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On 24 June 1982, British Airways Flight 9 was crossing the Indian Ocean in the dark, a Boeing 747 flying from Kuala Lump...
27/09/2026

On 24 June 1982, British Airways Flight 9 was crossing the Indian Ocean in the dark, a Boeing 747 flying from Kuala Lumpur to Perth with 263 people aboard.

In the cockpit were three men: Captain Eric Moody, First Officer Roger Greaves, and Flight Engineer Barry Townley-Freeman.

Then a strange glow appeared on the windscreen, like sparks racing across the glass. The engines began to glow too.

What the crew could not see, because volcanic ash does not show up on weather radar, was that a volcano had erupted below them and filled the night sky with abrasive ash.

The 747 flew straight into it.

One by one, the ash choked all four engines until every one of them died.

At 37,000 feet, the largest airliner in the world had become the largest glider in the world, and no one aboard knew why.

Moody picked up the intercom.

“Ladies and gentlemen, this is your captain speaking. We have a small problem. All four engines have stopped. We are doing our damnedest to get them going again. I trust you are not in too much distress.”

Then came the math.

They had to stay high enough to clear the mountains on the coast of Java. If they sank below that line before the engines restarted, they would have to turn out to sea and ditch in the dark.

The crew ran the restart drill again and again as the altimeter unwound, while the cabin crew kept order and teamed solo passengers together for support.

At 13,500 feet, one engine came back to life. Then the others followed.

Engine number 2 began surging and had to be shut down, so they turned toward Jakarta on three engines.

But the ash had one last cruelty.

It had sandblasted the windscreen almost opaque, meaning they would have to land on instruments.

Then they learned that the airport's vertical guidance system was out of service that night.

So First Officer Greaves built his own.

Using an approach chart from his flight bag and the runway's distance readings, he called out the altitude they should be at for every mile remaining.

Moody flew those numbers down, looking through a small clear section of the damaged windscreen.

Then, finally, the wheels touched the runway.

The passengers applauded.

All 263 people survived.

All three cockpit crew members were later decorated for their actions that night.

And in one remarkable twist, two strangers who had been sitting near each other in the cabin later married.

Captain Eric Moody died in March 2024, aged 82.

On July 30, 2011, Caribbean Airlines Flight 523, a Boeing 737-800 registered 9Y-PBM, was flying from New York’s JFK Airp...
27/09/2026

On July 30, 2011, Caribbean Airlines Flight 523, a Boeing 737-800 registered 9Y-PBM, was flying from New York’s JFK Airport to Georgetown, Guyana, with a scheduled stop in Port of Spain, Trinidad.

During its landing at Cheddi Jagan International Airport in heavy rain, the aircraft touched down approximately 4,700 feet beyond the runway threshold, leaving only about 2,700 feet of runway available to stop.

The Boeing 737 failed to stop and overran the runway. It crashed through a perimeter fence, crossed a road, and continued beyond the runway before coming to rest roughly 100 meters (330 feet) past the end of Runway 06.

The impact was severe. The fuselage broke into two sections near a roughly 60-meter (200-foot) ravine.

Yet remarkably, all 163 people aboard survived 157 passengers and six crew members.

Seven people sustained injuries, including broken legs, while more than 30 passengers were treated at local medical facilities. Most injuries were non-life-threatening, such as cuts and bruises, and only a few passengers required hospitalization.

Survivors recalled that the final approach initially seemed normal, with cheers and applause among passengers. But after touchdown, the aircraft failed to slow as expected. Cheers quickly turned into screams as the 737 raced toward the end of the runway.

During the overrun and impact, passengers and luggage were thrown around the cabin. After the aircraft came to rest, survivors escaped through emergency exits and slides, climbing onto the wing and into the darkness and heavy rain.

Emergency crews responded quickly and evacuated everyone from the wreckage.

The fact that the aircraft broke apart just short of the ravine, while everyone aboard survived, made Flight 523 one of the remarkable survival stories in modern aviation.

