Thursday / 14 Dec 2017

Chang’e-3 Begins 5th Year On Moon Continuing LUT Astronomy While Chang’e-4 Prepares For 2018 Launches With VLF Antennas

Dec 14 Marks Full 4 Years Of Operating On Lunar Surface For Chang’e-3, Currently In 50th Lunar Night; China Plans To Launch Chang’e-4 Lander & Rover In Dec 2018 To Accomplish 1st Ever Lunar Far Side Mission, Likely In South-Pole Aitken Basin; Relay Satellite To Earth-Moon L2 To Be Launched First In June; Both Lander & Satellite To Carry 3 Orthogonal Low-Frequency Radio Spectrometer Antennas For Astronomical Measurements Below 30 MHz; Chang’e-5 Sample Return Mission Now Manifested For NET 2018

Credits: SASTIND, Wen Wei Po, CNSA

Wednesday / 15 June 2016

China Moon South Pole CE4 Details Emerging For 2018 Mission


Liu Tongjie, Deputy Director Of CNSA Lunar Exploration & Space Program Centre Highlights Launch Of Critical CE4 Communications Relay Satellite To Halo Orbit Of Earth-Moon L2 In Late-May Or Early-June 2018; Followed ~6 Months Later By Launch Of Lander To South Pole Aitken Basin Fitted With Descent, Terrain Cameras; Main Payload Is Low-Frequency Radio Spectrometer; 3 International Payloads From Netherlands, Sweden, Germany; Rover With Panoramic Camera, Ground-Penetrating Radar, Infrared Spectrometer

Credit: CNSA, NAOC-CAS, CNS, JAXA (Topographical map of Moon farside based on Kaguya data, Aitken basin approximately 2,500km in diameter and 13km deep circled, red represents high elevation, purple represents low elevation)

Wednesday / 16 December 2015

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”


Friday / 20 November 2015

China Chang’e-2 Lunar Probe Adding To Data On Formation And Evolution Of Near Earth Asteroids

11202015Chang’e-2 Images Of Asteroid 4179 Toutatis Being Studied By China & U.S. Scientists To Identify Sizes & Distribution Pattern Of More Than 200 Boulders On Surface; Findings Aid Future Asteroid, Deep Space Missions; CE-2 Heading Toward 300M Km Apogee To Verify China Deep-Space Tracking & Control Systems; CE-2 Is First Satellite To Be Removed From Moon Orbit & Go To L2, It Tested Technologies For CE-3 Moon Landing; China Affirms Chang’e Lunar Program “Going As Planned” As Stated By Chief Commander Ye Peijian Of CAST

Credit: CAST

Thursday / 15 October 2015

Fuel Production On Lunar Surface To Aid Deep Space Exploration, Mars Missions

10152015MIT Study Suggests Refueling On Moon Could Play Role In Sustainable Human Mars & Deep Space Missions; Takuto Ishimatsu Postdoc At MIT Notes New Mathematical Model Improving On Conventional Straight Shot Route, States “The Idea Of Taking A Detour Into The Lunar System…It’s Very Unintuitive…This Could Be Very Affordable in The Long Term”; Lunar Soil & Water Ice In Craters May Be Mined & Converted Into Fuel In-Situ; Fuel Depots At Lagrange Points Would Potentially Reduce The Launch Mass Of A Mars Mission By 68%; Resource Producing Infrastructure Is Vital To Promote Human Presence, Enterprise & Exploration

Credit: NASA, MIT

Tuesday / 27 August 2013

Canada Wants To Send Astronauts To Lunar Space


1st Canada Astronaut To Moon Could Come About Through International Collaboration; Global Exploration Roadmap Crafted By 14 Nations Includes Development Of New Space Station At Earth-Moon L2 Lagrange Point In Early 2020s; Canada Intends To Develop Lunar Rover, Have Canada Astronaut Control Rover From Orbit Or Lunar Surface; Canada Chairing ISECG This Year

Image Credit: NASA, University of Western Ontario

Wednesday / 3 July 2013

Lunar Telerobotic Mission Demonstrated By ISS Astronaut


Astronaut Chris Cassidy Pilots NASA Rover For 3 Hours Across Mock Lunar Surface At Ames Research Center; Remotely Directed Robot Unfurled ‘Antenna Film’ Developed By Jack Burns / University Of Colorado Boulder Scientists For Lunar Farside Radio Telescope Mission Concept; Burns & Team Hope To See Rover / Radio Telescope Deployed By Similar Telerobotic Technique Via Orion Mission To Earth-Moon L2

Image Credit: NASA,