A hair-raising incident unfolded on the runway, leaving aviation enthusiasts and experts alike on the edge of their seats. But was it a heroic save or a near-disaster? The LATAM Boeing 777's rejected takeoff during rotation has sparked intense discussions, and here's why it matters.
On February 16, 2026, a LATAM Brasil flight from São Paulo to Lisbon faced a critical situation. The Boeing 777-300ER, with a seasoned aviation enthusiast at the helm of this narrative, was captured on video attempting to take off, only to reject the takeoff as the nose gear left the ground. This high-stakes maneuver, executed at a critical moment, raises questions and highlights the fine line between a successful flight and potential catastrophe.
The Timeline of the Incident:
- The aircraft, with a rich history of global travel, was delayed by 90 minutes before pushing back from the gate at Terminal 3, around 7:00 PM.
- Lined up on the 3,700-meter Runway 10L, the plane began its takeoff roll, reaching a ground speed of approximately 178 knots.
- In a split second, the crew initiated a rejected takeoff, forcing the aircraft back onto the runway and applying maximum braking and reverse thrust.
- Miraculously, the jet came to a stop near the end of the runway, with severe tire damage and smoking brakes, a testament to the intense forces involved.
The Investigation's Focus:
Investigators are tasked with unraveling the precise sequence of events and decisions that led to this late rejection. Key questions include:
- Did the crew receive a critical warning or performance cue that prompted the rejection?
- What was the aircraft's speed and remaining runway distance when the decision was made?
- Were there any indications that the aircraft was unsafe to fly?
A Dangerous Decision Window:
The timing of this incident is crucial. In commercial aviation, crews rely on reference speeds, particularly V1 and VR. V1 is the decision speed, where a rejection before V1 is expected to stop within the runway. But after V1, continuing the takeoff is the norm, as stopping may not be feasible. This incident occurred after rotation, a narrow window where rejecting a takeoff is exceptionally risky.
Controversial Takeoff Rejections:
Takeoff rejections after V1 are rare and controversial. Here are some notable examples:
- 1992, TWA, New York JFK: The captain rejected takeoff seconds after rotation, leading to a runway overrun and fire, but all passengers were safely evacuated.
- 2008, Private Learjet 60, Columbia, SC: The pilot rejected takeoff after V1, causing a runway overrun and the loss of the aircraft and four lives.
- 2014, US Airways, Philadelphia: Takeoff rejection after rotation resulted in a hard touchdown and runway excursion, damaging the undercarriage.
The Kinetic Energy Factor:
The danger lies in the exponential rise in kinetic energy with speed. Late rejections significantly increase brake energy demands and the risk of tire failure, making runway overruns more likely. Additionally, once rotation begins, directional control and structural loads become more complex, further complicating the situation.
Echoes of the Milan Tailstrike:
This incident draws parallels with a recent LATAM 777-300ER tailstrike in Milan in 2024. In that case, a 100-ton weight miscalculation led to an invalid takeoff speed calculation, causing the aircraft to strike its tail during rotation. The investigation report highlights the critical role of accurate performance data in ensuring safe takeoffs.
As the investigation unfolds, the aviation community awaits answers. Was this a justified high-speed rejection or an error chain that slipped through the cracks? The findings will not only shed light on this specific incident but also contribute to the broader understanding of takeoff safety and decision-making. Stay tuned as we delve deeper into the world of aviation safety and the challenges faced by pilots and crews in split-second decision-making.
