‍DALLAS — The National Transportation Safety Board (NTSB) has urged the Federal Aviation Administration (FAA) to prohibit helicopter operations near Ronald Reagan Washington National Airport (DCA) when runways 15 and 33 are in use and to establish an alternative helicopter route. 

Runway 15 at this public airport in Washington, D.C., is used for departures, while runway 33 is designated for landings.

The NTSB’s recommendation, released on Tuesday, suggests permanently banning helicopter operations near these runways when they are active. In the report, NTSB classifies helicopter operations near DCA as “an intolerable risk to aviation safety by increasing the possibility of a midair collision.”

NTSB developed these recommendations due to an aviation accident on January 29, 2025. That evening, a U.S. Army Sikorsky UH-60 Black Hawk helicopter collided with a Bombardier CRJ70J passenger jet operated by PSA Airlines (OH), an American Airlines (AA) subsidiary. 

According to the NTSB, the Army Black Hawk helicopter was traversing an FAA-designated helicopter corridor known as Route 4 when it collided with the CRJ70J on final approach to DCA's Runway 33. The collision occurred at an altitude just under 300 feet, significantly above the helicopter's authorized maximum altitude of 200 feet.

In its urgent 10-page report, the NTSB specifies that helicopters flying within the designated corridor at a maximum altitude of 200 feet had approximately 75 feet of vertical separation from aircraft landing on runway 33. 

The report emphasizes that this separation is “insufficient” and could even be decreased if the helicopter deviates laterally from the Potomac River shoreline or if an approaching aircraft is flying below the designated visual glide path to runway 33.

However, the NTSB acknowledges that completely shutting down the corridor when runways 15/33 are in use would restrict critical airspace utilized by the Coast Guard, law enforcement, and other government agencies. Therefore, the NTSB recommends that the FAA establish an alternative helicopter route when the original segment is closed.

The report states, “It is crucial for public safety helicopter operations to have an alternate route for flying in and around Washington, D.C., without increasing the workload for air traffic controllers.”

Historical Risk Patterns at DCA

While unprecedented in its severity, the January collision reflects a long-standing pattern of dangerous proximity events at DCA. NTSB analysis revealed that between October 2021 and December 2024, during the 944,179 commercial operations at DCA, there were 15,214 "close proximity" events where an aircraft and a helicopter came within one nautical mile laterally and 400 feet vertically of each other. More alarmingly, 85 incidents involved even closer encounters—less than 1,500 feet laterally and under 200 feet vertically.

Further historical data shows that from 2011 to 2024, at least one traffic collision avoidance system (TCAS) alert was triggered monthly due to the close proximity between commercial aircraft and helicopters. Over half of these incidents involved helicopters flying above their assigned altitude restrictions, and approximately two-thirds occurred during nighttime operations. This pattern indicates that the January 2025 collision, while catastrophic, was the culmination of a recognized but inadequately addressed risk.

Granted, DCA's proximity to central Washington, D.C., creates an unusually high concentration of helicopter traffic, including military, law enforcement, medical, and VIP transport operations. The airport's location along the Potomac River also creates natural corridors for helicopter routes that closely parallel commercial aircraft approaches and departures. The density of sensitive government facilities in the area also necessitates unique security protocols and flight patterns that may not be required at other commercial airports.

However, the fundamental issue identified by the NTSB—insufficient vertical separation between helicopter routes and commercial aircraft approach paths—could exist at other airports, particularly those in urban environments with significant helicopter traffic. 

The NTSB findings suggest that established separation standards may need to be reevaluated nationwide, especially in light of the increase in urban air mobility and drone operations.

The incident also highlights systemic issues in air traffic control that could affect multiple airports. President Donald Trump attributed the collision partly to an "obsolete" air traffic control system and promised to replace it. 

Federal officials have previously raised concerns about an overtaxed and understaffed air traffic control system, citing issues such as uncompetitive pay, long shifts, intensive training requirements, and mandatory retirements. These staffing and technological challenges could create similar risks at other busy airports nationwide.

The accident over the Potomac River represents the first major U.S. commercial aircraft crash in nearly 16 years, ending a remarkable period of aviation safety in the country.

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