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    From Sketch Pad to Launch Pad: U.S. Naval Research Laboratory’s Space Robotics Revolution [Image 7 of 7]

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    The image shows a large scientific or industrial facility featuring a series of circular ring-shaped electromagnets or focusing coils arranged in a linear sequence, consistent with a particle accelerator beamline or similar physics research apparatus. The environment is dimly lit with dramatic red and amber lighting, revealing extensive cabling, electronic rack-mounted equipment, and overhead utility infrastructure. The scale and complexity of the installation suggest a major research laboratory setting.

    WASHINGTON, DISTRICT OF COLUMBIA, UNITED STATES

    07.16.2026

    Photo by Daniel Parry 

    U.S. Naval Research Laboratory

    The Space Physics Simulation chamber. A large vacuum chamber that can recreate plasma conditions in space to study basic plasma physics phenomena and test hardware operation in a simulated environment before flight. (U.S. Navy photo)

    IMAGE INFO

    Date Taken: 07.16.2026
    Date Posted: 07.16.2026 11:47
    Photo ID: 9814082
    VIRIN: 260416-N-NO204-1005
    Resolution: 1430x955
    Size: 511.46 KB
    Location: WASHINGTON, DISTRICT OF COLUMBIA, US
    Web Views: 32
    Downloads: 2

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    This work, From Sketch Pad to Launch Pad: U.S. Naval Research Laboratory’s Space Robotics Revolution [Image 7 of 7], by Daniel Parry, identified by DVIDS, must comply with the restrictions shown on https://www.dvidshub.net/about/copyright.

    GALLERY

    This is a hand-drawn engineering notebook page from NRL (Naval Research Laboratory), dated 9/12/2002, authored by M. Brown. It depicts a 'Wideband Gapfiller' satellite in flat spin, showing a 'Despin Concept' using solar panel soft pads to arrest rotation. The page includes dimensional drawings, angular momentum calculations, and torque requirements to stop rotation in 60 seconds.
    This is a hand-drawn engineering notebook page from NRL (Naval Research Laboratory), dated 9/12/2002, authored by MBrown. It depicts two schematic diagrams illustrating the 'WB Gapfiller - Docking with Rescuesat after Despin' concept, showing a spacecraft docking sequence. The drawings detail mechanical components including grappling mechanisms, repositioning mechanisms, and docking mechanisms across two phases of the operation.
    The image shows a large, dark industrial or research facility featuring multiple robotic arms engaged in what appears to be a precision manipulation or assembly task. Two distinct robotic systems — one black and one white — are positioned facing each other, interacting with a central instrumented payload or device. The setting suggests a space simulation, robotics testing, or advanced manufacturing environment.
    The image shows a multi-jointed robotic arm mounted on a wheeled metal platform inside an anechoic chamber, identifiable by the characteristic foam-covered walls designed to absorb electromagnetic or acoustic waves. The robotic arm appears to be positioned toward a white rectangular frame structure, possibly a test fixture or antenna mount. Various cables and wiring are visible throughout the setup, suggesting an active testing or calibration environment.
    The image shows a large indoor robotics or aerospace testing facility with multiple personnel gathered around computer workstations monitoring operations. On the right side of the facility, a complex robotic arm system is positioned adjacent to what appears to be a spacecraft or satellite mock-up covered in thermal blankets. The environment resembles a NASA or defense contractor test lab, with safety markings, camera tripods, and extensive cabling visible throughout.
    A space shuttle orbiter is displayed inside a large hangar-style museum facility, illuminated by photography studio lighting equipment including umbrella softboxes. The scene appears to be a professional photo shoot or documentation session taking place in low ambient light conditions. The facility has a large arched steel roof structure typical of aerospace museum display halls.
    The image shows a large scientific or industrial facility featuring a series of circular ring-shaped electromagnets or focusing coils arranged in a linear sequence, consistent with a particle accelerator beamline or similar physics research apparatus. The environment is dimly lit with dramatic red and amber lighting, revealing extensive cabling, electronic rack-mounted equipment, and overhead utility infrastructure. The scale and complexity of the installation suggest a major research laboratory setting.

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    From Sketch Pad to Launch Pad: U.S. Naval Research Laboratory’s Space Robotics Revolution

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    DARPA
    research and development
    U.S. Naval Research Laboratory
    US Navy
    Department of War
    Robotic Servicing of Geosynchronous Satellites (RSGS)

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