Category Archives: Lunar Science

Friday / 22 April 2016

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LRO Providing Critical Information & Inspiration For New Wave Of Lunar Progress

LED-4-21-16

Flying 20 Km Over South Pole, 165k Km Over North Pole In Elliptical Orbit; LRO Providing Highest Resolution Data Ever, At A Rate Of ~440 Gigabits Image Data Per Day; Thomas R. Watters, LRO Co-Investigator And Senior Scientist At Smithsonian NASM, Notes The Narrow Angle Camera Instrument Alone Has Returned Well Over 1 Million Images, “More Digital Data Than Every Other Planetary Mission”; Resurgence Of Lunar Interest For National Space Agencies, Commercial Enterprises, Individuals Across The Globe

Credit: NASA.

Friday / 15 April 2016

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2016 Lunar Conferences Head Into July Moon Landing Observation / Lunar High Tide 

Lunar Conferences 2016

 New Views Of The Moon 2 To Be Held At LPI / USRA, Houston TX 24-26 May, Covering New Data From Missions, Sample Analyses & Earth-Based Observations Of The Moon Made This Century; 2016 SRR/PTMSS At Colorado School Of Mines, Golden CO 7-9 June, Will Cover In-Situ Resource Utilization Of Lunar, Asteroid, Mars Resources; 3rd Annual Exploration Science Forum (ESF 2016) Hosted By SSERVI, NASA Ames, Mt View CA 20-22 July, Will Feature Scientific Discussions Of Human Exploration Of The Moon, NEAs, Moons Of Mars, Recent Mission Results & In-Depth Analyses Of Science & Exploration Studies

Credit: LPI, USRA, SRR/PTMSS, SSERVI, NASA

Friday / 8 April 2016

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ISRO On Track To Launch Indigenous Chandrayaan-2 Three-Craft Mission To Moon Late 2017 / Early 2018

ISRO chandrayaan 2

Chandrayaan-2 Orbiter, Lander, Rover To Be Launched Via GSLV-Mk 2 December 2017 Or Early 2018 To Observe / Perform Mineralogical & Elemental Studies Of Lunar Surface; Mission Allocated US$91 Million; 1,400-kg Orbiter With 5 Science Instruments Including Camera, 3 Spectrometers & Radar To Fly At 200-km Altitude; 20-kg Rover To Have 2 Spectroscopes & HD Video Camera; 1,250 kg Lander To Contain Ka-band Altimeter, HD Video Camera, Position & Hazard Detection / Avoidance Cameras; NASA May Provide Deep Space Network Communication Services

Credit: ISRO

Friday / 1 April 2016

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Long-Term Observation From Moon Surface For Earth, Space, Weather Studies

Astronomy from the Moon 2016

 Guo Huadong Of CAS Proposing Series Of Sensors For Macro Phenomena On Earth / Global Changes, China Chang’e-3 Observing Galaxy With LUT From Stable Platform Of Moon Surface, Future Landers To Be Fitted With Similar & More Advanced Cameras; ILOA ILO-1 & ILO-X Being Developed To Study Galaxy Stars, Earth, Moon Local Environment From Unique Vantage Of Moon Surface; Upcoming European Lunar Symposium (18-19 May) Will Explore Astronomical, Astrophysical Topics & ‘Science From The Moon’

Credit: CEODE, CAS, NASA, SSERVI, ELS, NAOC, ILOA

Friday / 11 March 2016

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Teams Developing LunarCubes, Interplanetary CubeSats & SLS Moon Sat Missions

LunarCubes2016

Advancing Low-Cost, High-Return CubeSat Technologies Highlighted In Upcoming Events: Flexure Engineering 6th International Workshop On LunarCubes 28-29 Sep In Conjunction With 6th International Workshop On Lunar Surface Applications, CubeSat Developer’s Workshop 20-22 Apr, 5th Interplanetary CubeSat Workshop 24-25 May; SLS To Carry At Least 4 Lunar CubeSats In 2018 – Winner Of NASA ‘Cube Quest Challenge’ Will Be Announced End Of Mar & Join EM-1 Lunar Flyby Mission

Credit: Flexure Engineering, NASA, Morehead State University

Friday / 29 January 2016

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Long March 5 Maiden Flight Planned For Sep-Oct, Will Carry Chang’e-5 In 2017

