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    Luke Travisano, engineer with Robotic Research LLC, conducts a test run of the autonomous system Pegasus, during the Project Convergence capstone event at Yuma Proving Ground, Arizona, Aug. 11 – Sept. 18, 2020. [Image 5 of 15]

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    A young man wearing a wide-brimmed hat and blue polo shirt is holding and examining a handheld device labeled 'Pegasus' inside what appears to be a military or field tent structure. The device appears to be a tactical or drone remote control unit. The setting suggests a field operations or military exercise environment.

    YUMA PROVING GROUND, ARIZONA, UNITED STATES

    08.24.2020

    Photo by Pfc. Carlos Cuebas Fantauzzi 

    U.S. Army Transformation and Training Command

    Luke Travisano, engineer with Robotic Research LLC, conducts a test run of the autonomous system Pegasus, during the Project Convergence capstone event at Yuma Proving Ground, Arizona, Aug. 11 – Sept. 18, 2020. Project Convergence is the Army’s campaign of learning to aggressively advance solutions in the areas of people, weapons systems, command and control, information, and terrain; and integrate the Army’s contributions to Joint All Domain Operations. (U.S. Army photo by Spc. Carlos Cuebas Fantauzzi, 22nd Mobile Public Affairs Detachment)

    IMAGE INFO

    Date Taken: 08.24.2020
    Date Posted: 09.22.2020 15:03
    Photo ID: 6358145
    VIRIN: 200824-A-WL997-1057
    Resolution: 6720x4480
    Size: 1.39 MB
    Location: YUMA PROVING GROUND, ARIZONA, US
    Web Views: 162
    Downloads: 21

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    This work, Luke Travisano, engineer with Robotic Research LLC, conducts a test run of the autonomous system Pegasus, during the Project Convergence capstone event at Yuma Proving Ground, Arizona, Aug. 11 – Sept. 18, 2020. [Image 15 of 15], by SSG Carlos Cuebas Fantauzzi, identified by DVIDS, must comply with the restrictions shown on https://www.dvidshub.net/about/copyright.

    GALLERY

    A military unmanned ground vehicle (UGV) is photographed in a desert environment alongside a cholla cactus in the foreground. The vehicle appears to be a multi-wheeled robotic platform equipped with sensors, cameras, and what appears to be a weapon system or launcher on top. The label 'PLT-1' is visible on the vehicle, suggesting it is part of a platoon-level autonomous or remote-controlled system.
    A military-grade quadcopter drone is mounted on top of an olive-drab military vehicle in a desert environment. The drone appears to be in a ready-to-launch configuration, secured to a launch/recovery platform on the vehicle's roof. The setting appears to be an arid desert testing or operational area with mountains visible in the background.
    A person is holding a rugged, military-style drone or robot remote control unit with an integrated tablet screen outdoors in a sandy, arid environment. The controller is olive/dark green in color and features dual joysticks, multiple buttons, and a built-in display screen that appears to be off or in sleep mode. The setting appears to be a desert or dry terrain field operation.
    A man wearing a face mask, glasses, and a desert camouflage backpack stands in an arid desert environment operating a military-style handheld control device. He is looking down at the olive-drab colored controller, which appears to have a joystick and a screen. A white Dodge Ram 1500 pickup truck is visible in the background against a mountainous desert landscape.
    A young man wearing a wide-brimmed hat and blue polo shirt is holding and examining a handheld device labeled 'Pegasus' inside what appears to be a military or field tent structure. The device appears to be a tactical or drone remote control unit. The setting suggests a field operations or military exercise environment.
    A person is holding a ruggedized military-style tablet mounted to a game-controller-style input device. The tablet displays a tactical mapping application showing aerial/satellite imagery with overlaid route or mission data in green. The setup appears to be a ground control or robotic/drone control system being operated indoors.
    A person is holding a military-style rugged tablet or phone case in olive drab/green color, branded 'Juggernaut.Case' visible on the top edge. The back of the case features a Velcro patch with a winged emblem and the word 'PEGASUS'. The subject appears to be examining or displaying the device in what looks like an indoor setting.
    The image shows a close-up of a desk or table surface with two embroidered patches bearing the 'PEGASUS' name and a winged logo in blue. A tactical or military-style watch is lying on its side in the background, along with what appears to be a black watch or gear strap. The foreground is in sharp focus while the background items are slightly blurred.
    A person wearing a wide-brimmed sun hat, face mask, glasses, and light-colored long-sleeve shirt is operating a ruggedized military-style laptop computer in an arid desert environment. The individual appears to be a civilian contractor or technician based on their attire and visible lanyard. The setting suggests a field exercise or military testing operation in a desert location.
    A utility terrain vehicle (UTV) covered in camouflage netting is parked on a desert dirt road. The vehicle is equipped with specialized electronic or sensor equipment mounted on top, and at least one person wearing a face mask and hat is seated inside. The setting appears to be an arid desert testing or operational environment.
    The image shows a multi-sensor surveillance or detection system mounted on a vehicle or platform, photographed in an arid desert environment. The device features multiple camera lenses and optical sensors arranged in a cylindrical tan-colored housing, suggesting a 360-degree situational awareness or reconnaissance capability. The setting appears to be a military or defense testing environment based on the equipment design and terrain.
    The image shows a close-up of a military-grade multi-sensor surveillance or targeting system mounted on a tan/desert-colored platform. The device features multiple optical lenses with blue anti-reflective coatings, consistent with electro-optical/infrared (EO/IR) sensor arrays. The system is positioned in an arid desert environment, likely at a testing or operational site.
    A Panasonic FZ-Q2 rugged laptop is being used outdoors, displaying what appears to be an AIDTR software interface with multispectral or thermal imaging data shown in a grid format with rainbow-colored heat maps. The screen shows a 'frameId: 607' counter in the upper right, suggesting real-time data capture or processing. The laptop has a sun shade attached to reduce glare, indicating field deployment in a bright outdoor environment.
    A drone operator stands on a flat, open tarmac or airstrip in a desert environment, piloting a large multi-rotor drone (appears to be a hexacopter or octocopter) flying overhead. A white Chevrolet pickup truck and what appear to be equipment cases or containers are visible in the background. The setting suggests a professional UAV testing or survey operation in an arid, remote location.
    A drone operator stands on a large paved surface, likely an airstrip or tarmac, holding a remote controller while a large multi-rotor drone (hexacopter or octocopter) sits on the ground nearby. The setting appears to be a desert environment, with arid landscape, sparse vegetation, and mountains visible in the background. Support vehicles and equipment trailers are visible in the mid-ground.

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