02 December 2013 navyrecognition.com
Subsea Tech, a designer, manufacturer and supplier of marine and underwater intervention and instrumentation systems unveiled at Milipol 2013 (the International Exhibition of Internal State Security which was held in Paris from November 19 – 22, 2013) the CAT-Surveyor, an Unmanned Surface Vessel (USV) designed for inland and harbor waters reconnaissance.
Subsea Tech, a designer, manufacturer and supplier of marine and underwater intervention and instrumentation systems unveiled at Milipol 2013 (the International Exhibition of Internal State Security which was held in Paris from November 19 – 22, 2013) the CAT-Surveyor, an Unmanned Surface Vessel (USV) designed for inland and harbor waters reconnaissance.
The CAT-Surveyor is a catamaran type USV, with tele-operated or automatic navigation mode, allowing hydrographic data acquisition or underwater port and inland waters surveillance.
This USV has the unique capability of deploying a mini-ROV such as Subsea Tech’s “Observer” which comes with high definition cameras and optional imaging sonar for turbid waters.
With its open architecture and high-speed PC to PC communication the system allows to easily integrate and deploy mission-specific tools such as video cameras, side scan sonars, multibeam sonars, acoustic cameras, sediment sounders, magnetometers, physico-chemical sensors.
Its payload is 80 kg and its endurance is twelve hours.
The onshore pilot station allows visualizing and real-time controlling of all embedded software features through a Wifi link.
Subsea Tech, a designer, manufacturer and supplier of marine and underwater intervention and instrumentation systems unveiled at Milipol 2013 (the International Exhibition of Internal State Security which was held in Paris from November 19 – 22, 2013) the CAT-Surveyor, an Unmanned Surface Vessel (USV) designed for inland and harbor waters reconnaissance.
The CAT-Surveyor is the solution for security forces seeking a semi-autonomous above and under water surveillance and reconnaissance system.
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