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    FOUL WEATHER TOOL [Image 5 of 7]

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    This is an instructional/promotional graphic depicting the Laser VIBROMeter (LVIDS) system, showing a military ground robot (Bobcat-style tracked vehicle) emitting red laser beams toward the ground surface. Two military personnel are shown in circular insets — a 'Bobcat Operator' on the left and a 'Sensor Operator' on the right — both holding tablet-like devices. The system appears designed for subsurface detection, likely for IED or landmine identification.

    UNITED STATES

    10.10.2018

    Courtesy Photo

    U.S. Army Acquisition Support Center

    NODAR previously developed a laser vibrometer that operated from a moving ground vehicle. The company builds optical 3D sensors for autonomous vehicles and says its technology outperforms current lidar and operates in extreme weather conditions and temperatures. (Image courtesy of NODAR)

    IMAGE INFO

    Date Taken: 10.10.2018
    Date Posted: 12.12.2018 14:58
    Photo ID: 4968960
    VIRIN: 181212-A-A4416-005
    Resolution: 878x480
    Size: 232.53 KB
    Location: US
    Web Views: 85
    Downloads: 3

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    This work, FOUL WEATHER TOOL [Image 7 of 7], must comply with the restrictions shown on https://www.dvidshub.net/about/copyright.

    GALLERY

    A man in a dark suit and green tie is speaking at a podium bearing the U.S. Army logo during what appears to be an official U.S. Army 'xTechSearch' event. He is gesturing with his hands while addressing an audience, with a large branded display screen visible behind him. The event appears to be a technology competition or innovation program hosted by the U.S. Army.
    A group of approximately 13-14 professionals posing for a formal group photograph in front of a backdrop featuring the U.S. Army star logo and a colorful pink/magenta graphic panel. The individuals are dressed in business and business-casual attire, suggesting an official or ceremonial event. The setting appears to be an indoor venue with blue carpeting and blue curtains.
    A formal meeting or briefing is taking place in a modern conference room around a large oval wooden table. Multiple U.S. Army Research, Development and Engineering Command (RDECOM) banner displays are visible along the back wall, indicating this is an official Army research and technology event. Participants include civilians, at least one uniformed military personnel, and a woman who appears to be presenting or speaking to the group.
    The image depicts a technical diagram showing a geodesic sphere or polyhedron-shaped device (resembling a soccer ball with blue and white panels) at the center of a wireless communication network. The central device communicates with multiple nodes including a satellite, two small wireless transmitter/receiver dongles, and a ground-level signal point, all connected via dashed blue arrows indicating signal transmission directions. This appears to be a conceptual illustration of a multi-channel wireless communication or IoT hub system.
    This is an instructional/promotional graphic depicting the Laser VIBROMeter (LVIDS) system, showing a military ground robot (Bobcat-style tracked vehicle) emitting red laser beams toward the ground surface. Two military personnel are shown in circular insets — a 'Bobcat Operator' on the left and a 'Sensor Operator' on the right — both holding tablet-like devices. The system appears designed for subsurface detection, likely for IED or landmine identification.
    The main image shows a military soldier in full combat gear, including a tactical helmet with goggles, body armor, and carrying a rifle, operating in a smoky environment with red/pink smoke visible. A red circle highlights a small device near the soldier's neck/jaw area. An inset image in the upper right shows a close-up of what appears to be the same type of device — a white earpiece or communication/medical sensor attached near the ear and neck of a person in military uniform.
    A 3D aerial photogrammetric rendering of a dense urban cityscape, built using the Hivemapper platform as indicated by the watermark in the lower-left corner. The view shows a mix of high-rise commercial towers, mid-rise residential buildings, green park spaces, and street infrastructure from an oblique bird's-eye perspective. The model exhibits typical photogrammetry artifacts including texture distortions and incomplete geometry in certain areas.

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