Two New ROVs15/05/2009 |
| The SeaOtter-2 and SeaLion-2 are the next generation of the systems JW Fishers has been producing for more than ten years. These ROVs are suited for many of the jobs performed by commercial diving companies and law enforcement agencies. They can inspect dams, ship hulls, pipelines, oil and gas platforms, or assist in open water searches for weapons, bombs, and drowning victims. The ROVs can dramatically reduce dive time or eliminate the need to deploy a diver into difficult or dangerous environments. |
|
The new models are half the size and weight of their predecessors with many additional features. Weighing only 43 pounds, the underwater vehicle is highly portable. The topside control unit is built into a compact waterproof case with an ultra-bright 15 inch flat screen monitor in the lid.
Command of the ROV's four powerful thrusters, camera, and lights is managed through a hand-held PS2 controller. A wireless controller can be also be used to give the operator more freedom of movement. A gentle push on the vertical joystick propels the vehicle down into the depths and a nudge on the horizontal joystick sends it flying over the ocean floor. Other new features include front and rear facing color cameras with pan and tilt, which provides 140 degrees of vertical and horizontal viewing.
A video output jack in the control box allows an additional external monitor to be used in conjunction with the internal monitor. An adjustable video amplifier on the control panel lets the operator tune the video to optimize picture quality for water clarity. A VCR or DVD recorder can be connected to make a permanent record of the video. Lighting for the forward looking camera is provided by two fully adjustable 100 watt tungsten halogen bulbs and the rear facing camera is surrounded by a ring of high intensity LEDs.
The basic SeaOtter-2 and SeaLion-2 system includes everything needed for search and inspection operations; the underwater vehicle, 250 feet of umbilical, and the topside control unit with built-in monitor. A number of options are available for these ROVs including a metal detector that mounts on the front, scanning sonar, a manipulator arm, DVD recorder, European PAL format cameras, and cable lengths up to 1,500 feet. The metal detector turns the ROV into a search system that can locate objects buried under the ocean floor. The scanning sonar lets the ROV "see" up to 60 meters around the vehicle even in zero visibility conditions. In water with low clarity, the sonar can locate targets well beyond the camera's range of vision, and guide the ROV directly to them.
Read more about: Metal detector ROV Supplier: JW Fishers Mfg. Inc. More news from this supplier: Expanding Underwater Search Capabilities in Asia Sunk WWII German U-Boat Off Brazil Handheld Underwater Magnetometer Underwater Search Equipment Sonar Assists Searching for Missing Persons Historic Hydrographic Shipwreck Discovery Underwater Altimeter to Protect Equipment Novel Uses for Acoustic Pingers Oil Companies Acquire Underwater Search Equipment ROVs and Sonar for Universities Finistere and Mediterranean Bathymetric Lidar Surveys Precise Positioning For BP Vessels DP Inertial Navigation System for Drillship Plug-and-work Protocol Adopted Simulator Models Complex Sea Currents Monitoring the Shipwrecked Concordia New Australian Marine Research Vessel under Construction Mars-bound Instrument Detects Solar Burst's Effects Europeans Trained in Understanding Space Weather US Estimate: 15% Wave and Tidal Power by 2030 Comments (0): |
| Product News |
| Product News > Two New ROVs |
|
Interactive |
MCA on Surveying the British Coast |
Rob Spillard explains how the MCA is conducting hydrographic surveys, including the history of British hydrographic surveying, latest developments in technology and wreck research projects, sometimes accompanied by a BBC TV camera crew. This movie includes an example of the discovery of two sunken WWI submarines off the Orkney Islands.
|
| Last 5 items: |
| MCA on Surveying the British Coast |
| Surveying in the Port of London |
| Venessa O'Connell on Hydrography |
| Flood Monitoring Using ACPs |
| Ocean Floor Observation |
