Avião Ficou Sem Combustível Sobre O Oceano. Voo 236

Imagine a routine overnight flight across the Atlantic. Passengers are asleep, flight attendants are busy with their usual work, and the modern Airbus A330 jetliner seems like the pinnacle of engineering. In aviation, it's common to think that electronics control everything, but the story of Flight 236 proves otherwise. In this video, we'll examine one of the most dramatic incidents in the sky, when a massive machine turned into an uncontrollable glider right in the middle of the ocean. Many people enjoy watching disaster documentaries, but the Air Transat case stands apart. It all started with an unseen defect. A new engine modification and a minor error by ground crews caused a fuel line to begin to fail due to friction. This is a classic example of how human error and maintenance can lead to fatal consequences. We'll reconstruct the timeline of the events of August 24, 2001, in detail. When the cockpit instruments began showing abnormal oil pressure readings, Captain Robert Pichet and first officer Dirk de Jager faced a dilemma. With no land for hundreds of kilometers, any misinterpretation of the data could cost the lives of hundreds. We'll discuss why the crew decided to transfer fuel and how this action nearly caused the plane to crash into the ocean. Silence in the sky is the most terrifying thing a pilot can hear. In our investigation, we'll show the moment both engines died. At an altitude of 10,000 meters, the plane lost all power. It was a true battle with physics. The use of a RAT saved a minimum of energy for control, but landing without engines in the Azores seemed impossible. This unique footage and facts are a must-know for every aviation enthusiast. Why do modern documentaries often return to this topic? Because Flight 236 is a story of incredible gliding skill. Captain Pichet achieved the impossible, maintaining the balance between speed and altitude without the right to a go-around. We'll uncover the mystery of that very tube that was ""sawed"" by vibration and explain the changes to maintenance procedures that were made after this incident. Watch to the end to understand how one small detail in a hangar nearly cost three hundred lives."