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Maximum depth: 300 m
Length: 1,000 mm
Width: 600 mm
... . Optional hand power cable spools and electric winches for vehicle deployment. Standard (300m) or deep-rated (1000m) ROV fitted with five thrusters, vehicle junction box, two LED lights, high resolution colour ...
Saab Seaeye
Maximum depth: 1,000 m
Length: 1,055 mm
Width: 600 mm
... . Optional hand power cable spools and electric winches for vehicle deployment. Standard (300m) or deep-rated (1000m) ROV fitted with five thrusters, vehicle junction box, two LED lights, high resolution colour ...
Saab Seaeye
Maximum depth: 1,000 m
Length: 1,030 mm
Width: 700 mm
... Tigers, a containerised system with winch and launch davit or an A Frame Launch and Recovery System (LARS) for ROVs equipped with a TMS. ROV rated to 1000 m fitted with four horizontal thrusters and ...
Saab Seaeye
Maximum depth: 500 m - 1,000 m
... awareness. This coupled with the auto-stabilisation system and pilot assist features, make piloting the ROV a breeze. Should an unexpected disaster strike, the ROV has a fault-tolerant design allowing ...
Maximum depth: 300 m
... surface, • Easy maintenance and upgrade. SOFTWARE AND RELATED PRODUCTS Turn-key solution The S-ROV turnkey solution includes: • S-ROV platform, • Umbilical cable (max length 300 m +/- 3%) ...
Maximum depth: 305 m
RJE Oceanbotics™ SRV-8 underwater drone is an easy-to-operate ROV with quick and intuitive response, 6 DOF, integrated dual-mode camera & innovative design. SRV-8 DESIGN FEATURES Ruggedized Frame Frame Rails for ...
Maximum depth: 400, 1,000 m
... configuration is designed for more precise control of the vehicle position and orientation, heavier payloads, and demanding intervention, such as rendering unexploded ordinance safe or cleaning nets for offshore fish ...
VideoRay
Maximum depth: 300 m
... mechanical design to optimize stability, capability, flexibility and serviceability. No other small ROV has had such attention to every detail as the vLBV line of ROV systems. The vLBV-10 is available ...
Seabotix
Maximum depth: 2,000 m
The MD3 Plough is recognised globally as setting the standard in cable ploughing offering reliable trenching in most soils including clays and sands. Using patented technology, the plough is designed to minimise pull force requirements ...
SMD
Maximum depth: 305 m
... intuitive ROV in it's class One to two person deployable, the REVOLUTION ROV is out of the box and in the water within minutes. Easy locating, tracking and operating The REVOLUTION NAV package ...
Deep Trekker
Maximum depth: 300 m
... ROBO-ROV is an underwater robotic platform capable of long time working that can be used for underwater searching, mapping. Apart from that, it also can be used for operations like pipeline placement or device mounting ...
Maximum depth: 500 m
... , one (1) horizontal Thrust: 13 lbs forward thrust Operating Speed: Forward speed 1.6 knots CONTROL SYSTEM Includes: ROV control software for your PC Operations manual Joystick hand controller Graphical user ...
Hydroacoustics Inc - HAI
Maximum depth: 300 m
COMPACT SIZE, EASY MAINTENANCE, OPERATOR FRIENDLY, RUGGED & RELIABLE The Phantom® T5 is a rapid deployment high-performance ROV system that provides more power and versatility compared to other vehicles in its class. ...
Deep Ocean Engineering
Maximum depth: 100 m
The AC-ROV 3000 Fly-Out package is a pedigreed game changer. Taking the AC-ROV pedigree deeper Using the best in TMS know how from ALL OCEANS The AC-ROV 3000 is marginally bigger ...
Maximum depth: 1,000 m
The Falcon Plus is configured to be a free swimming offshore ROV (remotely operated vehicle). The system comes complete with control container and crane mounted LARS (launch & recovery system). The Falcon Plus incorporates ...
Silvercrest Submarines
Maximum depth: 3,000, 1,000, 6,000 m
The Argus Worker is a powerful electric WROV. Ideal for drillsupport, survey and IMR (inspection, maintenance & repair). TECHNICAL SPECIFICATIONS Power (Kw/Hp): 140 / 190 Depth rating: 1000/3000/6000 msw Dimensions LxWxH: 2.5m ...
Argus Remote Systems AS
Maximum depth: 300 m
Mojave is the most powerful observation ROV for its size. Compact, ergonomic design and light weight construction allow for rapid set up and deployment using any domestic power supply. With world beating subCAN™ control ...
Sub-Atlantic
Maximum depth: 100 m
Cleaning robot With the trend of moving away from copper based antifouling paints – in situ net washers are increasingly being utilized to keeping nets clean from algae, mussels, barnacles etc. From small single disc cleaners ...
Maximum depth: 300 m
... capabilities. Applications Search and Recovery EOD Ship Hull Inspection Infrastructure Inspection Light-Duty Intervention Excels in the above applications in strong current environments
Shark Marine Technologies
Maximum depth: 130 m
... affordable ROV on the market. The 6-thruster vectored configuration, coupled with strong static stability, provides a vehicle that is smooth and stable, yet highly maneuverable. The BlueROV2 provides the capabilities ...
Maximum depth: 500 m
... Overload protection Power output setting of each thruster ROV LAYOUT The basic configuration of the full I-90 ROV system includes a Main Console, a Deck Cable Junction Box/Winch, the ROV ...
How to choose this product
Intervention ROVs (remotely operated vehicle) are underwater robots designed for a variety of tasks at great depth.
Applications
From military operations to oil platform inspection, the range of possible uses is broad and varied. Activities include storage tank and pipeline inspection, aquaculture and site surveillance.
Technologies
These vehicles can reach extreme depths beyond 2500 meters, and must be designed to withstand great ambient pressure. Most are built of stainless steel and plastics. They move on caterpillar tracks or are propelled by thrusters. Power is supplied via a cable from the surface or on-board batteries.
Such ROVs are equipped with video cameras, sensors and articulated arms holding tools for drilling, cutting chains, cables or lines, MRI, pliers, pumps and/or coring or other sediment-sampling gear.
How to choose
Formulate precise, exhaustive specifications for the operations to be performed by the ROV. Determine required maximum operating depth and the nature of the surface support vessel.
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