The official investigation determined that the probable cause was pilot error. Investigators found that the aircraft touched down late because of excess power during the flare, while maximum braking and other available deceleration capabilities were not used promptly. The crew also experienced indecision over whether to continue the landing or execute a go-around, along with reduced situational awareness.

Caribbean Airlines Flight 523 was not a recent accident it occurred on July 30, 2011.

On September 26, 1981, at Paine Field in Everett, Washington, Boeing test pilot Tommy Edmonds pushed the throttles forwa...
26/09/2026

On September 26, 1981, at Paine Field in Everett, Washington, Boeing test pilot Tommy Edmonds pushed the throttles forward on an airplane no one had ever flown before.

After a takeoff roll of about 3,000 feet, the very first Boeing 767 lifted off the runway.

The historic first flight lasted 2 hours and 4 minutes. Alongside Edmonds were test pilots Lew Wallick and John Brit. No major problems were found. The airplane simply worked.

The 767 was Boeing’s first wide-body jet powered by only two engines and the company’s first airliner designed around a modern two-pilot cockpit, eliminating the need for a flight engineer.

Airlines already believed in the aircraft before it ever flew. On that first-flight day, 173 Boeing 767s were already on order.

But the 767’s biggest impact on passengers came a few years later.

In the early 1980s, twin-engine airliners were restricted in how far they could operate from suitable diversion airports. As a result, long ocean crossings were generally flown by aircraft with three or four engines.

Then, in 1985, the Boeing 767 became the first commercial twin-engine jet certified for regular transatlantic operations under the newly developing ETOPS rules.

It demonstrated that a modern twin jet could safely and efficiently cross oceans, helping transform long-haul aviation.

Today, twin-engine aircraft dominate many of the world’s long-distance routes. The 767 played a major role in opening that door.

More than 1,370 Boeing 767s have been built, and the aircraft remains in service around the world.

Delta and United continue to operate passenger 767s, while FedEx and UPS use large fleets of 767 freighters.

The United States Air Force also operates the 767-based KC-46 Pegasus, a tanker aircraft designed to refuel military aircraft in mid-air.

The passenger version’s production era eventually came to an end. Boeing delivered its final newly built passenger 767 in 2014.

Today, newly built 767s are produced primarily as freighters and military aircraft.

What began with a 2-hour test flight on September 26, 1981, became one of the most influential twin-engine wide-body aircraft programs in aviation history.

On September 24, 1961, American Airlines Flight 44, a Boeing 720-023B registered N7545A, was approaching Boston’s Logan ...
26/09/2026

On September 24, 1961, American Airlines Flight 44, a Boeing 720-023B registered N7545A, was approaching Boston’s Logan International Airport after a stop in Chicago.

The jet carried 63 passengers and eight crew members. Weather was deteriorating, with fog and rapidly changing visibility.

The crew accepted a precision approach radar landing to Runway 4R. During the approach, the aircraft was about 200 feet above the prescribed glidepath at the outer marker and remained high during the final descent.

The controller issued repeated headings, altitude and descent instructions, but the crew had very limited visual references.

Visibility deteriorated sharply as fog moved across the airport. Runway visual range, previously reported at more than 6,000 feet, fluctuated and fell to about 2,200 feet during the final approach.

Investigators found that this deterioration was not passed to the crew by the approach controller, even though changing readings were available.

The pilots later said they could not see the runway approach end, lights or other useful visual references during most of the approach. Relying heavily on radar guidance, Flight 44 touched down about 3,165 feet beyond the normal PAR touchdown point, leaving only about 3,439 feet of runway.

The jet initially ran on its landing gear for about 100 feet, became airborne again, then touched down and skidded for roughly 614 feet before leaving the runway.

The Boeing 720 entered Winthrop Bay and stopped about 420 feet beyond the physical end of Runway 4R.

