Okeanus

Necessary Instrument For All Boating And Marine Industry

Launch & Recovery Techniques also known as LARS are designed to get Commercial Divers and subsea equipment into and out off the water securely and swiftly.

When you are 1,200 feet down in the sea working on sensitive functions, where sea demands are equivalent to 74,900 lbs per sq. ft., you don’t want to be in anything but a launch and recovery program. We have been an MTNW customer for many decades and we thought it would be exciting to show off some of their newest LCI-90i reinforced systems. Our launch and recovery products are used by the French and France Navies. This System can go 1,200 legs deep and common delves are a 6–8 time in length but there are urgent supplies for up to 24 time. Life support is managed via a set of fresh air containers included on the fit. Only power, interaction and telemetry are provided through an umbilical from the surface.

The ​launch and recovery system​ weighs approximately 750 lbs in the air but only about 5 lbs in the water. The LARS is provided with a TMS (Tether Management System) which allows the System to fly in and out at various absolute depths and not worry about handling an extended umbilical cable from the outer lining. The LARS is capable of foldable up for transportation to another boat.

An underwater sound placement product is a program for the monitoring and routing of underwater automobiles or divers by means of sound range and/or route dimensions, and following place triangulation. Underwater sound placement systems are generally used in a large number of underwater works, such as oil and gas discovery, sea sciences, salvage operations, marine archaeology, law enforcement and army activities.

Baseline station deployment and survey The​ ​Underwater Tracking Systems​ evaluate roles compared to a framework of baseline stations, which must be implemented prior to functions. In the case of a long-baseline (LBL) system, a set of three or more baseline transponders are implemented on the sea floor. The location of the baseline transponders either compared to each other or in international harmonizes must then be calculated accurately. Some systems assist this with a computerized sound self-survey, and in other cases, GPS is used to set up the place of each baseline transponder as it is implemented or after implementation.

In the past few decades, several trends in underwater acoustic positioning have appeared. One is the introduction of compound systems such as the mixture of LBL and USBL in so-called LUSBL settings to boost efficiency. Methods are generally used in the overseas oil & gas industry and other high-end programs. Another pattern is the Launch of lightweight, process enhanced systems for a number of specific reasons.

Whether your specifications include search and recovery or underwater navigation and tracking, we have a solution to meet your specifications. Our impressive locator gadgets fall into two common categories; pingers and transponders. The diver or shipboard unit simply follows (ranges) the indication produced by the transponder to identify it.