China Rockets

China Long March 5 Heavy-Lift Rocket With Maximum Payload Capacity Of 14,000kg To GTO Is Being Set Up For Launch Rehearsal, Tested & Assembled At Wenchang Satellite Launch Center (19°N) On Hainan Island In Preparation For Sep-Oct Initial Flight According To Lei Fanpei (CASC); Rocket Launching From Hainan To Loft Chang’e-5 Lunar Sample Return Mission In 2017; Long March 7 Medium-Heavy Rocket Maiden Flight Planned For June, Will Launch Future Cargo For Next-Gen China Space Station

Credit: CASC, Bing Map, sinodefence, CALT, NASA

Wednesday / 16 December 2015

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China Chang’e-4 Readying For Moon Far Side Mission 2020, Relay Satellite 2018

12162015With Goal Of First Landing On Moon Far Side, CE-4 Communications Relay Satellite Being Prepared To Deploy In 2018 Via Long March 5 Rocket From Wenchang Satellite Launch Complex At Hainan Island; Satellite Will Serve As Communications Link Between Moon Far Side / Earth From L2; CE-4 Lander & Rover Slated For NET 2020 Launch & Will Have Low Frequency Radio Spectrometer For Astronomy; Chief Scientist Of China Lunar Exploration Program Ziyuan Ouyang States “Since Chang’e-3 Successfully Completed Its Mission We Have Had More Time To Explore A More Comprehensive Mission For Chang’e-4”

Credit: CNSA, CAST, CLEP, NASA

Tuesday / 15 December 2015

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China Chang’e-3 Spacecraft Enters Year 3 On Moon; Honorary Currency Celebrates China National Spaceflight

12152015Currently In Lunar Night 25 Chang’e-3 (CE-3) Expected To Awaken 21 Dec & Begin Lunar Day 26 Operations; First Long-Term Robotic Observatory Lunar-based Ultraviolet Telescope (LUT) On CE-3 Continues To Gather Images Of Galaxies / Binary Stars / Deep Space With Fewer Limitations Than Earth Due To The Thin Exosphere; Chinese Lunar Exploration Program Has 3 Phases: Orbiting CE-1 & CE-2 / Landing CE-2 & CE-4 (To Far Side NET 2018) / Sample Return CE-5 (Slated For 2017) & CE-6; China’s Central Bank Commemorates Chang’e-1 On Currency (Bill & Coin) 2015 Banknote Reads “Chinese Spaceflight Commemorative”

Credit: People’s Bank of China, CNSA, CAST, CLEP, NASA

Weekend Edition
Fri-Mon / 11-14 December 2015

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International Moon Missions Being Discussed By UN With Lunar Mission One & By ESA At Dec 15-16 Moon Symposium

UN LM1 ESA

David Iron, Founder Of Lunar Mission One (LM1), With Advice From UNOOSA Director Simonetta Di Pippo And Her Predecessor Mazlan Othman (A LM1 International Advisory Board Member) Brings LM1 To Attention Of UN, Pointing Out Practical & Inspiring Reasons For International & Commercial Moon South Pole Mission ~2024; Upcoming ESA Symposium Focusing On Coordinated Human & Robotic Moon Missions 2020-2030 Features Similar Message: Significance Of The Moon As A Starting Point For Sustained, International Space Missions For The Betterment Of Humankind

Credit: Lunar Mission One, UNOOSA, ESA, V. Martin/ITU

Friday / 11 December 2015

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Japan To Develop Moon / Planetary Robots & Analog Test Site, Expected To Launch 2nd Epsilon Rocket 2016

JAXA SLIM Moon

JAXA To Partner With Domestic Companies To Create Robotic, Vehicle, Other Technologies For Human Missions To Moon (2030) & Mars (2040); Low-Cost (US$38M Per Launch) Epsilon Rocket 2nd Flight Planned For 2016, Will Enable ~$126M SLIM Moon Lander Mission Capable Of Landing Within 100 Meters Of Target Area In FY2018; SLIM Mission To Be Discussed At Galaxy Forum Japan 20 February 2016 At NAOJ Mitaka; New Online JAXA Hub Invites Information Exchange With Industries To Participate In Sustainable Moon / Planetary Activities

Pictured L-R: Yasuhiro Morita (Epsilon Program Manager), Yoshisada Takizawa & Susumu Sasaki (SELENE Project Managers)

Credit: JAXA, NASA