SeaSAR full sonar search and recovery system
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- Product Description
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- Commodity name: SeaSAR full sonar search and recovery system
Origin: Canada
Product introduction:
The main purpose of the SeaSAR system is to search a large area, quickly narrow the search to a smaller area, until the final location of the intended target is identified, and then recover the target. It is accomplished by working with a computer controller and a set of software programs, combined with all the necessary sonars required for search and recovery operations. The sonars included are: a side scan sonar (for large area search); a tripod-mounted scanning sonar (for small area, more precise area); an outrigger-mounted multi-beam sonar (for target repositioning and scanning smaller enclosed areas for rapid deployment); a Navigator diver handheld device (for final positioning, identification or recovery).
SeaSAR Onboard TOPSIDE Controller with Built-in Industrial Computer
The SeaSAR onboard controller includes a ruggedized industrial laptop with built-in GPS, using Divelog software supported by the Windows operating system, allowing simultaneous operation of various sonars and other sensors. The onboard controller also provides a navigation map with tracking and target logging functions. DIVELOG is a patented program produced by Shark Marine Technologies Inc. for single computer control and integration of multiple underwater devices. DIVELOG is the only software that combines surface and underwater route mapping and tracking, enabling multiple data acquisition devices to share target data, such as multi-beam sonar, side-scan sonar, scanning sonar, as well as magnetometers, inclinometers, radiation detectors, video and still cameras, etc.
Side Scan Sonar
The side scan sonar is a three-frequency device, and the three frequencies can be selected by software, allowing the operator to select a large-area search mode or a smaller, more detailed search mode according to the size of the search area. The towfish is available in water depths up to 1000 feet (304.8 meters).
Tripod Scanning Sonar
In addition to being used with a tripod, the sonar head itself can be used with many other configurations, providing variable frequency selection. It is used for general work area positioning to find targets, communication monitoring and commanding diving teams, mapping accident sites and debris areas, or monitoring intrusions into surveillance areas. This system is very lightweight and designed for rapid deployment from any small vessel.
Pole Mount Multibeam Sonar
The Pole Mount Multibeam Sonar (SPM) is constructed of durable, lightweight plastic and carbon fiber and is specifically designed for first responders to reduce response and search times, with the aim of rapid deployment to locate drowning victims as quickly as possible. It can be configured with a P450 sonar head (for long-range search) or a P900 (for close-range search requiring more detail), depending on the intended application. The sonar head is equipped with an electronic compass and HPR (Heading, Pitch, Roll) sensors to calculate the position of any detected target.
NAVIGATOR Diver Handheld Sonar and Navigation System
NAVIGATOR is designed to give divers "a pair of eyes" in murky water, guide them in the dark where there is no light, locate and identify distant objects and targets, and map routes to relocate these objects or targets. Navigator uses Windows 7 operating system and underwater computer, which can support a variety of sonars and many other computer-based peripherals that can adapt to the underwater environment. Such as: Shark Marine SDM-4000 magnetometer or inclinometer, video and still cameras, waterproof GPS, and many different computer-based sensors, etc., can be easily integrated with universal interface technology.
MAKO Diver Delivery System DDS
By combining the Shark Marine Navigator diver handheld navigation and sonar imaging system with a propulsion unit, the MAKO DDS marks a new evolution in diver transport. The MAKO DDS can carry 1-2 people and can tow other divers or other payloads behind it. When used in conjunction with a forward-looking sonar that provides full navigation and positioning to view targets, the MAKO DDS is capable of automatically planning and following routes. The MAKO DDS can be manually driven or intelligently operated using the SharkMarine Navigator, sonar imaging and navigation system.
Remotely Operated Vehicle Stealth ROV
Stealth ROV is a small search and rescue operating system carrying a high-resolution color camera mounted on a built-in gimbal and two bright Aurora 4 LED lights mounted on the frame. Stealth can be operated from any small boat. Optional accessories include: low-light black and white camera, dual-function manipulator, cutting blade, salvage hook, various sonars and other sensors such as radiation detectors, metal detectors, magnetometers, etc. Working depth up to 1000 feet (300m).
SeaWolf ROV
The SeaWolf ROV is approximately twice the size of the Stealth and is rated to a working depth of 2000 feet (600m ).
Total Navigation System (TNS)
The Total Navigation System (TNS) is an accessory for the ROV that allows semi-automatic operation of the ROV. It includes a combination of GPS and Doppler sonar that allows the ROV to be guided to a predetermined target location. It also allows the ROV to perform station keeping and follow planned routes.
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