The impact caused major damage. The No. 1 and No. 2 engines broke away, while the nose section, nose gear and lower forward fuselage suffered severe deformation.

Water entered the aircraft, but evacuation was completed in about 10 minutes. Passengers escaped through an emergency door and a window onto the wing, while boats helped take them ashore.

Remarkably, all 71 people survived, with no fatalities and no serious injuries reported. The aircraft sustained major damage.

Investigators found no engine, aircraft-system or major mechanical failure responsible for the accident.

The flight recorder showed intermittent binding, but its usable parameters were insufficient for the investigation.

The investigation determined that the probable cause was the captain’s decision to land in variable weather conditions that prevented adequate visual orientation relative to the runway. A contributing factor was the failure to provide the flight crew with information concerning the deterioration of runway visual range.

Investigators also concluded that the aircraft was traveling at excessive speed during touchdown. The jet touched down at approximately 134 knots, leaving insufficient runway for an effective stop. The Board concluded that the aircraft’s stopping capability was not fully utilized.

Flight 44’s accident became a striking example of how rapidly changing fog, inadequate visual references, high approach speed and incomplete weather information can combine to turn a routine instrument approach into a runway overrun.

Despite the violent impact and extensive structural damage, every person aboard survived.

On June 12, 1972, American Airlines Flight 96 climbed out of Detroit with 67 people aboard. The DC-10 was practically br...
25/09/2026

On June 12, 1972, American Airlines Flight 96 climbed out of Detroit with 67 people aboard. The DC-10 was practically brand new and one of the biggest airliners in the world.

At nearly 12,000 feet, there was a violent bang.

The rear cargo door had blown off.

The sudden decompression was so powerful that part of the cabin floor collapsed into the cargo hold below. Running through that floor were cables controlling the aircraft’s tail.

The rudder, which steers the aircraft left and right, jammed fully to one side, constantly trying to pull the aircraft off course. The tail engine shut down. The elevators, which control the aircraft’s pitch, barely responded.

Only the ailerons—the controls on the wings that bank the aircraft into turns—continued to work normally.

Nothing in standard airline training covered what had just happened.

But Captain Bryce McCormick, a pilot with approximately 24,000 flight hours, had prepared for something similar on his own.

When he learned to fly the DC-10, McCormick had wondered what he would do if he ever lost normal flight controls. During simulator sessions on his own time, he practiced controlling the giant jet using engine power alone.

More power from one side could help turn the aircraft. More power from both engines could help raise the nose.

Just in case.

Now, with 67 lives behind him, McCormick combined that technique with the controls that were still functioning. Fighting the jammed rudder throughout the approach, he managed to turn the damaged DC-10 back toward Detroit.

The landing was fast.

With the rudder still jammed, the DC-10 began veering off the runway. First Officer Peter Whitney used the engines one final time, applying reverse thrust on one side to help pull the aircraft back into alignment.

The aircraft stopped just 880 feet before the end of the runway.

Everyone aboard survived.

Remarkably, the aircraft itself was repaired and returned to service.

Investigators traced the accident to a design problem involving the DC-10's cargo-door locking mechanism. The incident exposed a serious vulnerability in the aircraft's cargo-door design.

Two years later, a similar cargo-door failure contributed to the crash of Turkish Airlines Flight 981 near Paris. That accident killed all 346 people aboard.

The tragedy finally led to major changes that addressed the cargo-door design problem.

Flight 96 became a warning of what could happen when a cargo door failed—and a remarkable example of pilots using skill, preparation, and ingenuity to bring a crippled aircraft home.

At 9:01 on Monday morning, September 25, 1978, the sky over San Diego was perfectly clear.PSA Flight 182, a Boeing 727 c...
25/09/2026

At 9:01 on Monday morning, September 25, 1978, the sky over San Diego was perfectly clear.

PSA Flight 182, a Boeing 727 carrying 135 people, was minutes from landing. Ahead and below it, a small Cessna with two pilots was climbing.

