Thursday / 28 Mar 2019

Moon Diver Planned For Lunar Lava Tubes 

Jet Propulsion Laboratory Scientist Laura Kerber Advocates ‘Moon Diver’ Mission For Exploring Lava Tubes, Continuing Campaign At 50th Lunar And Planetary Science Conference; First Goal Will Be Mysterious Pit In Sea Of Tranquility Location Of Apollo 11; Two-Wheeled ‘Axel’ Rover Would Descend 40-meter Pit Walls And Rappel Another 70 Meters Into Unexplored Space; Lunar Lava Tubes Will Be Potential Natural Shelters For Storage And Habitation; Moon Diver Would Launch In Mid-2020s Timeframe When USA Plans Human Landings At South Pole

Credits: NASA, JPL

Tuesday / 26 Mar 2019

Accelerated Lunar Program To Include Astronomy From Moon 

USA National Space Council Chaired By Vice President Mike Pence Meets In Huntsville, Alabama 26 March; Pence And Former Astronauts Pushing For Early Human Lunar Landing, Perhaps By 2024; University Of Colorado Astrophysicist Jack Burns, Who Will Address NSC, Is Contracted To Develop Dark Ages Polarimetry Pathfinder Smallsat For Lunar Farside, With Ultimate Goal Of Placing Array Of Telescopes On Moon; Netherlands-China Low Frequency Explorer With Three 5-meter Antennae Will Begin Operating On Lunar Farside When Chang’e-4 Finishes Primary Mission

Credits: NASA, ISIS, CNSA, University of Colorado

Friday / 22 Mar 2019

Multiple Moon March Activities Planned By Commercial Industry And Nations Including USA

Current Lunar Activities Include SpaceIL Beresheet On Course To Vicinity Of Moon By 4 April And Planned Landing 11 Apr; 6-Person International Crew Of SIRIUS-19 In Moscow Simulating 122-Day Lunar Mission; Astrobotic Uses LIDAR-Equipped Drone To Map Iceland Lava Tube In Preparation For Lunar Applications; Japan, Canada And Lockheed Martin Plan Modules For Moon Orbit; US National Space Council Meets 26 Mar As NASA Plans Lunar Rover In 2023; Administrator Jim Bridenstine Says Next Human Landings Will Include First Woman On The Moon

Credits: SpaceIL, NASA, Astrobotic, DLR

Weekend Edition
Fri-Mon / 8-11 Mar 2019

New Canada Space Strategy Includes Lunar Rovers; Moon Express Has MoU For Early Direct Landings 

Navdeep Bains, Minister Of Innovation, Science And Economic Development, Unveils New Canada Space Strategy; US$2B Commitment Over 24 Years Contains $150M For Lunar Exploration Accelerator Program; Maxar Technologies MDA Developing Robotic Arms For Lunar Missions And Robotic Lunar Rover With 600-km Range; Moon Express Headed By Bob Richards Is One Of 9 NASA Commercial Lunar Payload Service Providers, Has MoU With Canadian Space Agency, And Could Provide Early Direct Flights To Lunar Surface At Fraction Of Canada Space Budget

Credits: Moon Express, NASA, CSA-ASC

Weekend Edition
Fri-Mon / 15-18 Feb 2019

USA And Partners Hope For 2019 Lunar Landing, Will Announce New Payloads And Commercial Contracts

Next Week NASA Will Announce 12 Science Payloads, Already Developed, For Commercial Lunar Service Providers; Commercial Partners Have 25 Mar Due Date To Submit Proposals For Transfer, Descent, And Ascent Vehicles Of Human Lunar Landing System With Selection In May; Award Of Up To US $9M In Contracts Expected By July Observation Of Apollo 11; Thomas Zurbuchen Of Science Directorate Hopes For USA Lunar Landing In 2019, Potentially Joining China Spacecraft Active On Surface 

