Category Archives: South Pole Moon

Friday / 4 Jan 2019

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2019 Begins With First-Ever Landing On Lunar Far Side

50th Observation Of Year Of Apollo Lunar Landings Begins With New Horizons Flyby Of Ultima Thule And China Chang’e-4 Landing On Far Side Of Moon; 1200 Kg Lander Touches Down At Von Karman Carter Within South Pole-Aitken Basin; Landing On Lunar Far Side Is Long-Term Goal Advocated By Apollo 17 Astronaut Harrison Schmitt; India Chandrayaan-2 Aims For Early Feb 2019 Launch To South Polar Region; Israel SpaceIL Aims For NET 13 Feb Lunar Launch On SpaceX Falcon 9; Chang’e-5 Scheduled For Dec 2019 Subject To Availability Of Long March 5 Booster

Credits: CNSA, China Daily, ISRO

Tuesday / 27 Nov 2018

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Chang’e-4 Science Teams And Chandrayaan-2 Testing Over Analog Site

China Establishes Science Teams For Chang’e-4 Lunar Mission; Four Research Groups Devoted To Data Processing, Geological Background, Lunar Surface Morphology, And Low-Frequency Radio Environment; Launch Of Chang’e-4 Planned For 8 December, To Land In Von Karman Crater At 47° South Latitude On Lunar Farside 30-31 Dec; India Chandrayaan-2 Launch Moved To 31 Jan, Planned As First Landing In South Polar Region At 70° South Latitude; Chandrayaan-2 Sensors Being Tested In Aircraft Flying Over Analog Site: “Science City” Of Challakere In Karnataka State Hosts ISRO Research Center

Credits: CNSA, ISRO

Thanksgiving Weekend Edition
Thu-Mon / 22-26 Nov 2018

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Upcoming Lunar Launches And Landings From Multiple Nations

8 December China Plans Launch of Chang’e-4, First Mission To Lunar Farside; Lander And Rover To Explore South Pole Aitken Basin; Landing Targeted For 30-31 Dec In 186 Km-Wide Von Karman Crater At 44.8° South Latitude; India Plans Launch 30 Jan Of Chandrayaan-2, First Mission To South Pole Region; 3,877 Kg Spacecraft On GSLV Mark 3 Launcher Composed Of Orbiter, Lander And Rover; Chandrayaan-2 Landing Site At 70° South Latitude; Israel SpaceIL Plans Lunar Launch On SpaceX Falcon 9 In Early 2019, Landing NET 13 Feb

Credits: CNSA, NASA, ISRO

Friday / 16 Nov 2018

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China And India Prepare For Lunar South Pole

Two Most Populous Earth Nations Aiming For Moon; China Chang’e 4 Prepares For Launch From Xichang Satellite Launch Centre 8 December And Landing 30-31 Dec; First Ever To Land On Lunar Farside; India Geosynchronous Satellite Launch Vehicle Mark 3 Successfully Launches GSAT-29 To Orbit, GSLV Mk 3 Will Launch Next Moon Mission; Chandrayaan 2 Has Launch Window From 3 Jan To 16 Feb; 3.8 Ton Spacecraft Consists Of Orbiter, Lander And Rover; Will Be First To Land Near South Pole

Credits: China News, ISRO

Wednesday / 3 Oct 2018

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India Launching Chandrayaan-2 To Lunar South Pole January 2019

India Space Research Organisation Aiming For 3 January – 16 February 2019 Launch Of Second Lunar Mission; Lander Will Separate From Orbiter 100 Km From Surface; First Lander To Explore South Polar Region Will Carry Six-Wheeled Rover; Landing Site Will Be More Than 70° South Latitude; Rover Will Carry Drill To Obtain Samples, Instruments To Analyze Composition Of Lunar Regolith, Tunable Diode Laser, And Laser-Induced Ion Mass Spectrometer To Search For Lunar Water.   

