Weekend Edition
Fri-Mon / 17-20 Sep 2021

Moon South Pole Landing Site for NASA VIPER Mission to be Revealed Monday

Known to contain molecular water and other useful volatiles per LRO & Chandrayaan / Moon Mineralogy Mapper data, lunar South Pole region exploration is focus of CLPS mission sequence with Intuitive Machines to deliver Prime-1 consisting of Trident 1m drill / MSolo off-the-shelf mass spectrometer to area in Q4 2022 under US$47M contract, Astrobotic to deliver VIPER autonomous rover with same instrument suite late 2023 under $199.5M contract; Landing site selection may have profound implications for human lunar base buildout, with Shackleton, Cabeus, Nobile Craters, Leibniz Plateau, Malapert Mountain being strong contenders

Pictured (L-R): NASA Planetary Science Division Director Lori Glaze, VIPER Project Manager Daniel Andrews, Lead Project Scientist Anthony Colaprete, Deputy Lead Project Scientist Darlene Lim; Credits: LPI, NASA, Wikipedia

Weekend Edition
Fri-Mon / 10-13 Sep 2021

Astrobotic Breaking New Ground as a CLPS Frontrunner in Moon Return

Astrobotic now employs 150+ from Pittsburgh HQ, from which Peregrine lander (100kg capacity) to be controlled as it descends onto and operates from Lacus Mortis in 2022; AON3D of Montreal to supply additive 3D printed components, funded by $11.5M investment round; CAES of Arlington providing avionics flight control processor; Griffin lander (500kg capacity) to deliver VIPER / Neutron Spectrometer System by 2024; PRISM-identified science missions 1A to Reiner Gamma, 1B to Schrödinger crater in 2024; 2A with 6° of MSP, 2B to Gruthuisen Domes in 2025 yet to be awarded to CLPS providers

 

Credits: IM, NASA

Tuesday / 22 June 2021

Spacebit Offers Collaboration Opportunity On Lunar Rover Set For 2021/2022 CLPS Delivery

Partnering With Crowdsourcing Platform Wevolver, Spacebit Engineering Challenge Seeks Design Feedback On Next Iteration Of 1U CubeSat-Based, “Arachnid-Like”, 4-Legged Asagumo Rover; Major Contributors To Have Names Engraved On Rover; Scheduled To Launch On ULA Vulcan Centaur, Land Within Lacus Mortis On Astrobotic Peregrine 2021/2022; Asagumo To Traverse 10-m, Record HD Video, 3D Map Via LIDAR; Explore Potentially Habitable Lava Tubes In Future; Spacebit Also Has Wheeled Rover Booked On Intuitive Machines IM-1 And “Plans To Fly On Every NASA CLPS Delivery On The Market”

Credits: Spacebit, NASA

Friday / 21 May 2021

Half-Dozen Enterprises To Receive New Lunar Technology Maturation Grants

NASA SBIR / SBTT Awards $750K/EA To 6 Businesses With Moon Focus: Paragon Space Development Corporation Of Tucson AZ (ISRU Collector Of Ice); Lunar Resources Of Houston TX (Molten Regolith Electrolysis Oxygen Capturing, Filtering & Storage System); Advanced Cooling Technologies Of Lancaster PA (Thermal Management System For Lunar Ice Miners); CesiumAstro Of Austin TX (Commercial Communications & Sensing System); Flight Works Of Irvine CA (High Performance Pump-fed Lunar Transfer Stage For Small Launchers); Blueshift Of Broomfield CO (Modeling Rover Interactions With Lunar Regolith In PSRs)

Credits: Paragon, Lunar Resources, ACT, CesiumAstro, Flight Works, Blueshift, NASA

Friday / 23 Apr 2021

German Aerospace Center (DLR) Sensor To Test Lunar Radiation Levels From Astrobotic Peregrine

Long Term Lunar Human Survivability Investigation To Be Advanced With M-42 Radiation Detector “Providing Valuable Knowledge About Galactic Cosmic Radiation” Per Thomas Berger, Biophysics Team Leader At DLR Institute Of Aerospace Medicine; 250-g Instrument Is Set To Fly To Lacus Mortis On Astrobotic Peregrine Mission 1, Launching NET Nov 2021; Similar Sensors To Evaluate Radiation Conditions From Within Orion Spacecraft During Artemis 1 (MARE – Matroshka AstroRad Radiation Experiment); DLR Joins International Payloads From UK, Hungary, Japan, Canada And Mexico On Mission 1

