Category Archives: Lunar Sample Return

Thursday / 5 November 2015

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Moonspike May Continue Efforts To Reach Moon, Other Private Ventures Advancing

11052015US$122K Raised From Over 1,000 Supporters Fell Short Of Crowdfunding Goals For Moonspike Spacecraft & Rocket To Crash-Land On The Lunar Surface;  Moonspike Founder Chris Larmour States “We Are Going To Spend Some Time Reviewing Our Options”; Britain Commercial Lunar Mission One Raised Over US$1.3M & Planning To Land Probe On Moon Surface & Drill 20-100 Meters For Samples To Return To Earth By 2024; Israel SpaceIL GLXP Team Set a US$240K Campaign Goal – One Dollar For Every Mile To The Moon, Team Secured Launch Services With Spaceflight Industries To Launch NLT 2017

Credit: Moonspike, Lunar Mission Ltd., SpaceIL

Friday / 30 October 2015

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China Planning Chang’e-5 Lunar Sample Return & 1st Ever Landing On Far Side With Chang’e-4

Chang'e Program

Chang’e-5 Being Developed For 2017 Mission While 5-T1 Test Service Module Remains In Lunar Orbit Gathering Data On Landing Sites & Rendezvous Procedures; Chang’e-4 Lander & Rover With Numerous Advanced Instruments To Launch Before 2020 To Far Side, With Relay Orbiter Launched ~2018 To L2; Chang’e-3 At 44.12°N 19.51°W In Lunar Day 24 Successfully Operating 1st Robotic Telescope On Moon; Zou Yongliao From Chinese Academy Of Sciences States “If We Can Place A Frequency Spectrograph On The Far Side, We Can Fill A Void [In Astronomy With Chang’e-4]”

Credit: Xinhua, CNSA, CSA, CCTV, China Space Website

Friday / 15 May 2015

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Honeybee To Develop Lunar Heat Flow Probe & Craft For ISRU / Space Exploration Honeybee CubeSats Lunar Probe

Honeybee Robotics Of Brooklyn NY Receiving NASA Small Business Phase 1 Contracts Worth Up To US$125K Each To Design: Advanced Lunar Probe (Similar To Apollo 15 & 17 Instrument) For Measuring Moon Endogenic Heat Flow, Thermal Gradient & Conductivity; 3D-Printed Harvester CubeSat With Cold-Gas Thrusters Which Can Continue To Refuel Itself For ‘Eternal’ Moon / Asteroid / Mars / Europa Missions; ISRU Volatiles Extractor For Moon / Mars / Asteroids; Hermetically-Sealed Canisters For Sample Return Missions

Image Credit: NASA, Honeybee, ESA / The Science Office Ltd.

Thursday / 16 April 2015

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China Lunar Sample Return Mission Progressing On Schedule

CLEP0415

Command Structure Formed To Oversee Long March 5 Development & 3rd Phase Of China Lunar Exploration Program; CLEP General Director Xu Dazhe Gives Speech At Group’s 1st Meeting Calling For Phase 3 Objectives To Be Reached On Schedule; Ascender Of China Chang’e-5 Lunar Explorer Inspected & Accepted For Plume Testing; New Generation Rocket Long March 5 Successfully Undergoes 20-Minute Test Run, Launch Site Drill Planned For End 2015, 1st Launch In 2016, Will Be Used To Launch Chang’e-5 ~2017

Image Credit: CLEP, CNSA, AMA

Weekend Edition
Fri-Mon / 3-6 April 2015

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China Advancing Human Moon Mission Elements

ChinaHumanMoonElements

Research Paper On New Generation Multi-Purpose Space Crew Capsule Published By Aerospace Manned Flight Center Of China Aerospace Technology & Research Institute, Media Reports Reveal It As 1st China Human Moon Capsule Concept Design; Chang’e-5 Lander, Mission Design Indicate Mission Will Test Elements / Procedures For Human Mission – Large Lander & Reentry Vehicle, Apollo-Like Mission Scenario; China Working On Long March-9 Rocket With 130-Metric Ton Payload Capacity, Reportedly To Facilitate Human Moon Missions

