Category Archives: Lunar Landers

Tuesday / 18 February 2020

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  Permanently Shadowed South Polar Region Operations To Be Studied By Universities Under BIG Idea NASA Awards

NASA 2020 Breakthrough, Innovative And Game-Changing (BIG) Idea Challenge To Award Nearly USD$1M To Eight University Teams For Demonstrating Ways To Work In Moon’s Darkest Regions; MIT AeroAstro Team, Supervised By Astronaut Jeffrey Hoffman, Will Build 100-Kg Multifunctional Expandable Lunar Lite Tall Tower (MELLTT) To Extend 100 Feet From Lander; Northeastern University Will Build SCOUT Rover And DOGHOUSE Support Module; Concepts Will Be Designed To Operate In Permanently Shadowed Regions Near Lunar South Pole

Credits: NASA, Massachusetts Institute of Technology

Weekend Edition
Fri-Mon / 14-17 Feb 2020

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New Race To Moon South Pole – Malapert Mountain

Multiple Nations And Commercial Enterprises Aiming For Lunar South Polar Region; Following CNSA Chang’e-5 Sample Return In 2020, Chang’e-6 And Chang’e-7 Will Explore South Pole; ISRO Chandrayaan-3, -4 and -5 Will Continue Polar Landing Goal Of Chandrayaan-2; SpaceX Promises Lunar Landings By 2022; NASA Commercial Lunar Payload Services May Carry Payloads Such As The International Lunar Observatory ILO-1 For Galaxy Imaging And Broadcasting From Malapert Mountain, One Of The Most Important And Valuable Sites In Solar System

Credits: NASA, CNSA, ISRO, SpaceX, ILOA

Tuesday / 4 February 2020

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Blue Origin To Test BE-7 Lunar Lander Engine At Edwards AFB

Blue Origin Partners With Air Force Research Laboratory To Develop Test Facility For BE-7 Lunar Lander Engine, Signs 15-Year Cooperation Agreement; Facility Will Test BE-7 In Simulated Space Environments; New 10,000 Pound Thrust Engine Is Designed For In-Space Applications Including The Blue Moon Lunar Lander; Blue Origin “O’Neill Building” Headquarters In Kent, Washington, Features Blue Moon Mockup Along With Science Fiction Spaceships; Blue Origin Hiring Engineers To Compete For NASA Lunar Contracts

Credits: Blue Origin, Air Force Research Lab

Tuesday / 28 January 2020

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TRAILER Robotic System Under Development By ESA For South Poles Of Earth And Moon

ESA Technology Development Element Program Contracts With French COMEX Company And Vienna-Based Liquifer Systems Group, Directed By Barbara Imhof, To Develop TRAILER Robotic System; Two Robots, The Highly Mobile TRACTOR And Trailer Unit WAIN, Will Be Controllable From Earth Or Lunar Orbit; Rovers Will Be Tested In Antarctica By 2021 For Eventual Use In South Pole-Aitken Basin Of Moon; ESA Also Developing HERACLES Lander To Place Payloads Supporting Humans On Lunar Surface

Credits: Liquifer Systems, Moon Village Association,  ESA

Friday / 24 January 2020

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Commercial Lunar Services Providers To Carry Payloads Aiding Astronomy And Lunar Science

NASA Finalizes 16 Experiments And Technology Demonstrations To Fly With Commercial Lunar Services Providers; Astrobotic Peregrine Lander (L) Will Carry 11 Payloads Using ULA Vulcan Launcher Including PROSPECT Ion-Trap Mass Spectrometer (C); Intuitive Machines Will Launch Nova-C Lander (R) With 5 Payloads On SpaceX Falcon 9; Radio Observations Lunar Surface (ROLSES) Low-Frequency Experiment On Nova-C Will Test Feasibility Of Large Radio Telescopes On Lunar Surface; Both Landers Will Carry Laser Retro-Reflector Arrays To Aid Navigation

