemental Studies Of Lunar Surface; Moon South Pole Is Likely Destination Of Moon Lander

Image Credit: ISRO