Image Credit: CNSA, China Aerospace Technology & Research Institute

Weekend Edition
Fri-Mon / 6-9 March 2015

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China Chang’e-3, -4, -5 Aligning To Realize Full Potential Of Moon Program

Chang'e-3 - 5

Chang’e-4 Lander & Rover With Reconfigured Instruments To Follow Successful Chang’e-1, -2, -3 & 5-T1 Missions (2007-Present), Perhaps To Unexplored Destination Such As Moon South Pole; Chang’e-5 Sample Return Mission On Track For 2017 Launch From Developing Hainan Spaceport On Long March 5 Rocket According To Chang’e Chief Cmdr / Designer Ye Peijian; Chang’e-5-T1 In Moon Orbit Testing Technologies For Chang’e-5; Chang’e-3 At 44.12°N 19.51°W May Study Lunar Terminator / Dust Dynamics, Make Other Observations During Lunar Eclipse 4 Apr & 28 Sep

Image Credit: CNSA, NASA, CCTV, Chinese Academy of Sciences, D. Davis, Chinanews.com, K. Kremer, M. Di Lorenzo, Xinhuanet.com

Tuesday / 17 February 2015

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China Advancing Preparations For Chang’e-5 Sample Return Mission

Chang'eLM5

Next Generation Heavy-Lift Rocket, Long March-5, Engines Pass Successful Ground Test According To SASTIND; First Test Flight Planned For 2016; Booster Able To Lift 25 Metric Tons To LEO, 14 To GTO, Key Element For Lunar Sample Return Mission Chang’e-5; Service Module Of Chang’e-5 T1 Mission Currently In Orbit Around Moon, Still Providing China Lunar Exploration Program With Opportunities To Prepare For Sample Return Including Recent Experiment To Test Orbital Operational Capabilities

Image Credit: CNSA, CCTV

 

Wednesday / 14 January 2015

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China Service Module Back In Lunar Orbit, Preparing For CE-5 Sample Return Mission

ChinaServiceMod0115

Chang’e-5 T1 Service Module Enters 127-Minute, 200-Km Lunar Orbit After 2-Month Stay At L2 Lagrange Point; China Officials Will Utilize The Probe To Conduct Long-Range Guidance Tests For Lunar Orbit Rendezvous & Docking In Feb & Mar; Orbiter Will Image Projected 2017 Chang’e-5 Landing Site With Its Dual-Resolution Camera In Early April

Image Credit: CNSA

Weekend Edition
Fri-Mon / 9-12 January 2015

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China Advancing Space Program With New Launch Center / ‘Moonport’

WenchangSLC0115

Launching Of Space Station Capsules & Crewed Moon Missions From New Wenchang Satellite Launch Center “Just A Matter Of Time” According To China Officials; 19-Degree Latitude Will Increase Carrying Capacity Of Rockets By 10% & Island Location Will Allow For Easier Transport / Delivery Of The Larger Rockets / Payloads Needed For Country To Achieve Next Phase Of Ambitious Lunar Exploration Program; Site Will Host Huge Long March 9 Rocket, Expected To Be Ready By 2030; Chang’e-5 T1 Service Module Currently Returning To Lunar Orbit To Collect Data In Preparation For 2017 Chang’e-5 Sample Return 

Image Credit: Digital Globe, astronomy.wiki.com

Thursday / 8 January 2015

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Is Helium-3 Most Valuable Resource On Moon?

He3Change5

Projections Indicate Clean Fusion Technology Powered By Helium-3 Can Produce 18.4 MeV Of Energy, 1 Metric Ton Of The Rare Element Could Power Tokyo For 1 Year; Could Be Used To Propel Spaceships Facilitating Trips To Mars In <100 Days, Jupiter In <200 Days; Potential Fuel For Thermonuclear Weaponry Which Could Be Used To Protect Earth From Dangerous Asteroids; Speculation Abounds That Interest In He-3 Is Primary Driver Of China & Perhaps India Lunar Program, Next Step For China Is 2017 Chang’e-5 Sample Return Mission

Pictured (TR): Chang’e-1-Produced Map Of He-3 Distribution On Nearside Moon

Image Credit: NAOC, ocw.mit.edu