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Articles tagged: Robots

  • CubeSat, interplanetary, MarCO, mother-daughter architecture July 2018 The rise of interplanetary CubeSats

    ... Assistant Professor and heads the Space and Terrestrial Robotic Exploration (SpaceTREx) Laboratory. Jekan has a bachelor... MDA Space Missions. Jekan obtained his Ph.D. in space robotics at the University of Toronto Institute for Aerospace Studies (...

    • CubeSat
    • interplanetary
    • MarCO
    • mother-daughter architecture
    Authors: Jekan Thanga    
  • 3D printing, In-Situ Resource Utilisation, ISRU, Space Exploration, sustainability October 2018 Sustainable ways of living on the Moon and Mars

    ...technology to extract those resources in an efficient manner Two forthcoming robotic space missions, Russia/ESA’s Luna 27 lander and NASA’s ...of local extraction from lunar-based mines, both robotic and astronaut tended. NASA’s Mars 2020 rover research...

    • 3D printing
    • In-Situ Resource Utilisation
    • ISRU
    • Space Exploration
    • sustainability
    Authors: Nick Spall    
  • human settlement of space, Rod Pyle, Space 2.0, space colonies, space resources July 2019 Settling the final frontier

    ... written extensively for NASA’s Jet Propulsion Laboratory and Caltech. His books published in 2019 include Interplanetary Robots, Space 2.0, and First on the Moon. This article is based on an extract from Space 2.0 by Rod Pyle, with a foreword...

    • human settlement of space
    • Rod Pyle
    • Space 2.0
    • space colonies
    • space resources
    Authors: Rod Pyle    
  • Apollo Next Generation Sample Analysis program, Artemis, Lunar samples, Lunar volatiles, permanently shadowed regions, PSR January 2021 Evolution of volatiles on the Moon

    ... potentially useful resources. This approach is a major departure from that during Apollo, because Artemis and its robotic precursor missions are part of NASA’s strategy of establishing a sustainable, long-term human presence on the Moon as opposed...

    • Apollo Next Generation Sample Analysis program
    • Artemis
    • Lunar samples
    • Lunar volatiles
    • permanently shadowed regions
    • PSR
    Authors: David S Draper     James Green    
  • International Space Station, journey to Mars, Orion, SLS, Space Exploration January 2022 Earth - no longer humanity’s only home

    ... will be ‘and’ not ‘or’. This endeavour is the most ambitious we have ever undertaken. It will require human and robotic skills, national and international efforts, commercial and government capabilities in Earth orbit and deep space, conducting...

    • International Space Station
    • journey to Mars
    • Orion
    • SLS
    • Space Exploration
    Authors: William Gerstenmaier    
  • Artemis, Moon 2024, NASA, The James Webb Space Telescope (JWST), WFIRST 18 December 2019 US Senate suggests Artemis delay after requested funding halved

    ...' lifespans. This programme budget includes monies for the completion of SPIDER, a SPace Infrastructure DExterous Robot (SPIDER) that the robotic satellite servicing platform will carry as a secondary payload. The remaining CJS bill funding of $3,448...

    • Artemis
    • Moon 2024
    • NASA
    • The James Webb Space Telescope (JWST)
    • WFIRST
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