Credits: NASA

Weekend Edition
Fri-Mon / 10-13 Jan 2020

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International Moon Landings 2020-2021 Begin Lunar Decade

Multiple Nations And Commercial Enterprises Prepare For Landings In First Years Of Lunar Decade; India Proceeding At Full Speed With Chandrayaan-3 (BR) For November 2020; China (Zhongguo) Plans Chang’e-5 (TR) NLT Dec 2020; NASA Commercial Lunar Services Providers Astrobotic And Intuitive Machines (L) Both Plan Landings NET July 2021; Chang’e-6 And Chang’e-7 Planned For Near Future; Chandrayaan-4 May Follow In Cooperation With JAXA, And Possibly Chandrayaan-5; SpaceX And Blue Origin (C) Also Plan To Land Payloads In Early 2020s

Credits: NASA, Blue Origin, CNSA, ISRO

New Year 2020 Edition
Fri-Tues / 20 Dec 2019 – 7 Jan 2020

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Artemis Moon Generation:
Multi-Partisan, International, Entrepreneurial

NASA Gains Funding In Bipartisan Budget For Space Launch System, Exploration Upper Stage, And Artemis Lunar Lander For First Women On The Moon In 2024; Private Companies Are Participating In Commercial Crew, Cargo, And Lunar Landers; Canada Supplying Robotic Arm For Lunar Orbit; JAXA Contributing Habitation Modules And Lunar Rover; ESA Partners Agree To Greatly Increased Budget And Providing Orion Service Modules For Artemis 1-4; Cooperation Possible From India, Russia, Crescent Moon Countries And Zhongguo (China)

Credits: NASA, ESA, CSA / CAS

Friday / 20 December 2019

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Chandrayaan-3 Planning Rush To Lunar Surface In 2020

Indian Space Research Organization Planning Chandrayaan-3 At Full Speed For November 2020 Launch; Mission Will Include Propulsion Module, Lander And Rover; 682-Kg Chandrayaan-2 Orbiter Is Successfully Operating In Lunar Polar Orbit; Orbiter High Resolution Camera And Onboard Terrain Mapping Camera-2 Will Be Part Of Chandrayaan-3 Mission, Which Will Likely Land In South Pole Region; India Partnering With Japan On Joint Lunar Polar Exploration Mission, Which Could Become Chandrayaan-4

Credits: ISRO

Tuesday / 19 November 2019

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Peregrine Lander To Carry Lunar Rovers In 2021

Astrobotic, One Of Nine NASA Commercial Lunar Services Providers, Aims To Place Peregrine Lander On Moon In 2021; First USA Lunar Landing In 49 Years Will Be Launched On Upcoming United Launch Alliance Vulcan Centaur Booster; Astrobotic Receives US$2M Tipping Point Award To Develop Small CubeRover; UK-Based Spacebit, Founded By Pavlo Tanasyuk, Plans To Send 10-cm Tall 4-Legged Rover Capable Of Exploring Lunar Caves; NASA Announces Additional CLPS Providers Blue Origin, Ceres Robotics, Sierra Nevada Aerospace, SpaceX, And Tyvak In Monday Teleconference

Credits: Astrobotic, Spacebit, ULA

Weekend Edition
Fri-Mon / 15-18 November 2019

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Chandryaan-3: India Reportedly Sets November 2020 Goal For Landing Near Moon South Pole

ISRO Second Effort At Soft Landing On Surface Of Moon In Late 2020; Chandrayaan-3 To Be Configured With Detachable Propulsion Module, Lander And Rover; Chandrayaan-2 Orbiter Currently Functioning And Imaging With Onboard Terrain Mapping Camera-2 And Orbiter’s High-Resolution Camera From ~100-km Elevation; Liquid Propulsion Systems Centre Head V Narayanan (R) Leads Inquiry Into Chandrayaan-2 Lander Failure; Vikram Sarabhai Space Centre Director S Somanath (L) Leads Chandrayaan-3 Planning Committee

Credits: ISRO, NASA