MH370 pilot: New evidence suggests he may have been alive after the plane crashed





For years, the disappearance of Malaysia Airlines Flight 370 has been one of the world's greatest aviation mysteries. The plane vanished on March 8, 2014, with 239 people on board. No trace of the wreckage has ever been found.

Now, new evidence has emerged that suggests the pilot of MH370 may have been alive after the plane crashed. The evidence comes from a report by the Australian Transport Safety Bureau (ATSB), which investigated the disappearance of MH370.

The ATSB report found that the plane's engines were still running after it crashed into the Indian Ocean. This suggests that the pilot may have been able to control the plane for some time after the crash.

The report also found that the plane's flaps were deployed after the crash. This suggests that the pilot may have been trying to land the plane.

The new evidence raises the possibility that the pilot of MH370 may have survived the crash. However, it is also possible that the pilot was killed in the crash and that the plane's engines and flaps were deployed automatically.

The ATSB report does not provide any definitive answers about what happened to MH370. However, the new evidence does provide some tantalizing clues that may help to solve the mystery of the missing plane.

What does the new evidence mean for the families of the MH370 victims?

The new evidence may provide some closure for the families of the MH370 victims. It suggests that the pilot may have been alive after the crash, which means that there may be a chance that some of the passengers survived.

However, it is important to remember that the new evidence is still inconclusive. It is possible that the pilot was killed in the crash and that the plane's engines and flaps were deployed automatically.

The families of the MH370 victims deserve to know what happened to their loved ones. The new evidence may help to provide some answers, but it is important to remember that the mystery of MH370 may never be fully solved.