Category Archives: Advanced Technology

Tuesday / 5 May 2015

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Astrobotic Gains 3 More Contract Awards From NASA

AstroboticSTTR0515

GLXP Contender Announces US$375,000 In Contract Awards Through NASA Small Business Technology Transfer Program; Astrobotic, In Partnership With Carnegie Mellon University, Will Advance 3 Proposals For Resource Exploration On & Under Surface Of Moon / Other Planetary Bodies: Develop Sensors To Precisely Detect Minerals In Lunar Regolith, Develop Imaging Technology To Map Lunar Robot Surroundings While In Shadowed Polar Craters, Create Navigation / Perception Technology For Flying Robots To Explore Lunar Caves Without Communication To Earth

Image Credit: Astrobotic, NASA

Friday / 1 May 2015

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Copernicus Space Science Program To Feature Space Elevators & GLXP Team Puli GLXP Exosphere

Exosphere Conference In Budapest, Hungary 13-31 July With Theme ‘An Endogenously-Powered Space Elevator’ To Focus On Modeling Various Power Supply Systems, Potential Markets Resulting From Reduced Cost Payload Delivery To / From Orbit, Asteroid & Moon Mining Industries; Hungary GLXP Team Puli Will Demonstrate Its Lunar Rover; Program Supported By PuliSpace Founder (BL) Dr. Tibór Pacher, Space Elevator Expert Larry Bartoszek (BC), Enrico Dini (BR) Of D-Shape Company Which Is Experimenting With 3D-Printed Lunar Bases

Image Credit: Exosphere, GLXP, Team Puli, D-Shape, NASA SSERVI

Wednesday / 29 April 2015

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Bigelow Developing Expandable Technology With Eye Towards Lunar Operations

BigelowCarswell

Expandable Habitats Pioneered By Bigelow Aerospace Could Facilitate Lunar Settlement More Quickly & Affordably Than Generally Believed; Bigelow Set To Launch BEAM Module – With 16 Cubic Meter Volume – To ISS Sep 2015; Larger BA 330 Modules To Follow Before Company Begins Enabling Individuals, Companies & Countries To Extend Human Activity To Moon Utilizing Its Habitat Systems; Basic Lunar Habitat Could Consist Of 3 BA 330s, 4 Propulsion Buses & 4 Docking Nodes

Image Credit: Bigelow Aerospace, Space Age Publishing Company

Tuesday / 28 April 2015

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Astrobotic Advancing Navigation Technology For Lunar Landing

AstroGE

GLXP Contender Selected By NASA Flight Opportunities Program To Test Navigation Technology; Astrobotic Will Demonstrate Reliability Of Soft Landing System Aboard Masten Space Systems’ Suborbital Reusable Launch Vehicle; Developed With Nvidia & General Electric, 4kg Avionics System Supposedly Capable Of Pinpoint Lunar Landing With Hazard Avoidance Down To 20cm, Touchdown Accuracy To 3m; GLXP Teams Must Declare Registered / Scheduled Launch By End 2015

Image Credit: Astrobotic, GE, Nvidia

Friday / 17 April 2015

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5th International Lunar Surface Applications Workshop Last Day

LSA5

Final Day Of LSA5 In Cocoa Beach FL Will Feature Russell Cox (L) Of Flexure Engineering On ‘The Lunar Initiatives’, David Dunlop (R) Of NSS On ‘International Lunar Decade’, & Presentations On The Business Of Being An Astropreneur; Other Lunar Leaders Include Bob Richards (Moon Express), Dan Hendrickson (Astrobotic), Jim Keravala (Shackleton Energy); Conference Advancing Collaborations, Ideas For Robotic Science / Resource Prospecting & Human Exploration / Settlement Missions; 5th LunarCubes Workshop To Be Held Oct 6-9 In San Jose CA; LSA5 Speech By Astronaut Cady Coleman & Panel Discussion Available

Image Credit: Flexure Engineering, NSS, Bigelow, Isaac Brekken/The New York Times/Redux/Eyevine

Thursday / 2 April 2015

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Lunar Dust Experiments Opening Future Exploration Possibilities

DustyMoon0415

LADEE Results Indicate Tail Of Nanoscale Particles Trailing Moon, Likely Expelled By Asteroid Impact, <0.001g / Square Meter; LADEE Spectrometer PI Says Phenomenon Could Offer New Way To Study Surface Of Airless Planetary Bodies, “Collect Their Tails Rather Than Landing On Them”; Moon RIDERS Educational Project Testing System To Remove Lunar Dust From Moon Lander Equipment Using High Voltage Square Waves Being Tested At NASA Ames; Project Is Collaboration Of Hawai`i High Schools, NASA, GLXP Teams, PISCES

Image Credit: NASA, kealakeherobotics.org

Friday / 27 March 2015

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ARM Project To Revive NASA Human Missions To Cislunar SpaceARM

Asteroid Redirect Mission (ARM) Under Development By NASA To Launch Humans To Moon Orbit, While Private Companies Such As Golden Spike Aim For Moon Surface 2018-2020s; US$1.25B Robotic Mission To Launch Dec 2020, Travel 2 Years To Asteroid (Potentially 2008 EV5), Spend 400 Days Searching For 4-Meter Diameter Boulder, Bring Selected Boulder To Moon Orbit; Astronauts Will Then Launch 2025 To Moon Orbit, Dock With & Study Rock Via SLS / Orion; Additional Cislunar / Moon Surface Missions Under Consideration

Image Credit: NASA, Boeing Co., New Scientist

Wednesday / 25 March 2015

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Mojave Volatiles Prospector Preparing For
Lunar Polar Mission

MVP0315

MVP Project Using 3 Instruments – Near Infrared & Visible Spectrometer, Neutron Spectrometer Subsystem, And Downward Facing GroundCam – On KREX-2 Rover To Advance Robotic Volatile Prospecting Methods For Use At Lunar Poles; Tests Conducted In Mojave Desert Lunar Analog Site; Small Field Team In Mojave & Operational Team At NASA Ames Simulating Real-Time Analysis & Decision Making Needed For Moon Mission; Project Driven By Likelihood Of Water Ice Deposits In Permanently Shadowed Craters At Lunar Poles Colder Than 40K

Image Credit: NASA

Tuesday / 3 March 2015

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Shackleton Energy Company To Develop, Test New Technology At ISS

ShackletonECISS

In A Step Towards Ultimate Goal Of Providing More Affordable Access / Operations To / In Space, Shackleton Energy Corporation (SEC) Signs MOA With CASIS To Develop & Test Mini Space Brakes / Re-entry Vehicles Called ‘Oryx’; Technology Is Critical Enabler For Aerobraking Systems Needed To Economically Fly Water From Moon To Fuel Depots In LEO; SEC To Eventually Develop Larger Re-entry Vehicles / Orbital Lifeboats For Fuel Depot Crew

Image Credit: Shackleton Energy Company

Weekend Edition
Fri-Mon / 27 Feb – 2 Mar 2015

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Hawai`i High Schools To Develop, Test & Fly New Technology To Moon Surface

MoonRIDERS0215

Hawaii High Schools Kealakehe & `Iolani Selected For Moon RIDERS (Research Investigating Dust Expulsion Removal Systems) Student Lunar Flight Experiment; Schools Will Build & Test A Technology Called Electrodynamic Dust Shield (EDS), System That Generates Electric Current To Remove Corrosive Dust Particles From Spacesuits And Spacecraft; Students Will Test Mock-up Spacecraft Equipped With EDS At PISCES Analog Test Site On Mauna Kea, Hawaii Island Beginning 16 Mar

Image Credit: PISCES, NASA