Wednesday / 20 May 2015

India & Korea To Collaborate On Lunar Exploration

IndiaKoreaMoon

ISRO & KARI Issue Joint Statement Committing To Cooperation In Areas Of Lunar Exploration, Satellite Navigation & Space Science; Two Organizations Will Work On Deep Space Cross Tracking / Communication Support For Deep Space Missions, Sharing Of Chandrayaan-1 Lunar Surface / Radiation Data, & Technological Cooperation; India Planning Chandrayaan-2 Orbiter / Lander Rover In 2017, South Korea Advancing 2020 Moon Lander Mission

Image Credit: ISRO, KARI, Yonhap

Tuesday / 19 May 2015

Moon Express To Deploy Lunar Laser Ranging Array On Moon

MEDCurrie

4-Mission Agreement Signed With National Laboratories Of Frascati (Italy) & University Of Maryland To Deliver Series Of Laser Range Finding Arrays On Moon Surface; Total Cost Of Agreement Is US$24M, Half Of Which Will Be Paid By Moon Express; Payload Will Continue Successful Experiment Deployed By Apollo 11, 14 & 15 Astronauts, Allowing Scientists Such As Doug Currie (L) Of UMD To Test General Relativity & Advance Understanding Of Gravity

Pictured (R): Bob Richards, Co-Founder Of Moon Express

Image Credit: Moon Express, NASA

Weekend Edition
Fri-Mon / 15-18 May 2015

Persuasive Reasons For Japan To Fulfill Lunar Aspirations

JAXALanderPersuasion

Japan Proposal For 2018 Lunar Lander Mission, Expected To Cost Between US$83M – $125M, Still Awaiting Final Approval; Public & Political Recognition Of Importance / Benefits Of Mission Needed To Garner Required Support; Standing As Global Leader In Space Would Be Enhanced If Japan Becomes 4th Or 5th (India 2017) Country To Soft Land On Moon; Could Stimulate Global Partners Like USA To Collaborate On Moon Surface Missions, Including Human Lunar Base; Resource Identification On Moon & ISRU Technology Demonstrations Could Ensure Permanent Sustainable Human Presence In Solar System

Image Credit: JAXA

 

Friday / 15 May 2015

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 / 14 May 2015

Space Law Issues Raised As Asteroid & Lunar Mining Initiatives Advance

AsteroidMoon0515

Planetary Resources Launches 1st Of 2 Planned 2015 Asteroid Mining Demonstration Spacecraft Missions; Space Mining Experts Meeting In Canada Note Upcoming NASA Resource Prospecting Missions To Lunar Poles, Existing Canada & ESA Rovers That Could Be Used For Lunar Missions In Search Of Water-Ice; Experts Posit That Commercial Space Mining Is Likely Decades Away, Though Many Assert That A Mechanism For Regulating Space Mining / Addressing Property Rights Claims Needs To Be Established ASAP Before Commercial Asteroid & Lunar Missions Commence

Image Credit: Planetary Resources, NASA

Wednesday / 13 May 2015

India Advancing Historic Mission To Lunar Pole

AnilChandrayaan

ISRO Officials Inform India Parliament That Chandrayaan-2 Mission Is On Schedule For 2017 Launch; Space Physics Laboratory Director Anil Bhardwaj Notes Mission Will Be 1st-Ever India Soft Landing On Planetary Body & 1st Attempt By Any Nation To Land At Lunar Pole; Mission Will Be Entirely Indigenous & Include Orbiter, Lander & Rover; Will Be Launched By GSLV Rocket; Orbiter Expected To Include 5 Scientific Payloads, & 2 More On Rover, Still Possible Lander Could Host Astronomical Observatory Payload Similar To Successful LUT Of China Chang’e-3 Lander

Image Credit: K. Ragesh, Vikram Sarabhai Space Center, ISRO

Tuesday / 12 May 2015

Canada Event Explores Extraction, Utilization, Commercialization Of Lunar Resources

PTMSS0515

6th Annual Planetary & Terrestrial Mining Sciences Symposium / Space Resources Roundtable Continues Through Wednesday 13 May In Montreal, Canada; Event Intended To Promote Closer Relationship Between Space & Mining Sectors; Featured Speakers Today Include (L-R) NASA JSC ISRU Chief Engineer Jerry Sanders, John Hamilton Of PISCES; John Gruener Of NASA JSC Will Outline An International Lunar Polar Volatiles Strategy; Alex Ellery Of Carleton University Will Detail How ISRU & 3D Printing Can Facilitate A Self-Replicating Infrastructure On Moon

Image Credit: NASA, PISCES, Carleton University

Weekend Edition
Fri-Mon / 8-11 May 2015

Moon, Mars & Beyond:
Expanding The End Goal Of Human Exploration

BuzzSolarSystem

Apollo 11 Moonwalker Buzz Aldrin, Speaking At Humans To Mars Summit In Washington DC, Says Moon Has Value As An Outpost / Base Between Earth & Mars, But Can Not Be End Goal; Many Experts Believe Mars Also Can Not Be End Goal For Humanity To Reach Full Potential As Multiworld Species Thriving Into Next Centuries / Millenia; 21st Century Exploration Vision / Plan That Begins With Lunar Settlement & Encompasses Whole Solar System, Moons Of Jupiter, Saturn, Etc, Will Best Serve Continued Evolution Of Nascent Space Programs

Image Credit: livingorganizations.com, Kelly Dickerson

Friday / 8 May 2015

Moon Express Advances Moon Mission At Kennedy Space Center

Moon Express 2015

Moon Express Testing Lunar Lander Test Vehicle MTV-1X At Shuttle Landing Facility / Company’s New Home At KSC In Florida; Bob Richards States KSC Has Communications, Safety & Hazard-Field Infrastructure, Talent / People, Room To Expand For Moon Mission Development; Company Seeks To Win Google Lunar XPrize, Build New Propulsion System, New Vehicles, Series Of Private Robots To Bring Resources Of Moon To Earth & Solve Current Earth-Moon Transportation Challenges

Image Credit: NASA/Lunar CATALYST Initiative, Ben Smegelsky, Moon Express Inc.

Thursday / 7 May 2015

Radiation Environment May Alter Lunar Regolith

UNHcrater0515

Researchers From UNH & NASA Goddard Publish Study Detailing How ‘Sparking’ May Affect Lunar Regolith In Permanently Shadowed Craters; High-Energy Particles From Large Solar Storms Or Cosmic Rays Buildup Electric Charges Faster Than Regolith Can Dissipate Them, Particularly In -240°C Permanently Shadowed Polar Craters, Regolith Then Disintegrates Into Smaller Particles Of Distinct Materials; Researchers Used LRO CRaTER Instrument & Custom Computer Model; Team Will Now Utilize LRO Instruments At New Lower Orbit To Find Evidence For Sparking

Image Credit: NASA, UNH