Rov Pros And Cons

One of those uses is that it allows for archaeologist to use infrared satellites to dicover ancient tombs, settlements, and artifacts ( Search For Ancient Civilizations, Juan De Los Santos, paragraph 2). Underwater treasure salvaging is useful because it allows for ancient artifacts such as coins and jewels to be found in shipwrecks. Finding ancient coins, jewels, and artifacts allow for us to have a clearer idea on what happened in our oceans in the past (Florida Waters Treasure Hunters, Scott L. Key, paragraphs 3,8, and 9).

This separation presented communication and data-sharing challenges. Furthermore, the new design contained a number of technical risks, one of them was designing a submarine that would operate in a manner and environment very different from what Kockums was accustomed to. The risk resulted fuel system has been proven to be problematic. Swedish submarines have short patrols in calm, relatively fresh water. When a similar design was used in the salty, open water in which Australian submarines operate, water was sucked into the engine causing failure. Moreover, the RAN submarines transit greater distance and are on station for months at time, which has number of implications for fuel storage, hotel service, and other hull design features. The difference in operation concept and environment ultimately led to some equipment and system decision during design that caused problems with operations and supportability.

After completing the entry of a package of six Russian kilos on January 20, 2017, Vietnam has officially become a member of the "submarine club". With the existing six submarines, Vietnam's ability to defend and control territorial waters has increased significantly. However, with the topographic features of the South China Sea, kilos can not work effectively in certain areas such as estuaries, bays or islands, this is necessary for the purpose of Vietnam's sea defense in the current geopolitical situation. So, sooner or later, the second submarine brigade, that is based on high mobility mini submarine that replenishing the existing six Kilos, must be established . This paper will demonstrate that mini submarines are

Not only did we have ships, but we had a device called the Turtle. Invented nearly 150 years before, it was not until the Revolutionary War that the submarine would be used in combat. A man named David Bushnell would develop the Turtle to deploy underwater mines. The Turtle would fail all of its missions and would be lost at the Battle of Fort Lee when the ship transporting it would be sunk. “Despite the failures of the Turtle, General George Washington gave Bushnell a commission as an Army engineer…After the war, he became commander of the U.S. Army Corps of Engineers.”(History 1).

A submarine is defined as “something that functions or operates underwater; specifically: a naval vessel designed to operate underwater.” This definition holds true today but started at the beginning of the Civil War when submarines originally became a popular choice of weaponry. In general, submarine crews were composed of a commander, who steered the boat, and six or more men who used hand cranks to move the boat. Many inventors intended on creating electric motors to move the boat, but they were unable to produce enough torque. Submarines were primarily used in combat because they could travel invisibly. Innovations like submarines did not just change the way people fought wars–they also changed the way people lived.

Submarines, also known as U-boats. This U-boat was able to attack ships underwater without being spotted. The only Major problem is that it broke the International law. When the Germans attack a neutral ship, they are supposed to warn them beforehand but

Before World War II, the submarine was very predictable and easily managed with detection systems, depth detection, and antisubmarine forces. The aircrafts were harder to manage, and could easily penetrate enemy territory. It was not so predictable.[xii]

Archaeology is a continuously evolving field where there is a constant stream of new branches and excavation methods. Due to the influx of new technologies and innovations in recent decades, archaeologists have been able to excavate previously inaccessible areas. For example, new diving equipment and tools such as proton magnetometers, side-scan sonar, sub-bottom profiler, and miniature submarines have allowed archaeologists to dive into the deep depths of the ocean. As a result, the branch of underwater archaeology was created to search for shipwrecks and other artifacts on the ocean floor. Underwater archaeology’s role has increased in recent years as it allows archaeologists to more accurately interpret the past by supplementing

First of all, ocean exploration technology has advanced much more than before in the past decade. In the past, people had to bring everything needed for scuba diving which included hundreds of pounds of gear and photographing technology. Now, all

Our world is full of mystery. There are countless unknown traces from the past all over the world and they are waiting to be solved and answered. Archaeology studies the ancient human past through the excavation of sites and the analysis of artifacts and other physical remains. In fact, archaeology is the tool that decipher the clues that are found through its continuous development of excavation and methods. The advance of new technologies in recent decades enable archaeologists to excavate previously unapproachable areas, such as underwater. The underwater archaeology is developed in order to discover the lost shipwrecks and various

Recently, oil companies have increased their search for oil in water deeper than 1,500 feet, which is classified as "deep water." While that is where the companies hope to find the largest untapped oil reserves, seeking out and extracting oil there presents unique challenges. For one thing, platforms in deep water cannot sit on legs connected to the sea floor the way they can in shallower areas, so other methods must be used to protect them from strong currents.

i. These vehicles could be used to collect data for climate research, ocean exploration, offshore oil exploration and production and even surveillance of pipelines and telecommunications.

Years before the submarine was created, Jules Verne created s sub type vehicle in "20,000 League Under the Sea,"

However, in order for there to be hydrophones there had to be a use for them. The German U-boats were another invention in World War I. They were created so that the Germans could maneuver underneath the surface of the water and shoot missiles into enemy ships. However, they proved to be more used for raiding commercial ships for useful items. It would be much easier for the huge enemy ships to stop these U-boats if they could locate them, and the hydrophone made that possible. The hydrophone was first invented by Reginald Fessenden in 1914. Fessenden was a Canadian inventor who actually started working on the idea as a way to locate icebergs in the water following the titanic; however, it was of limited use because it could not tell the direction of an underwater object, only the distance. The idea was then put to a more useful and destructive use when Frenchman Paul Langevin and Russian Constantin Chilowsky found a breakthrough and were able to locate the distance and direction of another object underwater. It was not used in World War I until 1914, but it was later perfected by the United States and could locate underwater objects from up to 25 miles away (“12 Technological Advancements of World War

Forty-six years later, May 8, 1991, a computer-controlled submarine scanned the ocean floor for sunken galleons. On this day, the crew of the Deep Sea would be unsuccessful in their search for galleons. Instead, 750 feet below the surface of the ocean, they would discover the outline of an