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Israeli naval technology advances with autonomous vessel created for prolonged missions, remote operation, and modular use at sea. Seagull combines sensors, autonomy, and remote control in a compact platform aimed at complex military tasks without onboard crew.
Israel has developed the Seagull, a 12-meter autonomous military vessel designed to operate without onboard crew in prolonged naval missions, with remote control from the shore or a mothership.
Created by Elbit Systems, the system falls into the category of unmanned surface vessels and was designed to perform missions involving onboard sensors, maritime surveillance, and continuous operation in the naval environment.
The manufacturer presents the Seagull as a USV, an acronym in English for Unmanned Surface Vessel, a term used for vessels that navigate the surface without onboard sailors and can be commanded by remote systems.
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According to Elbit Systems, the model can remain at sea for more than four days at cruising speed, a feature associated with patrol, monitoring, and data collection missions for extended periods.
Seagull is a 12-meter military USV
Unlike conventional ships, the Seagull was not structured around the permanent presence of a crew, which changes space, operation, and employment requirements in coastal or naval support missions.
In its disclosed configuration, the vessel concentrates sensors, mission systems, and remote control resources in a smaller platform, aimed at surveillance, patrol, mapping, and operational support in maritime areas.
With this design, the Seagull can carry equipment to areas of interest at sea without the need to keep sailors onboard throughout the operation, while the team monitors the mission from a distance.
Elbit Systems states that the system was developed for missions such as anti-submarine warfare, mine countermeasures, electronic warfare, maritime security, hydrography, and commercial underwater operations.
This modular configuration allows adapting the same platform to different functions, depending on the equipment installed in each mission, without necessarily requiring the construction of a specific vessel for each type of task.
Remote operation alters crew exposure
In mine countermeasures, the vessel can be employed to support detection and sweeping activities in risk areas, keeping operators off the platform sent to the operation point.
The logic of this use is to reduce the direct presence of teams in potentially dangerous maritime areas, without removing human control from the mission, which continues to be done by operators on land or on another ship.
In anti-submarine warfare missions, the Seagull can function as an extension of naval sensors, taking detection equipment to defined points in the sea and transmitting information to the control system.
According to the proposal released by the manufacturer, the platform does not replace the complete structure of a fleet but offers support in specific tasks that depend on sensors, mission endurance, and remote operation.
The possibility of operating from a mothership expands the ways the system can be employed, as a larger vessel can coordinate the Seagull without moving the entire main platform to each point of interest.
In this model, the unmanned vehicle acts as an additional resource to investigate areas, track contacts, or collect data, while the main ship maintains its position and concentrates on coordinating the operation.
When controlled from the coast, the Seagull meets needs associated with port regions, coastal areas, and patrol zones near the territory, without requiring an onboard crew throughout the mission.
Autonomy of more than four days expands naval use
The autonomy of more than four days allows the vessel to be used in extended monitoring, patrol, and information-gathering missions, especially in scenarios where continuous presence at sea is relevant.
Although it is 12 meters long, the Seagull is presented by the manufacturer as a military platform for real operations, with integration of sensors, communication, remote control, and multi-mission capability.
The development of this type of technology accompanies initiatives by naval forces and defense companies aimed at using unmanned vessels as a complement to traditional ships in specific activities.
These systems have been associated with surveillance, reconnaissance, maritime monitoring, and operational support functions, areas where mission endurance and sensor distribution can influence naval planning.
The absence of an onboard crew also changes the way the mission is organized, as part of the operational design no longer depends on accommodation, life support, and the routine of teams within the platform.
In a USV, the focus is on sensors, autonomy, communication, and integration with command systems, while the human team remains responsible for monitoring, analyzing information, and operational decisions.
Autonomous ships change mission planning
The automation of Seagull does not eliminate human participation, as operators continue to monitor the mission, interpret data, and make decisions from land stations or centers installed on other vessels.
What changes is the physical position of the team in relation to the platform sent to sea, with the separation between the vehicle carrying sensors and the professionals responsible for conducting the operation.
This model shows that the evolution of autonomous ships does not depend solely on large vessels, as compact platforms can also perform specific functions in coastal and patrol areas.
A 12-meter vessel, with mission modules and autonomy for several days, can be integrated into operations that require distributed presence, data collection, and monitoring of maritime areas for extended periods.
Israeli platform integrates sensors and remote control
The name Seagull, which means seagull in English, identifies an Israeli military naval platform aimed at unmanned operations, and not a common civilian or recreational vehicle.
Even with smaller dimensions than traditional military ships, the system belongs to a segment of the defense industry focused on maritime automation, naval surveillance, and the use of sensors on unmanned platforms.
The interest in such vessels occurs in a context where naval forces seek to expand presence at sea, distribute sensors, and reduce the need to deploy manned ships for all tasks.
Unmanned platforms can assume roles of reconnaissance, monitoring, and operational support, while larger ships remain in coordination positions or engage in missions that require a broader onboard structure.
In practice, the Seagull represents a change of scale and method in certain maritime operations, by allowing smaller, modular, and remotely operated platforms to be used in specific functions at sea.
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