Robot submarine search lost aircraft

The Malaysia Airlines MH370 is still losing touch with people, and the multinational search and rescue force is still unsuccessful in assembling the South Indian Ocean. At the Shanghai Science Association Forum held on April 2nd, Dr. Lin Jian, a senior researcher from the Woods Hole Oceanographic Institute in the United States pointed out that finding missing planes in the most mysterious and unpredictable Indian Ocean in the five oceans requires the introduction of more Marine scientists, by drawing ocean current maps and using the most advanced underwater robots to "watch the seabed," will be very helpful in searching for missed flights.

“So far, people still know very little about the South Indian Ocean.” The complexity of the topography of the sea floor depends to some extent on the expansion speed of the tectonic plate. The growth rate of the Indian Ocean plate is very slow, only a quarter of the average speed. The expansion of the plate is slow and there is not enough magma overflowing. The resulting seamounts are steeper and the terrain is more complex. If MAS lost its flight to the bottom of the ocean and crash into the ocean, it is likely to enter the “Ocean Mountain” with its cliffs and cliffs. Searching is very difficult.

"The same is deep-sea salvage. Further search and rescue of Malaysian Airlines' missing flights can draw on the success of Air France's AF447 flight wreckage from salvaging the bottom of the Atlantic." Lin said that two years after the crash, Air France wreckage was 4,000 meters deep from the Atlantic Ocean. Salvage, relying on two advanced science and technology: the most advanced underwater robots and ocean current map. An underwater robot with a body shape like a mine is like an extremely well-watered “deep submarine”. It can walk at a speed of 3 to 6 kilometers per hour in the underwater world of 6,000 meters. The front-looking and under-looking radar gives it "Good vision", carrying a camera, video camera and precise navigation system, it "to remember." Ocean current analysis is a precious “ocean look for a plane”. Following the ocean currents discovered by scientists, we can find where the wreckage of an airplane crashes and where it sinks.