Air traffic control warned the jet that the small plane was directly ahead:

“Traffic 12 o’clock, one mile, a Cessna.”

The PSA pilots had seen it. Then they lost sight of it.

“Is that the one we're looking at?” the captain asked his crew.

“Yeah, but I don't see him now,” the flight engineer replied.

The captain then radioed back: “I think he's passed off to our right.”

To the controllers, that sounded as though the jet crew still had the Cessna in sight. They didn't.

Meanwhile, the Cessna had drifted from the course it had been instructed to fly, putting it directly into the path of the Boeing 727.

On the ground, an automatic alarm warned air traffic controllers that the two aircraft were getting dangerously close. But because they believed the PSA pilots had the Cessna in sight, no further warning was given.

The Boeing 727 came down onto the Cessna from above and behind.

The two aircraft collided and fell into North Park, a neighborhood filled with small homes.

All 135 people aboard PSA Flight 182 were killed. Both men in the Cessna also died, including Marine Sergeant David Boswell.

On the ground, seven people were killed, including two children.

In total, 144 people lost their lives.

At the time, it was the deadliest air disaster in American history. It remains the deadliest aviation accident in California.

Investigators did not find a single villain or one catastrophic mistake. Instead, the tragedy resulted from a chain of small errors and misunderstandings that unfolded within seconds on an otherwise beautiful morning.

The crash changed American aviation.

It led to stricter procedures for aircraft operating near busy airports and contributed to the development of increasingly advanced collision-warning technology. Decades later, systems such as TCAS would become standard equipment on airliners around the world.

For 46 years, there was no memorial at the crash site.

In 2024, the City of San Diego finally placed a memorial plaque at the corner of Dwight and Nile streets, where the Boeing 727 came down.

Every September 25, families and members of the community continue to gather there to remember the 144 people who never made it home.

“Automation presents more problems for pilots, not less,” Captain Richard de Crespigny said in an interview with Busines...
24/09/2026

“Automation presents more problems for pilots, not less,” Captain Richard de Crespigny said in an interview with Business Insider’s Maggie Cai.

He had experienced exactly what that meant.

On November 4, 2010, Captain de Crespigny was commanding Qantas Flight 32, an Airbus A380 flying from Singapore to Sydney with 469 people aboard.

Just four minutes after takeoff from Singapore, one of the aircraft’s four Rolls-Royce Trent 900 engines suffered a catastrophic uncontained failure.

The engine exploded, sending fragments through the aircraft and severely damaging the left wing. Shrapnel cut approximately 650 electrical wires and damaged 21 of the A380’s systems.

Inside the cockpit, the consequences were overwhelming.

The aircraft’s computers began generating warning messages and failures, eventually producing more than 120 checklists for the crew to deal with.

But the pilots realized they could not simply chase every warning one by one.

Instead, they concentrated on the systems that were still functioning, identified what was actually essential, and focused on one thing above everything else: keeping the enormous aircraft under control.

Captain de Crespigny and his crew managed the crippled A380 for nearly two hours before bringing it back to Singapore Changi Airport.

The landing was successful.

All 469 people on board survived.

The incident became one of the most remarkable examples of how pilots can manage an aircraft when multiple systems fail simultaneously.

Years later, de Crespigny has continued to warn about what he believes is an important lesson from Flight 32.

He argues that as aircraft become increasingly automated, pilots must not lose the fundamental ability to understand what the aircraft is doing, identify failed systems, disconnect automation when necessary, and manually fly the airplane.

His concern is not that technology itself is bad.

“Whether we like it or not, automation is here and it's going to control our lives more every day in aircraft,” he said.

The issue, in his view, is what happens when that technology stops behaving as expected.

Automation can reduce workload, improve precision and provide pilots with valuable assistance. But when multiple systems fail at once, pilots may suddenly have to move from supervising computers to taking direct control of the aircraft.

