On March 8, 2014, Malaysia Airlines flight MH370 suddenly disappeared from Kuala Lumpur, Malaysia to Beijing, and its whereabouts are still unknown. Large-scale search operations have been launched by many countries, but the plane has never been found, which has become one of the biggest mysteries in the aviation world. However, new clues have surfaced in recent days, which may hopefully solve the mystery of the disappearance of Malaysia Airlines MH370.
According to the research of two experts, Marchand and Briley, they believe that the plane most likely made a soft landing known as a "crash landing on the water" and flew in a gliding flight with as little damage as possible from the impact. They calculated a flight profile of the final stage of MH370 and estimated the location of the aircraft's farthest and closest landing points.
Allegedly, the new search area is located in the southern Indian Ocean, deviating several hundred kilometers from the previous search range. Experts believe that the previous search area was just a passing by, and it only took a few hundred kilometers to move south to find the wreckage. In order to shorten the search time, they sent a signal for help to the United States, hoping to carry out search operations with the help of high-performance unmanned submersibles of the American company "Ocean Unlimited".
Marchand and Blair's new clues give a new direction that promises to solve the mystery of Malaysia Airlines' MH370's disappearance. According to their speculation, the plane may have made a successful forced landing on the water, and at the last minute reactivated the satellite communication system and automatically shook hands with the satellite, which explains why the plane's true whereabouts have not been tracked.
Previous speculations that the plane crashed into the sea in free fall ignored the important factor of the reboot of the satellite communications system. In this case, if the aircraft's satellite communication terminal is not activated, its true fate will remain a mystery forever.
Marchand and Braley's new theory is relatively forward-looking, arguing that in the final moments of Malaysia Airlines MH370, the plane's engine failed due to fuel depletion, and the pilot turned on the backup power system to regain control of the aircraft, rather than letting the plane crash out of control. This restores power to the aircraft**, allowing the satellite communications system to restart and automatically request a reconnection with the satellite system. This explanation brings the first more substantive answer to the previous question.
It has been many years since the disappearance of Malaysia Airlines MH370, and people's expectations for the truth have not diminished. The emergence of new clues gave new direction and hope to the search for the aircraft. Marchand and Braley's research provides a plausible explanation, and their work promises to be the key to solving this mystery.
However, it is not easy to find the wreckage of the plane and confirm the truth. The new search site is located in the deep ocean zone, and the search requires dedicated resources such as high-performance unmanned submersibles. It is for this reason that experts are sending a signal for help to the United States, hoping to shorten the search time with the help of advanced technology.
At present, the disappearance of Malaysia Airlines MH370 is still under investigation, and various theories and speculations are still emerging. Whatever the outcome, we look forward to the truth being revealed. The mysteries of this incident have brought more attention to aviation safety, and also made the responsibility of pilots and the safety of aircraft more important topics.
In short, the disappearance of MH370 continues to attract global attention, and new clues have surfaced to rekindle hope for the truth. Marchand and Bréley's research provides us with a new direction that deserves further in-depth investigation and exploration. But regardless of the outcome, this incident will continue to serve as a reminder of aviation safety and advances in flight technology to ensure safe and secure travel.