The disappearance of Malaysia Airlines Flight MH370 in March 2014 remains one of the most baffling mysteries in aviation history. Despite extensive search efforts, the aircraft, which was en route from Kuala Lumpur to Beijing with 239 people on board, has never been found. Over the years, the lack of concrete evidence has fueled countless theories and speculation. However, a recent claim by a scientist suggests that the mystery may finally be close to being solved.
A New Theory Emerges: The Perfect Hiding Place
The search for MH370 has been a long and arduous journey, with millions of dollars spent and several nations involved in the effort. Despite this, the aircraft remains missing, and the reasons behind its disappearance are still unclear. Enter Vincent Lyne, a researcher at the University of Tasmania’s Institute for Marine and Antarctic Studies, whose recent findings suggest that the plane’s disappearance was no accident but a meticulously planned event.
The Research Behind the Claim
Lyne’s 2021 research paper, which has now been accepted by the prestigious Journal of Navigation, presents a compelling argument that MH370 was deliberately crashed. According to Lyne, the evidence points to the actions of a “mastermind pilot” who executed a near-perfect disappearance in the Southern Indian Ocean.
In his LinkedIn announcement, Lyne stated, “This work changes the narrative of MH370’s disappearance from one of no-blame, fuel-starvation at the 7th arc, high-speed dive, to a mastermind pilot almost executing an incredible perfect-disappearance in the Southern Indian Ocean.”
The “Controlled Ditching” Theory
One of the most significant elements of Lyne’s research is the theory of a “controlled ditching,” similar to the emergency landing famously executed by Captain Sully on the Hudson River in 2009. This theory is supported by the analysis of debris damage by Larry Vance, a highly respected ex-Chief Canadian Air Crash Investigator. Vance’s analysis suggests that the damage to the plane’s wings, flaps, and flaperon is consistent with a controlled, intentional landing on water, rather than a high-speed crash caused by fuel exhaustion.
Lyne’s research posits that MH370 had enough fuel and that its engines were running when it underwent what he describes as a “masterful” controlled ditching. This directly challenges the prevailing theories that the plane crashed after running out of fuel.
The “Perfect Hiding Place”
According to Lyne, the final resting place of MH370 is at the intersection of the longitude of Penang airport and a track found on the home simulator of the plane’s Pilot-in-Command. This location, previously dismissed by authorities including the FBI, is situated within a 6,000-meter-deep hole at the eastern end of the Broken Ridge, a region known for its treacherous terrain and extreme ocean conditions.
Lyne refers to this area as the “perfect hiding place” for the plane, suggesting that it was intentionally chosen to ensure that the wreckage would remain hidden from search efforts. He emphasizes that this site should be the focus of any future searches, arguing that previous search efforts failed because they were looking in the wrong place.
The Implications of Lyne’s Findings
Lyne’s research has the potential to shift the entire narrative surrounding the disappearance of MH370. If his theory is correct, it could mean that the plane’s disappearance was not a tragic accident, but rather a deliberate act carried out with precision. This would have significant implications for our understanding of the events leading up to the plane’s disappearance and could also influence the way future search operations are conducted.
The Next Steps: Will the Search Resume?
While Lyne’s findings are compelling, the decision to resume the search for MH370 lies with government officials and search companies. Lyne has made it clear that, from a scientific standpoint, his research provides a clear answer as to why previous searches failed and where the plane is likely to be found. However, whether these findings will lead to a renewed search effort remains to be seen.
Lyne’s call for action is clear: “Whether it will be searched or not is up to officials and search companies, but as far as science is concerned, we know why the previous searches failed and likewise science unmistakably points to where MH370 lies. In short, the MH370 mystery has been comprehensively solved in science!”
The disappearance of MH370 has haunted the world for nearly a decade, leaving families of the victims without closure and aviation experts without answers. Vincent Lyne’s research offers a glimmer of hope that this tragic mystery may finally be on the verge of being solved. While questions remain about the feasibility of resuming the search, Lyne’s findings provide a new direction for those still seeking answers.
