The SEAMOR ROVs are signed as a foundation for use in multiple applications or operations. Using a modular, open frame design, the one-person portable vehicle hosts all the standard items required of an inspection class ROV while still having room for tooling and sensor expansion. The vehicle is light weight so can easily be deployed and retrieved by one person either using the accessible handle on the ROV or the Kevlar reinforced umbilical. The controller layout is such that each feature of the ROV is clearly laid out so that the operation and control of the vehicle is natural and ergonomic for novice to experienced end users.
Depending on your specific need, a twisted-pair or fibre optic tether are options for powering and communicating with the SEAMOR ROV . The SEAMOR ROV has a depth rating of 300m (1,000ft) and can be remotely operated using standard umbilical lengths of 165m (550ft), 335m (1,100ft), 670m (2,200ft), or 915m (3,000ft). Custom lengths and 600m (2,000ft) depth rated vehicles are available.
As a global distributor of economical, potable, underwater ROV’s, SEAMOR inspection system are being used in a wide range of applications. For more information on what SEAMOR can offer to fill your specific need, please contact our head office or your local distributor directly. Fly a SEAMOR ROV and understand why SEAMOR is putting your expectations into our ROVs.
Undertaking routine activities such as:
- Net inspections
- Regulatory compliance work
- Mort recovery
- Inspection of cages, docks, pipes, cables, and moorings
- Recovery of expensive lost equipment
- Surveying & sampling sea beds
All of these tasks, and more, can be easily completed without the use of a commercial dive team, significantly lowering costs.
Environmental specialists the world over who serve the growing aquaculture industry, are turning to the use of remotely operated vehicles to enhance their report capability. Our line of ROVs can assist in this work doing high-resolution photographic surveys and other ocean bottom deployments.
Clients use ROVs to descend to depths of 300 metres-plus for services that include digital image capture needed for informative post-survey reports and often for a narrated DVD many environmental specialists provide for their customers.
The SEAMOR ROV has a depth rating of 600m (2,000 feet) and can be remotely operated using standard umbilical lengths up to 950m (3,000ft.). Custom built, modular ROVs from SEAMOR can fly to depths of 600m (2,000 ft.) depending on customer needs.
In an industry where early detection of seabed pollution, fish disease or pen leaks is imperative, an ROV can provide a vital service with an accurate underwater look at the problems in time to find a solution.
Some Hydro companies in North America are using SEAMOR ROVs to inspect structures, culverts, pipelines and other underwater spaces to ensure system integrity. They have chosen SEAMOR ROV units because of our industry proven capability to perform routine underwater inspections and/or tooling tasks needed to keep power supplies secure.
With their worlds reliant on secure electricity and gas supply, a growing number of hydro companies have opted for SEAMOR ROVs because our units are reasonably priced, lightweight, easily deployed, and above all reliable for a wide range of applications that need eyes underwater providing a live feed and a high quality video record.
Please share with your co-workers that we have been really happy with the SEAMOR 300F we purchased this spring. We have conducted several inspections of varied underwater structures and have been impressed with the detail we’ve been able to see. The learning curve for operating the ROV has been very attainable, even with minimal previous experience.
Chris Fulton, P. Eng., BC Hydro
For example, port and harbour authorities prefer to use an ROV for ship hull scans and other marine security work rather than put a diver at risk through ocean pressures or unknown foreign objects in the water.
Ports deploy SEAMOR ROVs to search for suspicious objects, do hull or dock piling inspections, and other marine survey work. Our customers appreciate the easy deployment and extended dives our highly-versatile ROVs allow. Once the target object is found, a diver can be guided right to it with minimal time in the water and far less risk.
SEAMOR ROVs can be equipped with a gripper and can retrieve items up to about five kilograms. Many are equipped with sonar and a positioning system, plus front and rear video cameras to give an accurate and precise look at the ocean bottom in all water conditions.
The quick deployment and proven versatility of SEAMOR ROVs frees researchers to concentrate more on actual research tasks rather than their piloting skills; and using ROVs allows exploration to depths beyond normal diving capability (as deep as 600 metres) for extended periods.
SEAMOR ROVs are helping scientists in a wide variety of fields including university and government department research projects such as underwater surveys, coral reef studies, marine habitat projects, and even exploring underwater shipwrecks with an eye on future preservation. The scientists appreciate the simple to use equipment, its high quality video images and maneuverability, and coupled with relatively low cost, which allows them to keep within strict research budgets.
