New investigations by the New York Times revealed that a deadly midair collision over Washington, D.C., in January involved breakdowns in helicopter pilot action, communication and air traffic control procedures. The incident has raised broader concerns about aviation safety at Reagan National Airport.
What happened during the Jan. 29 collision?
A U.S. Army Black Hawk helicopter collided with an American Airlines regional jet over the Potomac River near Ronald Reagan National Airport on Jan. 29, killing all 67 people aboard both aircraft. The crash marked the worst domestic aviation disaster in the U.S. in nearly 25 years. Investigations found that the Black Hawk crew failed to properly execute “visual separation,” a procedure allowing pilots to self-navigate around other aircraft.
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The report found that the helicopter, piloted by Army Capt. Rebecca Lobach and flight instructor Chief Warrant Officer 2 Andrew Loyd Eaves, was on a training evaluation when the incident occurred. The helicopter flew too high and entered the landing path of American Airlines Flight 5342, arriving from Wichita, Kansas.
How did communication issues contribute to the crash?
The National Transportation Safety Board and The New York Times reports found that the helicopter pilots likely missed key air traffic control instructions. Moments before the collision, air traffic control directed the Black Hawk crew to turn left and pass behind the approaching jet. Investigators believe the Black Hawk crew pressed the microphone key when crucial words came through, causing them to miss the complete instruction.
Co-pilot Eaves attempted to alert Lobach that a left turn was needed to avoid the plane. Lobach did not alter course, and the helicopter continued directly into the jet’s path. Experts said the radio communication system’s failure added to a series of missed opportunities to prevent the crash.
What role did pilot decisions play in the incident?
Investigators concluded that Lobach failed to act on multiple verbal instructions, including a directive from her flight instructor to turn left. Flight recordings show Lobach acknowledging the presence of nearby air traffic but not making the needed course correction. At the time, the Black Hawk was also flying above the designated maximum altitude for its route, further narrowing the already small margin for error near the airport’s runways.
The Black Hawk crew had been operating under “see and avoid” rules, which transferred primary responsibility for maintaining a safe distance from other aircraft from controllers to the pilots. However, aviation experts noted that “see and avoid” has contributed to several fatal midair collisions over the past decade.
Were there systemic failures in air traffic control?
The crash occurred against the backdrop of chronic staffing shortages and procedural gaps at Reagan National Airport. On the night of the collision, one controller was handling helicopter and fixed-wing traffic simultaneously — an arrangement usually reserved for periods of lighter activity later at night. The controller approved the Black Hawk’s request for visual separation but did not issue a clear and urgent warning as the helicopter and jet converged.
Additionally, the helicopter crew intentionally disabled the Automatic Dependent Surveillance-Broadcast system to simulate a classified evacuation mission, forcing controllers to rely on radar updates that refreshed only every five to 12 seconds.
What are the broader safety concerns?
The crash highlighted longstanding risks at Reagan National Airport. A National Transportation Safety Board review found at least one close call per month between airplanes and helicopters near the airport between 2011 and 2024, with most occurring at night. Many incidents involved helicopters flying higher than authorized altitudes.
The collision also exposed hazards linked to Runway 33, a rarely used strip with limited vertical separation between helicopter routes and aircraft landing paths. After the crash, the Federal Aviation Administration restricted helicopter flights along the affected route when Runway 33 is active.
The latest NTSB report on the crash is expected by early 2026.