Credits: ISRO

Weekend Edition
Fri-Mon / 31 Aug – 3 Sep 2018

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Roscosmos, ESA Collaborate On Luna 27 Payload For Moon South Pole Resource Investigation

ESA Developing In-Situ Drill / Sample-Analysis Payload ‘PROSPECT’ To Reach Moon South Pole-Aitken Basin 2022-23 Aboard Roscosmos Luna 27 Lander; Design Phase Scheduled Early 2019; ProSEED Drill To Probe Lunar Ice Where Subsurface Temperatures Could Reach -200° C; ProSPA Onboard Laboratory To Heat Ice Sample To 1,000° C For Volatile Extraction; ESA May Participate On Luna 25 Lander Aiming For Boguslavsky Crater Near South Pole NET 2019-20

Credits: Roscosmos, ESA, NASA, L. David

Friday / 31 Aug 2018

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Ad Astra — Paul Spudis Vision Of The Moon
“It’s Close, It’s Interesting & It’s Useful”

Dedicated Scientist And Lunar Visionary Paul Spudis Passes On, Leaving Decades Of Vital Moon Research And Inspiring Advocacy For A Human Lunar Return; Spudis Emphasis On Value Of Moon, Human Spaceflight, Solar System Exploration Speaks To Latest USA National Space Program Goals To Create Permanent & Sustainable American-International Human Lunar Presence, Explore South / North Poles & Far Side, Utilize Resources, Conduct Varied Science Experiments; Lunar Community Sends Their Ad Luna, Ad Astra, And Aloha To Spudis

Credits: LPI, NASA, LRO

Weekend Edition
Fri-Mon / 27-30 July 2018

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Chang’e-4 Far Side Moon Lander On Track For Dec Launch; Beijing Big Moon Expo Continues

China Long March 3B Set To Launch Chang’e-4 Lander & Rover Dec 2018 To Lunar Far Side South Pole Aitken Basin; Lander To Carry High-Res Cameras, Low Frequency Spectrometer, “Lunar Lander Neutrons & Dosimetry”; Rover Equipped With Panoramic Camera, Lunar Penetrating Radar, Visible / Infrared Spectrometer, “Advanced Small Analyser For Neutrals”; Queqiao Relay Satellite At L2 Orbit; Longjiang-2 Operates In Elliptical Lunar Orbit Transmitting Images From Moon; Lunar Exploration Technology Exhibition Featuring 10-meter Moon Continues To 9 Oct At Beijing National Aquatic Center “Water Cube”

Credits: CNSA, CASC, Chinese Academy of Sciences, Beijing National Aquatic Center, NASA

Weekend Edition
Fri-Mon / 29 June – 2 July 2018

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Chandrayaan-2 Lunar South Pole Mission To Target Water, Possibly He-3

GSLV Mk II Launch NET Oct / Nov Of 3,290-kg Chandrayaan-2 Orbiter, Lander, 6-Wheel Rover, Will Research Topography, Mineralogy, Exosphere, Prospects For Ice-Water Utilization, Consider Future Helium-3 Extraction; Rover To Operate In Semi-Autonomous Mode For 2 Weeks; ISRO Chairman K. Sivan States India Plans To Be A Leader In Space Resource Utilization, Aims To Put India Crew On Moon

Credits: ISRO, NASA

Weekend Edition
Fri-Mon / 22-25 June 2018

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LRO Mission Enters 10th Year Orbiting Moon

On 23 June Lunar Reconnaissance Orbiter (LRO) Embarks On 10th Year, Mission Goals Include Temporarily Going Off Nadir (Straight-On Imaging) Fall 2018 To Utilize Camera Stereo, Oblique Imaging; Inertial Measurement Unit Currently Powered Down To Reserve Power For Critical Events, Lunar Eclipses; In Lunar Eccentric Polar Mapping Orbit (20-km Altitude South Pole, 165-km North Pole) With 7 Instruments Providing High Resolution 3D Moon Mapping, Regolith & Radiation Observations, Data May Assist In Future South Pole And Far Side Lunar Landings

Credits: NASA