Nuclear power plants have high water needs, meaning cooling and storage tanks and water pipelines. These need to be inspected on a regular basis for signs of leakage and areas in need of repair and sometimes the specialists doing this work use an ROV because of its compactness, precise cameras, reliability, underwater versatility, and ease of set up.
Visual testing, eddy current testing, and ultrasonic testing of core internals inside the nuclear reactor are an important part of confirming the integrity of key components. Using an ROV for this work can speed up inspection times and help ensure nuclear plant reliability, particularly where divers cannot be used because of radiation concerns.
SEAMOR Marine has a variety of ROV models suited to the work where visual inspection is paramount and conditions are often difficult for manual inspection. Our ROVs are used widely in comparable work in pipeline and water tank inspections – anywhere that ROVs can help inspection companies meet the demanding safety regulations and ensure that performance related equipment operates at maximum efficiency.
Photo courtesy of Applus RTD Canada and ChongQing Drainage Group Corp, Sichuan, China.
Companies involved in non destructive testing and asset integrity management, for example, have discovered after widespread ROV use that they’re well-suited for a wide variety of tasks. To make an even stronger case for their use, SEAMOR ROVs are reasonably priced, easy to use, and highly versatile.
Clients traditionally use ROVs to perform steel storage vessel inspection, corrosion measurements of subsea pipelines, and similar work on support pilings. SEAMOR ROVs, for example, can have custom installed leak detectors, which can give operators advance warning of a problem, possibly preventing costly repairs. And sonar allows for operation in murky waters not possible through front and rear video cameras alone.
ROVs have been used around the world to locate and identify piping on the sea bottom. In Canada, and a number of other countries, ROVs have been used by for the inspection and maintenance of sea walls and river dams thanks to their accurate video imaging capabilities.
SEAMOR ROVs are involved in the potable water industry throughout the world performing a vital role and can stay submerged for hours or days until the job is done. Depending on client needs, the ROVs can be coupled with added robotic inspection services because of health and safety concerns, or when customers cannot take the water tank or reservoir out of service for human inspection.
In fact, the days of diving and emptying tanks to clean them is now being challenged by increasing ROV tank inspection and the use of cleaning machines. Authorized technicians perform the cleaning and inspection from a trailer using a joystick and video equipment, making for a safer, more cost effective project.
Photo courtesy of Marine Diving Contractors, Inc. in Puerto Rico
Using a Seamor ROV, the goal is to inspect the entire reservoir or tank and document all surfaces for the owner’s review, along with a written report using the ROV’s analysis. The process removes 98% of unwanted debris and is easier and quicker than manual cleaning.
Search & Recovery
Photo courtesy of GP Recover Services, BC, CANADA.
SEAMOR ROVs have also been successfully used in search and recovery ventures involving lost float planes or vessels.
As well, forensic specialists use ROVs for search and recovery of drowning and accident victims. Using side scan sonar and ROVs eliminates or minimizes diver risk and the thorough and detailed searches help grieving families and friends to quickly find closure. ROVs are also used for video inspection and side scan sonar surveys for dams, reservoirs, water intakes, outfalls and hydrographic data collection.
SEAMOR ROVs are proving their value to help solve crimes, assist in search and rescue operations, and provide forensic evidence, sometimes from depths that would be difficult and dangerous for divers to descend to because of water pressure.
That’s not as far-fetched as some may think as some recreational sailors are now using ROVs, including models from the SEAMOR line, to explore such things as undersea wrecks and fish life. The lightweight ROVs are highly maneuverable and their high-quality, front and rear video cameras capture the undersea world in a way that divers only knew, but now with far safer operation.
Easy to operate – even a child familiar with video games will soon get the hang of it – and economical, SEAMOR ROVs are finding more and more uses every day.
Some sports yacht manufacturers are now offering ROVs as custom options on their vessels. As well as the pleasure uses such as exploring favourite fishing holes, the ROVs can also help with hull and prop inspections and even determine anchoring conditions.
Film & Documentary
These new developments serve to open new opportunities for film and documentary makers to take advantage of the benefits of using an ROV to film the wonders of the subsea world in crisp, clear colour. Primary amongst those benefits are that an ROV can dive to great depths (as deep as 2000ft./370m.) and stay submerged for long periods of time, with the camera rolling, while waiting for that all important “money shot” scenario to unfold.