For de Crespigny, Qantas Flight 32 remains a powerful reminder that technology can assist pilots—but it cannot eliminate the need for pilots who understand the aircraft and are prepared to fly it when the computers can no longer do the job.

Captain Richard de Crespigny retired from Qantas in 2018. He was later appointed a Member of the Order of Australia for his contribution to aviation safety.

On November 4, 2025, UPS Flight 2976 was preparing to leave Louisville Muhammad Ali International Airport in Kentucky fo...
23/09/2026

On November 4, 2025, UPS Flight 2976 was preparing to leave Louisville Muhammad Ali International Airport in Kentucky for Honolulu, Hawaii.

The aircraft was a McDonnell Douglas MD-11F, registered N259UP. It was a cargo aircraft operating one of UPS Airlines' long-distance flights from its Louisville hub.

Three experienced crew members were aboard: Captain Richard Wartenberg, First Officer Lee Truitt, and International Relief Officer Captain Dana Diamond. UPS later confirmed their names following the crash.

At approximately 5:14 p.m. local time, Flight 2976 began its takeoff from Runway 17R.

For the first moments, everything appeared normal.

But shortly after the aircraft became airborne, something went catastrophically wrong.

The aircraft's left engine and the pylon connecting it to the left wing separated from the airplane during the takeoff sequence. The MD-11 could no longer climb normally and began losing altitude.

The aircraft continued beyond the airport perimeter before crashing into an industrial area near the airport.

A huge fireball erupted as the heavily fueled cargo aircraft struck the ground. Flames and thick black smoke spread across the surrounding area, sending emergency crews rushing toward the wreckage.

The crash was particularly devastating because the aircraft came down in a populated industrial area rather than an empty field.

All three crew members aboard Flight 2976 were killed.

People on the ground were also caught in the disaster. The National Transportation Safety Board reported that 11 people on the ground initially died, while another person who had been seriously injured died 51 days later. Twenty-three other people on the ground were injured.

The aircraft was destroyed.

Investigators from the NTSB arrived in Louisville the following day and began documenting the enormous debris field, collecting wreckage and recovering crucial evidence, including the flight data recorder and cockpit voice recorder.

The investigation focused heavily on the separation of the left engine and its attachment structure.

Investigators examined the aircraft's maintenance history, the left engine and pylon, structural components, flight-data recordings and other evidence to determine exactly why the engine separated during takeoff.

The accident also triggered major scrutiny of the MD-11 fleet. UPS grounded its MD-11 aircraft following the crash, after the manufacturer recommended the action.

In May 2026, the NTSB held a two-day investigative hearing to examine evidence and testimony surrounding the accident. The hearing was part of the ongoing fact-finding process, not a final determination of probable cause.

As of the latest NTSB information, the investigation remains ongoing, and the agency has not issued its final probable-cause determination.

UPS Flight 2976 was supposed to be the beginning of a long flight across the United States and Pacific toward Honolulu.

Instead, only moments after leaving Louisville, the MD-11 was engulfed in flames and crashed back to the ground.

Three UPS pilots never returned home, and people on the ground also lost their lives.

The investigation continues to examine how a large cargo aircraft could suffer such a catastrophic structural failure during one of the most critical phases of flight.

UPS Flight 2976 remains one of the most serious cargo-aircraft accidents in recent U.S. aviation history.

On September 23, 1983, Gulf Air Flight 771 was approaching Abu Dhabi after departing Karachi, Pakistan, when a hidden bo...
23/09/2026

On September 23, 1983, Gulf Air Flight 771 was approaching Abu Dhabi after departing Karachi, Pakistan, when a hidden bomb brought the flight to a sudden and catastrophic end.

The Boeing 737-200 was operating a scheduled service from Karachi to Bahrain, with a stop at Abu Dhabi. On board were 105 passengers and seven crew members.

The flight had been routine until the aircraft was approaching the Abu Dhabi area.

A bomb concealed inside baggage had been loaded onto the aircraft at Karachi. Investigators later determined that the bag had been checked in by a passenger who did not board the flight.

