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    Coast Guard Cutter Healy conducts Arctic patrol in support of the Office of Naval Research [Image 11 of 17]

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    A crew of maritime personnel wearing safety gear are handling a yellow underwater glider or autonomous underwater vehicle (AUV) on the deck of a ship at sea. The team appears to be either deploying or recovering the device, working collaboratively with tools and rigging. The overcast conditions and open ocean background suggest an active research or survey operation.

    UNITED STATES

    09.20.2018

    Photo by Senior Chief Petty Officer NyxoLyno Cangemi    

    U.S. Coast Guard Pacific Area

    ARCTIC OCEAN – The crew of the U.S. Coast Guard Cutter Healy (WAGB-20) prepare to hoist a sea glider on the stern of the ship Thursday, Sept. 20, 2018, approximately 100 miles northwest of Barrow, Alaska, in the Chukchi Sea. Sea gliders are semi-autonomous submarines used to measure water conductivity, temperature, depth, oxygen and other measurements in the Arctic Ocean. Once deployed, the sea gliders are controlled by pilots in the Applied Physics Lab at the University of Washington in Seattle. Approximately 30 scientists are aboard the Healy to study stratified ocean dynamics and how environmental factors affect the water below the ice surface for the Office of Naval Research. The Healy is one of two ice breakers in U.S. service and is the only military ship dedicated to conducting ice research in the Arctic. U.S. Coast Guard photo by Senior Chief Petty Officer NyxoLyno Cangemi

    IMAGE INFO

    Date Taken: 09.20.2018
    Date Posted: 09.20.2018 18:56
    Photo ID: 4760998
    VIRIN: 180920-G-EM820-684
    Resolution: 3000x2003
    Size: 1.5 MB
    Location: US
    Web Views: 61
    Downloads: 8

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    GALLERY

    A group of personnel in safety gear are handling a yellow underwater glider or autonomous underwater vehicle (AUV) on the wet deck of a research or Coast Guard vessel. The team, wearing hard hats and survival suits, appears to be preparing the device for deployment or recovering it from the water. A large orange crane is visible in the background, consistent with a ship's working deck environment.
    A man wearing cold-weather gear, including a knit cap, glasses, and a blue neck gaiter, works on a laptop computer while seated on a wooden surface. The setting appears to be the interior deck of a large vessel or ship, evidenced by industrial infrastructure, conduit runs, a wall-mounted telephone, and an EXIT sign visible in the background. The environment suggests an operational or research vessel in a cold climate.
    A research or survey vessel is deploying a yellow underwater glider or autonomous underwater vehicle (AUV) over the side of the ship using a crane and cable system. Several crew members wearing red survival suits, life vests, and safety helmets are managing the deployment operation from the ship's deck. The ocean conditions appear calm with moderate swells under clear skies.
    A group of crew members aboard a research or Coast Guard vessel are handling a yellow underwater glider or autonomous underwater vehicle (AUV) on the ship's deck. Personnel wearing red immersion suits, safety helmets of various colors (blue, green, yellow), and life vests are collaborating to position or prepare the device. Large yellow buoys and oceanographic equipment are visible in the background, suggesting a scientific or survey operation at sea.
    A group of crew members in red survival suits and safety gear are working on the deck of a research or offshore vessel. A central figure is leaning over and handling a yellow torpedo-shaped underwater glider or autonomous underwater vehicle (AUV) resting on wooden cradles. The scene takes place on a wet ship deck with a large yellow crane visible in the background.
    Two technicians in red immersion/survival suits are working on a yellow underwater glider or autonomous underwater vehicle (AUV) on the wet deck of a research or coast guard vessel. One person wears a gray hard hat while the other wears a knit beanie, and both appear to be performing pre-deployment checks or maintenance on the device. The ship's deck equipment, including an orange buoy and crane structure, is visible in the background.
    Two personnel in red immersion suits and gray hard hats are working on a yellow torpedo-shaped object, likely an oceanographic instrument or underwater glider, on the wet deck of a research or Coast Guard vessel. A third person in similar gear is visible in the background. The setting appears to be an overcast maritime environment with ship deck equipment visible.
    The image shows the stern deck of a research or work vessel underway at sea, with white wake visible behind the ship. Two yellow torpedo-shaped underwater gliders or autonomous underwater vehicles (AUVs) are mounted in white deployment cradles on either side of the deck. A crew member is kneeling beside the right-side AUV, apparently performing checks or adjustments prior to deployment.
    An aerial photograph shows a yellow underwater glider or autonomous underwater vehicle (AUV) floating on the surface of dark, choppy ocean water. The torpedo-shaped device features black wing-like fins and what appears to be an antenna or sensor mast at the top. The image was likely taken from a ship or aircraft during a deployment or recovery operation.
    A crew of workers in red immersion suits and hard hats are handling a yellow torpedo-shaped underwater vehicle (likely an AUV - Autonomous Underwater Vehicle) on the deck of a research or offshore vessel. The operation appears to be a deployment or recovery procedure, with personnel positioned around the device on a metal cradle. The setting is an open ocean environment with overcast skies and heavy equipment visible in the background.
    A crew of maritime personnel wearing safety gear are handling a yellow underwater glider or autonomous underwater vehicle (AUV) on the deck of a ship at sea. The team appears to be either deploying or recovering the device, working collaboratively with tools and rigging. The overcast conditions and open ocean background suggest an active research or survey operation.
    A crew of U.S. Coast Guard personnel are working together on the deck of a vessel at sea to handle a yellow torpedo-shaped underwater device, likely an unmanned underwater vehicle (UUV) or sonar tow body. The team is wearing standard safety gear including hard hats, immersion suits, and life vests. The operation appears to involve deploying or recovering the equipment using ropes and a launch cradle.
    Two technicians in red survival suits and gray hard hats are working on a yellow underwater glider (UUV) mounted in a white deployment cradle on what appears to be the deck of a research or naval vessel. The glider is equipped with a black dorsal fin, sensors, and an orange antenna mast at the rear. Text visible on one suit references 'APL' (Applied Physics Laboratory), suggesting an oceanographic research context.
    A crew member wearing a red survival suit and white hard hat kneels on the wet deck of a vessel, attending to a yellow underwater glider or autonomous underwater vehicle (AUV) secured in a metal deployment cradle. Several other crew members in matching red survival suits stand nearby on what appears to be the stern deck of a research or coast guard vessel. The open ocean is visible in the background under clear skies.
    A man wearing a knit cap, glasses, and a blue neck gaiter is working on the deck of a research or survey vessel at sea. He appears to be handling or preparing a yellow underwater glider or autonomous underwater vehicle (AUV) equipped with an orange-tipped antenna or sensor mast. The deck is wet and the ocean conditions appear moderately rough.
    A technician wearing safety glasses and a blue uniform is leaning over a workstation in what appears to be an industrial or military technical facility. The foreground shows a row of power strips or electrical distribution units with multiple cables connected. A second worker is partially visible in the background right.
    The image shows a laptop screen displaying multiple terminal windows running Ubuntu Linux. The terminals show SVN repository information, SSH connections, file operations, and SMS messaging script activity. The session appears to involve a user named 'jgobat' working on a project called 'glider' via command-line tools.

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    TAGS

    Icebreaker
    Office of Naval Research
    Polar
    USCGC Healy
    WAGB-20
    Sea glider
    semi-autonomous
    U.S. Coast Guard
    Submarine
    Science
    ONR
    USCG
    Arctic
    Research

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