Ads
related to: deep trekker sonar systems
Search results
Results From The WOW.Com Content Network
AN/SQS-53 is an improved version of AN/SQS-26CX. The main difference between the SQS-26CX and SQS-53 sonars is the digital computer interface with the Mk 116 anti-submarine warfare (ASW) weapon control system in the latter. [4] In addition, AN/SQS-53 sonar can be fitted with the Kingfisher small obstacle (mines) avoidance sonar. [4 ...
SURTASS passive and active low frequency sonar arrays The Explorer-class ocean surveillance ship is a planned class of United States Navy special mission-support ship . Also known as the T-AGOS 25 program, the ships are planned to replace five other ocean surveillance ships and is speculated to be in response to modernized submarines from ...
Sonar systems are generally used underwater for range finding and detection. Active sonar emits an acoustic signal, or pulse of sound, into the water. The sound bounces off the target object and returns an echo to the sonar transducer. Unlike active sonar, passive sonar does not emit its own signal, which is an advantage for military vessels.
Passive sonar systems may have large sonic databases, but the sonar operator usually finally classifies the signals manually. A computer system frequently uses these databases to identify classes of ships, actions (i.e. the speed of a ship, or the type of weapon released and the most effective countermeasures to employ), and even particular ships.
The AN/UQQ-2 Surveillance Towed Array Sensor System (SURTASS), colloquially referred to as the ship's "Tail", is a towed array sonar system of the United States Navy. SURTASS Twin-Line consists of either the long passive SURTASS array or the Twin-line array, consisting of two shorter passive arrays towed side by side.
Side scan sonar technology Martin Klein (born April 5, 1941) is an American engineer and inventor. He worked in the development of the side scan sonar, a tool used in maritime archaeology, deep-sea and coastal survey, marine geology, offshore engineering and military mine defense.
It includes two separate active sonar systems to detect and classify mine-like objects on the surface, in the volume, or on the bottom of the sea. The sonar systems are packaged in a single towed body tethered to the ship through a cable providing power and data transmission, with the cable length variable via an electric winch.
In 1997, the Kongsberg Mesotech introduced the SM 2000 Multibeam Sonar, the FS 925 Forward Scanning Trawl Sonar and the MS 900D Digital Telemetry Mechanically Scanned Sonar Processor. In 1999 the PC-based MS 1000 Scanning Sonar Processor, and the 1071-series of scanning sonar heads and altimeters were added to the suite of Kongsberg Mesotech ...