Credits: NASA

Weekend Edition
Fri-Mon / 18-21 Jan 2019

SpaceIL Lander Arrives At Cape Canaveral On Way To Mare Serenitatis

Israel SpaceIL Beresheet Lander Now At Cape Canaveral; Scheduled To Fly From Launch Complex 40 On SpaceX Falcon 9 NET 18 February; Will Be Carried Along With India PSN-6 Communications Satellite And Classified US Co-Payload; 585-Kg Loaded Mass (200-Kg Dry) Lander Is First Of Former Google X-Prize Contestants To Launch; Will Take ~2 Months To Reach Landing Site In Mare Serenitatis At 28.0°N, 17.5°E; NASA Contributes Communications Support And Laser Retroreflector Array To Complement Lunar Ranging Experiments From Previous Missions; Lunar Reconnaissance Orbiter Will Make Observations To Support Beresheet Landing

Credits: SpaceIL, NASA

Tuesday / 15 Jan 2019

China Announces Exploration Program With Chang’e-6, 7 And 8

While Chang’e-4 (L) Will Measure Temperatures During The 14-Day Lunar Night, China CNSA Officially Announces More Moon Missions; Long March 5 Booster (R) Will Return To Flight NET 31 March With Launch Of Shijian-20 Communications Platform From Wenchang Satellite Launch Center On Hainan Island; Chang’e-5 Sample Return Launch On Long March 5 From Wenchang Is Planned Before End Of 2019; Chang’e-6 Is Slated To Return Samples From Lunar South Pole; Chang’e-7 Will Tentatively Conduct Survey Of South Polar Region; Chang’e-8 Will Test Technologies For Lunar Base And Future Human Activities On Moon

Credits: CNSA

Tuesday / 18 Dec 2018

HI-SEAS In Hawai’i Prepares For Human Moon Mission Simulations

Hawai’i Space Exploration Analog & Simulation (HI-SEAS) Site On Mauna Loa To Be Repurposed For Moon; Receives US$1 Million NASA Grant For Mars Data Collection; Owner Henk Rogers Refurbishing Habitat With New Equipment And Lunar Spacesuits; New Facility Built Especially For Moon Simulation Planned For Pohakuloa Section Of Mauna Loa, Joins Parallel Lunar Analog Sites Built In China, Japan, And Europe; Women On Moon Part Of Simulations; Rogers Compares Moon Before Mars To Visiting Nearby Island Of Lanai In Preparation For Crossing Ocean

Credits: NASA, HI-SEAS, SOEST

Weekend Edition
Fri-Mon / 14-17 Dec 2018

Moon First Proposal From Robert Zubrin

Robert Zubrin Of Mars Society Proposes Early Lunar Landing, Leveraging Falcon Heavy 60-Ton Payload; First Launch Would Carry Solar Power Equipment, Communications Gear, Two Crew Rovers And Squad Of Robot Rovers; Second Launch Would Carry 12-Ton Crew Habitat To Lunar Pole; Third Launch Would Orbit Lunar Excursion Vehicle (LEV) For Crew Launched On Falcon 9; LEV Would Carry Crew From LEO To Lunar Surface; Assuming That Hardware Cost Will Equal Launch Cost, Zubrin Claims That Early Lunar Landing Can Be Accomplished At Minimal Cost

Credits: NASA, Robert Zubrin, NPR

Tuesday / 4 Dec 2018

South Korea Launch Advances Lunar Missions

South Korea Successfully Launches Locally Built Rocket Engine To Altitude Of 209 Km, First Launch Since 2013 Orbital Flight On Budget About US$670M; Korea Satellite Launch Vehicle (KSLV-2) To Carry Satellites, Lunar Orbiter And Lander With Rover In Separate Launches; Korea Pathfinder Lunar Orbiter (KPLO) Carrying NASA ShadowCam Preparing For Dec 2020 Launch On Falcon 9; Ukraine, One Of 10 Nations With Full-Cycle Rocket Production Capability, Assisting With Engineering; South Korea Hosting Light Dark International Forum On Astronomy 17-21 Dec In Daejeon And Preparing For International Astronomical Union Meeting In 2021

Credits: KARI, Seoul Post, Buzz Aldrin/Facebook