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Rov test dive in habour
A Los Angeles-class nuclear-powered fast attack submarines (SSN) in service with the United States Navy, seen here diving in a dark ocean setting. Scale model photography.
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Water pollution with copy space
Underwater Deep Ocean Scene with Military Submarine. 3d Rendering Artwork.
Submarine, Surveillance, Warship, Underwater, Undersea
Houston, USA - 06 15 2023: Close view on fuel hose of bunker barge on crane connected to container vessel in bunker station with valves and manifolds during transferring of diesel or bunkering.
Submarine in deep. High Resolution Digitally Generated Image
Victoria, Canada - 3rd July 2023:Mooring anchoring points on a high level gantry
Swimming lane marker in the sea. Swimming lane marker in Aegean sea at Toska resort near Kavala town. Greece, Europe.
Isle of Aran, UK - July 31st, 2008: The UK Submarine Rescue Service's remotely operated vehicle (ROV) being launched. This will be used to clear debris from around a stricken submarine and to deliver survival stores to buy time until a rescue can be mounted. Training exercises are held about 4 times a year.
The sea waves washed over the stones
A Radio Controlled Model of an Underwater Survey Craft.
sunken boat under the sea
Tokyo, Japan - October 22, 2019:Royal Navy RHIB (Rigid-hulled inflatable boat) on HMS Enterprise (H88).
New York, NYC, USA-July 31 , 2023: U. S. S.submarine at museum pier 86 of Intrepid Sea, Air and Space museum in New York, docked on the Hudson River .
Boat cleaning at sea. He's trying to get a plastic bubble thrown into the water.
Sandwich, Massachusetts, USA -November 9, 2023 - Crewmen stand on the deck of a barge that the tug boat \
Charlottetown, PEI, CAN, 5.20.2023 - A large buoy see off the wharf along the Charlottetown, Prince Edward Island waterfront.
The Norwegian port of Stavanger, Norway, Europe. The P&O cruise liner Iona is moored in the background. In the foreground is mooring point with rope clamps.
toy ships
Different places aroun the isle Tusna
Setubal, Portugal: Portuguese Navy special forces - elite servicemen of the Fuzileiros (Marines) practice a landing operation using zodiac inflatable boats - Sado River estuary, Setubal harbor in the background.
Torpedo underwater ranged weapon self propelled towards a target with explosive warhead
Red and yellow buoys at land of Terschelling. A buoy is a floating device that can have many purposes. It can be anchored (stationary) or allowed to drift with ocean currents.
Isle of Aran, UK - July 31st, 2008: The UK Submarine Rescue Service's remotely operated vehicle (ROV) being launched. This will be used to clear debris from around a stricken submarine and to deliver survival stores to buy time until a rescue can be mounted. Training exercises are held about 4 times a year.
Port Canaveral, Florida, USA\nNovember 30, 2023\nUnited States Navy Submarine coming into Port Canaveral assisted by two tugboats.
Submarine, Torpedo - Weapon, Military Attack, Defending - Activity, Undersea
Free Images: "bestof:Autonomous Underwater Vehicle Fest 2007 DVIDS49226.jpg en Remote Environmental Monitoring Units REMUS with an autonomous docking station from Woods Hole"
X-36_Being_Prepared_on_Lakebed_for_First_Flight_DVIDS708016.jpg
160517-N-JY474-046.jpg
Philia Hellenic Center for Marine Research Heraklion harbour.jpg
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Flight time against mass of small drones.svg
SpaceStationCycle.svg
Hatherleigh Railway Station.jpg
Design_Analysis_of_the_P-38_Lightning.png
Design_Analysis_of_the_Lockheed_PV-1_Ventura.png
Autonomous_Underwater_Vehicle_Fest_2007_DVIDS49226.jpg
US_Navy_070611-N-7676W-023_Remote_Environmental_Monitoring_Units_(REMUS)_with_an_autonomous_docking_station_from_Woods_Hole_Oceanographic_Institution_(WHOI)_is_lowered_into_the_water_pierside_during_the_Autonomous_Underwater_Ve.jpg
