Category Archives: Lunar Orbiters

Friday / 10 June 2016

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Exploring The Galaxy From The Moon, Study Validates ‘Lunar Occultation Technique’

Lunar Occultation Tech

Richard Miller (L) From University Of Alabama – Huntsville & David Lawrence Of JHU/APL Using Data From Lunar Prospector Gamma Ray Spectrometer To Find Pattern Of Occultations Generated By Moon For Detecting & Characterizing Objects In Universe Whose Properties Change Over Time; Lunar Orbiter & Surface Missions Will Take Advantage Of Moon Unique Characteristics Including No Atmosphere, No Magnetosphere, Low Electromagnetic Interference From Earth, Well-Understood Radiation Background, Stable Platform, And Offer Cost Effective Way To Study Galaxy Without Diminishing Quality

Credit: Richard Miller, David Lawrence, UAH, JHU/APL, NASA

Wednesday / 1 June 2016

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China Advancing Ambitious Lunar Plans, Strong Policy Support For Civil & Commercial Space Programs

LED-5-31-2016

CNSA Secretary General Tian Yulong Provides Details Of 2017 Chang’e-5 Mission; In Addition To Landing And Sample Return, Probe To Conduct Systematic Exploration Of North & South Poles From Orbit; Tian Also Notes Recent Discussions With ESA On Moonbase / Human Mission Cooperation; Draft Of 1st China Astronautical Law And “China’s Space Flight” White Paper Expected By End Of Year; Release Of Regulations / Other Documents Is In Preparation For Multiple Space Missions During 13th Five-Year Plan Period 2016 – 2020 And To Support Continued Development In The Aerospace Industry

Credit: CNSA, Beihang University

Weekend Edition
Fri-Mon / 27-30 May 2016

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6 Current Moon Craft Operated Solely By China And NASA

China NASA 2016 Moon Craft

2017 Brings Hope For 1st Commercial Moon Missions, India Chandrayaan-2 & China Chang’e-5 Sample Return, While NASA LRO Continues Collecting Data On Lunar Poles, New Surface Features – Will Enter 8th Year At Moon 23 June, Data Release #26 Upcoming; NASA ARTEMIS 1 & 2 Studying Moon Plasma Wake & Solar Wind Interactions, To Enter 6th Year At Moon In July; China Chang’e-3 Lander & Yutu Rover At Guang Han Gong, 44.12°N 19.51°W To Celebrate Start Of 4th Year On Surface 14 Dec; Chang’e-5T1 Service Module Almost 17 Months In Orbit, Continues Observations / Tests For Future Landing Missions

Credit: NASA, GSFC, CNSA, CSA, NAOC, CCTV

Weekend Edition
Fri-Mon / 13-16 May 2016

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LRO Greatly Advancing Lunar Knowledge, Up For 2 Year Extension In September

LED-5-13-16

In Moon Orbit Longer Than Any Other Spacecraft LRO Continues Intensive Study From Highly Elliptical Path Flying As Low As 20km Over South Pole Every 117.2 Minutes; Noah Petro (Lunar Geologist) Studying Evolution Of Moon Today And Over Last Billion Years And John Keller (LRO Project Scientist) Examining Polar-Crater Water-Ice Deposits, Both At NASA GSFC, Are Among Thousands Of Scientists Worldwide Who Pour Over Data Releases From 7 Onboard Instruments; Project Team Has Requested Extension From NASA

Credit: GSFC, NASA

Weekend Edition
Fri-Mon / 6-9 May 2016

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China Prepares For 2017 Chang’e-5 Sample Return While Taking Proactive Steps For Human Mission

Change Human Missions

Chang’e-6 Could Serve As Precursor Accelerating China ~2030 Human Moon Mission Goal After CE5 Sample Return In 2017 Tests Related Technologies / Equipment; China Academy Of Space Technology Pang Zhihao States “Manned Lunar Spacecraft Will Be Different”; CE4 To Explore Moon Far Side NET 2018, May Carry Radio Telescope For Astronomy States Zou Yongliao Of Chinese Academy Of Sciences; CE3 Continues As Sole Operational Surface Mission; CE2 Orbiter Scouted Proposed Landing Sites; CE1 Inaugural Mission First Great Step

Credit: China Academy of Space Technology, China Academy of Sciences

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 / 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 / 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 / 8 January 2016

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India Planning Robust Lunar Program With Chandrayaan-2, 3, 4

Chandrayaan 2-3

Dr. Mylswamy Annadurai, Director Of ISRO Satellite Centre & Project Manager Of Chandrayaan-1, States India On Track To Launch Chandrayaan-2 (Indigenous Orbiter, Lander, Rover) In Late 2017 Or Early 2018 On GSLV Mark-2; Will Attempt High-Altitude Polar Landing & Perform In-Situ Chemical Analysis Of Lunar Soil; Planning Chandrayaan-3 & 4 “In The Near Future” Which May Utilize Nuclear Power Sources; Private India GLXP Team Indus Hoping To Rideshare On PSLV To Reach Moon 2016-2017

Credit: ISRO, 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