As Flight 771 continued toward Abu Dhabi, the explosive device detonated inside the aircraft's baggage compartment.

The explosion caused a devastating fire and severely compromised the aircraft. The Boeing 737 could not remain airborne and crashed into the desert near Jebel Ali, between Abu Dhabi and Dubai.

There were no survivors.

All 112 people aboard 105 passengers and seven crew members were killed.

The investigation that followed traced the bombing to the Abu Nidal Organization, a Palestinian militant group. Investigators concluded that the bomb had been deliberately placed in checked baggage before the aircraft departed Karachi.

The victims came from several countries, reflecting the international nature of Gulf Air's operations at the time. Among those killed were passengers from Pakistan, the United Kingdom, Bahrain, India, Iran and the United States, as well as a Filipino member of the cabin crew.

The crash shocked the region and became one of the deadliest aviation disasters in the history of the United Arab Emirates.

Gulf Air Flight 771 was not brought down by a mechanical failure or an error in the cockpit. It was destroyed by a bomb that had been hidden among ordinary checked baggage before the aircraft even left Karachi.

On September 23, 1983, 112 people boarded a routine international flight.

None would reach their destination.

The desert near Jebel Ali became the final resting place of everyone aboard Gulf Air Flight 771.

On September 21, 2001, Aeroflot Flight 521 was approaching Dubai International Airport after an otherwise uneventful fli...
22/09/2026

On September 21, 2001, Aeroflot Flight 521 was approaching Dubai International Airport after an otherwise uneventful flight from Moscow’s Sheremetyevo Airport.

The aircraft, an Ilyushin Il-86 registered RA-86074, was carrying 307 passengers and 15 crew members. What happened during the final stages of the approach turned the routine arrival into a potentially catastrophic accident.

As the aircraft prepared to land, the crew used a non-standard procedure intended to reduce noise during the approach. The landing gear circuit breaker had been switched off so that the flaps could be extended before the landing gear.

The flight engineer subsequently operated the landing gear controls, but the circuit breaker was not reactivated. As a result, the landing gear did not actually extend, although the crew failed to recognize the problem.

The aircraft continued its approach toward Dubai with the landing gear still retracted. At approximately 20:09 local time, Flight 521 touched down on Runway 30R on the underside of its fuselage.

The enormous Il-86 scraped along the runway and slid to a stop. The impact and friction caused fires involving engines two and three and the rear cargo compartment, creating a serious emergency for the occupants.

Airport emergency crews responded rapidly and extinguished the fires. Despite the severity of the belly landing and the subsequent fire, all 322 people aboard escaped alive.

There were no fatalities, making the accident a remarkable example of an event that could have produced a much higher death toll.

The investigation involved the Interstate Aviation Committee, Russia’s Federal Air Transport Agency, Ilyushin and Aeroflot. Investigators determined that the accident was primarily linked to crew actions during the approach.

The landing-gear circuit breaker had not been restored after the non-standard configuration, and the crew failed to recognize that the landing gear remained retracted. Investigators also identified shortcomings in crew coordination and resource management, along with violations of established procedures.

The consequences continued after the emergency. The damaged Il-86 was declared a write-off. Aeroflot compensated each passenger with an amount equivalent to about US$400 and paid Dubai International Airport approximately US$10 million because the disabled aircraft blocked Runway 30R and disrupted airport operations for about 13 hours. The pilots subsequently lost their certificates, while the captain was dismissed.

The aircraft was later stripped for parts and eventually scrapped. By 2003, the remains had been disposed of and the airframe ultimately sank in the Persian Gulf.

Aeroflot Flight 521 remains a striking aviation incident because the aircraft came down without its landing gear and suffered significant fire damage, yet every person on board survived.

The investigation highlighted how an unusual procedure, a missed switch or circuit-breaker action, inadequate cross-checking and poor crew coordination could combine during a critical phase of flight.

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