Credits: Astrobotic, DLR, NASA

Tuesday / 23 Mar 2021

Astrobotic Griffin Lander Mockup Undergoing VIPER Integration Testing At Johnson Space Center

Full Scale Prototype Of Astrobotic Medium Payload Capacity (475kg) Lunar Lander, Griffin, Being Evaluated For Fitment With Volatiles Investigating Polar Exploration Rover, Special Attention Being Paid To Surface Deployability Via 20° Foldable Ramps; Flight Ready Version Of Griffin To Possess Landing Accuracy Within 100m And Hazard Detection Threshold Of 15cm Enabled By Avionics Suite Including LIDAR, DOPLER, Star Tracking, Inertial Measurement And Vision-Based Algorithmic Navigation; Agile Space Industries Providing Attitude Control System Comprised Of Seven A110 Thrusters), Five 3.1kN F500E Main Engines By Frontier Aerospace

Credits: Astrobotic, NASA

Friday / 15 Jan 2021

NASA Commercial Lunar Payload Services (CLPS) Program Advances Ahead Of USA Return To Moon This Year

CLPS Providers Astrobotic And Intuitive Machines Striving For Q4 Lunar Landings With Peregrine And Nova-C Landers; Emulated Interface Pairing Of NASA Water Detectors MSolo, NSS, And NIRVSS With Peregrine Successful, Instruments To Fly On Both Mission One (2021, Set To Launch On ULA Vulcan Centaur) And Rover Delivery Mission VIPER (2023); Intuitive Machines Delivering 5 NASA / 5 Commercial Payloads During IM-1 (2021) And IM-2 / TRIDENT Drill PRIME-1 (2022), Both Riding On SpaceX Falcon 9, As Is MASTEN XL-1 Lander For Task Order 19-C (2022)

Credits: IM, Astrobotic, Masten

Weekend Edition
Fri-Mon / 4-7 Dec 2020

NASA Advances Icy Lunar Regolith Excavation, Lava Tube Mapping & Earth-Moon Commerce

Systems Of Moon Excavation Are Focus Of Break The Ice Lunar Challenge, A Centennial Challenge Directed By KSC And MSFC With US$500k Phase 1 Funds, $4.5M Allocated To Phase 2; NASA Innovative Advanced Concepts (NIAC) Phase 3 Sponsored R&D Led By William ‘Red’ Whittaker On 15-kg / 1-Lunar Day Lifespan PitRanger Mini Rover Designed To Create HD Images Of Lava Tube Interiors Via Aggregation; With Intentions Of Stimulating Cislunar Economy, Masten, Lunar Outpost, ispace Europe & Japan Win Bids To Transport / Sell Moon Samples

Credits: NASA, William Whittaker / PitRanger team, Masten Space Systems, ESA

Friday / 23 Oct 2020

Astrobotic Opens State Of The Art HQ Ahead Of 2021 Moon Landing

Astrobotic, A Private NewSpace Enterprise With Carnegie Mellon Origins, Has New Home Located In Historic Manchester Neighborhood Of Pittsburgh; Renovation Of 4,366-m2 Former Post Office Reportedly 1/3 Complete, Containing Space For Fabrication, Laboratories, Administration; Further Construction To Include Drone / Rover Testing Areas; US$79.5M Peregrine Mission Launching July 2021 To Lacus Mortis Area (44.96°N, 25.62°E) Of Moon Will Be Controlled From 1016 North Lincoln Ave, As Will 2 Moon South Pole Missions: $5.6M MoonRanger Rover (Carried By XL-1 Masten Lander Dec 2022) And $199.5M Griffin (To Deliver VIPER 2023)

Credits: Astrobotic, CMU

Weekend Edition
Fri-Mon / 14-17 Aug 2020

USA, China On Fast Track For Human Moon Missions Through Sustained Science, Exploration Programs

NASA LRO Surpasses 5 Years In Polar Mapping Orbit Collecting Data For Landings; Part Of Extensive Artemis SPD-1 To Achieve Humans At Moon South Pole (MSP) 2024, CLPS Program To See 1st Commercial Landings [Astrobotic, Intuitive Machines] Second Half Of 2021, Masten To MSP 2022, VIPER MSP 2023, PRIME-1 & 19D Contracts Upcoming; China / Zhongguo Chang’e-4 Operating On Farside, CE-5 Sample Return Launching 24 Nov, CE-6 Payloads Being Selected, CE-7 Collaboration With Russia Developing, CE-8 In 2027 May Be Final Robotic Landing Before Crew

Credits: NASA, CNSA, NAOC-CAS