It is possible for certain types of vehicles to be operated without the operators being physically on board. Controlling them is done through cables attached to them or by wireless through the use of signals that send commands to them. Such are known as remotely operated vehicles abbreviated as ROV. They are used in deep water bodies where they find a number of uses.
Scientists have taken this to their advantage and are using these vehicles in a number of ways. Through them they are in a position to carry out experiments in the deep sea, collect specimens to work with in the main land. They are also in a position to identify the types of creatures and plants that exist at certain depths. Through them they have been able to discover new findings related to their field.
Exploration may need to be done along the deep waters bed. Such areas are risky for human divers to reach and special equipment are called in. Such include ROVs. They use them to conduct surveys in these regions which at times results to discovery of minerals. Also they use them to take sample of the minerals for further testing.
The fact that these locomotives are fitted with cameras and visual recorders, they become ideal in conveying real information of happenings in the regions they bypass. This translates as to why they are used to identify regions where collapsed vessels are and the availability of survivors. Also through them, ancient wrecks have been discovered among them being the Titanic.
Another of their function is in retrieving items in deep depths or from wrecks. Airplanes have in the past crashed on water bodies and eventually sunk. Once a location of their wreck is identified, they are used to retrieve items such as the black box which is used to determine the course of the crashing. Some have special features and are used in life saving missions such as creating openings for trapped people.
The military has embraced this technology in a number of ways. In times of attack, they come in handy as they are in a position of effectively determining an incoming attack vessel. They also find use in exploring foreign waters when planning an attack. Another use is in patrolling the water bodies a nation owns as a matter of enhancing national security.
The film industry has not been left out in embracing them. A scene may be planned to take place in deep waters or areas that are tricky for recording divers to get access to. Such are not enough to prevent the completion of a film as ROVs are adequately used to capture such scenes. Nature documentaries film makers have greatly benefited from them especially while covering aquatic related documentaries.
The gas and oil industry are among the top purchasers of these equipment. Deep sea beds are most likely to be rich in oil and gas deposits. The drillers are able to monitor their activities at these depths through them. In case of oil spills, the vehicles are also used to determine the damage caused and possible ways for handling the situation.
Scientists have taken this to their advantage and are using these vehicles in a number of ways. Through them they are in a position to carry out experiments in the deep sea, collect specimens to work with in the main land. They are also in a position to identify the types of creatures and plants that exist at certain depths. Through them they have been able to discover new findings related to their field.
Exploration may need to be done along the deep waters bed. Such areas are risky for human divers to reach and special equipment are called in. Such include ROVs. They use them to conduct surveys in these regions which at times results to discovery of minerals. Also they use them to take sample of the minerals for further testing.
The fact that these locomotives are fitted with cameras and visual recorders, they become ideal in conveying real information of happenings in the regions they bypass. This translates as to why they are used to identify regions where collapsed vessels are and the availability of survivors. Also through them, ancient wrecks have been discovered among them being the Titanic.
Another of their function is in retrieving items in deep depths or from wrecks. Airplanes have in the past crashed on water bodies and eventually sunk. Once a location of their wreck is identified, they are used to retrieve items such as the black box which is used to determine the course of the crashing. Some have special features and are used in life saving missions such as creating openings for trapped people.
The military has embraced this technology in a number of ways. In times of attack, they come in handy as they are in a position of effectively determining an incoming attack vessel. They also find use in exploring foreign waters when planning an attack. Another use is in patrolling the water bodies a nation owns as a matter of enhancing national security.
The film industry has not been left out in embracing them. A scene may be planned to take place in deep waters or areas that are tricky for recording divers to get access to. Such are not enough to prevent the completion of a film as ROVs are adequately used to capture such scenes. Nature documentaries film makers have greatly benefited from them especially while covering aquatic related documentaries.
The gas and oil industry are among the top purchasers of these equipment. Deep sea beds are most likely to be rich in oil and gas deposits. The drillers are able to monitor their activities at these depths through them. In case of oil spills, the vehicles are also used to determine the damage caused and possible ways for handling the situation.
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