US_Navy_070611-N-7676W-166_Amy_Kukulya_and_Tom_Austin,_both_from_the_Woods_Hole_Oceanographic_Institution,_prepare_to_launch_a_Remote_Environmental_Monitoring_Units_(REMUS)_during_Autonomous_Underwater_Vehicle_(AUV)_Fest_2007.jpg
US_Navy_050910-N-7676W-063_Aamir_Qaiyumi,_foreground,_and_Mark_Connelly,_with_Naval_Sea_Systems_Command_(NAVSEA)_in_Panama_City,_Fla.,_analyze_data_from_Remote_Environmental_Monitoring_Units_(REMUS)_aboard_the_Office_of_Naval_R.jpg
Flickr_-_Official_U.S._Navy_Imagery_-_New_Zealand_sailors_work_with_remote_vehicle.jpg
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US_Navy_070611-N-7676W-097_The_Midsize_Automated_Research_Vehicle_(MARV)_is_hoisted_aboard_Project_Support_Craft_(PSC)_12_following_pierside_testing_during_Autonomous_Underwater_Vehicle_(AUV)_Fest_2007,_hosted_by_the_Naval_Surf.jpg
US_Navy_070611-N-7676W-121_Franz_Hoover,_Massachusetts_Institute_of_Technology,_assists_the_Bluefin_Hovering_Autonomous_Underwater_Vehicle_(HAUV)_prior_to_a_demonstration_of_its_capabilities_for_close-range_hull_inspection_duri.jpg
US_Navy_070612-N-7676W-147_Gene_Latham,_left,_and_Joseph_Curcio_from_the_Massachusetts_Institute_of_Technology,_prepare_Scout,_an_autonomous_surface_platform,_for_deployment_as_part_of_Autonomous_Underwater_Vehicle_(AUV)_Fest_2.jpg
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US_Navy_070613-N-7676W-027_Kevin_Axeman,_an_engineer_with_Science_Applications_International_Corporation_(SAIC),_monitors_the_Communication_Event_Visualization_Archive_and_Reconstruction_(CEVARS)_system.jpg
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REMUS 100 Merivoimien vuosipƤivƤ 2014 02.JPG
REMUS 100 Merivoimien vuosipƤivƤ 2014 01.JPG
H16 training.jpg
US_Navy_100917-N-1038B-003_Naval_Oceanographic_Office_surveyors_John_Suslavage_and_David_Small_prepare_to_launch_autonomous_underwater_vehicle,_REM.jpg
KatanpƤƤ Hugin 1000 Merivoimien vuosipƤivƤ 2014 01.JPG
KatanpƤƤ Hugin 1000 Merivoimien vuosipƤivƤ 2014 02.JPG
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US_Navy_050909-N-7676W-054_Mark_Connelly,_left,_and_Gary_Umberger,_center,_work_with_a_crew_man_to_retrieve_the_Office_of_Naval_Research_(ONR)_funded_Remote_Environmental_Monitoring_UnitS_(REMUS).jpg
US_Navy_040708-N-6932B-111_Crewmen_assigned_to_Commander_Mine_Warfare_Command,_Unmanned_Underwater_Vehicle_(UUV)_Detachment_prepare_to_launch_a_Battle-Space_Preparation_Autonomous_Underwater_Vehicle.jpg
US_Navy_040710-N-6932B-109_Information_Systems_Technician_2nd_Class_Brian_Hatcher,_assigned_to_Naval_Special_Clearing_Team_One_(NSCT_1),_on_board_High-Speed_Vessel_Swift_(HSV_2).jpg
US_Navy_040710-N-6932B-111_Information_Systems_Technician_2nd_Class_Brian_Hatcher,_assigned_to_Naval_Special_Clearing_Team_One_(NSCT_1),_on_board_High-Speed_Vessel_Swift_(HSV_2).jpg
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US_Navy_040709-N-6932B-029_Chief_Aerographer^rsquo,s_Mate_James_W._Wassmer,_assigned_to_Commander_Mine_Warfare_Command,_Unmanned_Underwater_Vehicle_(UUV)_Detachment,_on_board_High-Speed_Vessel_Swift_(HSV_2).jpg
Sea Squirt, 1988, MIT Sea Grant Autonomous Underwater Vehicle Laboratory - MIT Museum - DSC03698.JPG
US_Navy_100914-N-1038B-001_Surveyors_secure_an_autonomous_underwater_vehicle_aboard_USS_Henson.jpg
US_Navy_100914-N-1038B-002_Surveyors_secure_an_autonomous_underwater_vehicle_aboard_USS_Henson.jpg
US_Navy_060130-N-7676W-028_The_Seahorse-class_Autonomous_Underwater_Vehicle_(AUV)_from_the_applied_research_laboratory_at_Penn_State_University_is_lowered_into_the_water_prior_to_undergoing_launch_and_recovery_testing.jpg
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US_Navy_101109-N-7676W-172_Michael_Rufo,_left,_with_Boston_Engineering,_explains_the_BIOSwimmer,_a_flexible_hulled_autonomous_underwater_vehicle.jpg
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