WT2532010P

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Part Status:	Active

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WT2532010P application field and working principleThe WT2532010P is a multipurpose system to implement a wide range of marine survey operations, which facilitates the onboard analysis of bathymetry as well as the underwater acoustic and mapping data. This system employs a variety of methods including laser radar triangulation, active acoustic imaging, sonar navigation imaging and photogrammetry to accurately observe and explore underwater objects. WT2532010P can meet the requirements of both scientific and engineering activities. The scientific applications of the system include research, monitoring and mapping of different objects and creatures located underwater as well as monitoring the environment of deep-sea. In addition, the system has proven to be quite useful for engineering operations such as prospecting of minerals, detection of obstacles, seismic exploration and cable laying operations.The working principle of the system relies primarily on laser radar triangulation. The system consists of a highly sophisticated computer which works in combination with an array of sensors and transmitters located both over and underwater. The laser radar is mounted onboard a remotely operating vehicle (ROV) to enable efficient operability of the system. The system is capable of capturing real-time data from the ocean floor such as rocks, corals and other small formations.The laser radar is equipped with a line of sight capability which is capable of detecting depths up to five hundred meters. A Polaris-class sonar system can assist in the navigation and maneuvering of the ROV so that it can follow the desired route without hindrances. The system also utilizes a number of cameras which help to capture images from far away objects in the underwater environment. These images are then processed using sophisticated software which is capable of classifying and analyzing the acquired data.The data collected is converted into a three-dimensional representation of the underwater scene. It can be further analyzed using methods like GIS, to study and understand the physical nature of the underwater environment. The process also makes it easy for the researchers to map the ocean floor and identify objects with great accuracy.The WT2532010P system is highly reliable and easy to use. The user can set up the entire system in minutes and start exploring the underwater terrain for its various applications. The system is very cost-effective and has a low maintenance budget. It is ideal for data acquisition for scientific as well as engineering applications as it delivers accurate results in a short span of time.

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