366 Midair Collision at Reagan National – Tragedy Over the Potomac

Max discusses the tragic midair collision at Reagan National Airport between a PSA Airlines CRJ700 regional jet and a U.S. Army Black Hawk helicopter. The midair crash over the Potomac River was captured by a Kennedy Center webcam.

The accident, captured by a Kennedy Center webcam, showed the aircraft’s lights merging before a fiery explosion over the Potomac River. Initial reports mistakenly suggested that a jet had overrun the runway and entered the water, but later evidence confirmed the midair collision.

To analyze the event, Max reviews ATC audio and flight tracks from ADSBExchange. While the full accident report will take time, early indicators suggest that the Army helicopter failed to follow ATC instructions to pass behind the regional jet before landing on Runway 33. Instead, it ended up in the same airspace as the descending airliner, leading to the collision. Midair accidents involving airliners are extremely rare, but when they do occur, they often result in regulatory changes.

Trescott draws historical parallels to the 1978 PSA Flight 182 collision over San Diego, which led to the creation of Class B airspace and Mode C transponder requirements. He notes the irony that the involved airline, PSA Airlines, shares a name with the defunct carrier from the San Diego crash but is now a subsidiary of American Airlines.

Flight 5342 was on the Mount Vernon Visual Approach to Runway 01, following the Potomac River. The Black Hawk helicopter, PAT25, was also navigating along the river but from the northwest, flying erratically between 200 and 800 feet before leveling at 300 feet near the airport. The regional jet, descending steadily, turned northeast before crossing the river to land on Runway 33 at around 330 feet MSL.

The midair impact occurred about 0.4 nautical miles from the runway, with Flight 5342 traveling at 106 knots and the Black Hawk at 71 knots. At 12 seconds before impact, the two aircraft were on a near head-on collision course, just 0.6 nautical miles apart. ADSBExchange reported that the helicopter was not transmitting ADS-B Out, a requirement in Class B airspace (though military exemptions may apply). Instead, its position was tracked through multilateration from Mode S transponders. This means the helicopter likely appeared on the airline crew’s traffic display, but they might have relied on TCAS alerts instead—unfortunately, those alerts are inhibited at low altitudes.

According to FAA Advisory Circular AC 20-151A, TCAS alerts are suppressed below 900 feet AGL while descending, and below 400 feet, all aural and visual traffic advisories (TAs) are completely disabled. The crash occurred at around 330 feet MSL, meaning Flight 5342’s TCAS system did not warn the pilots of the impending collision.

Max then plays ATC recordings, highlighting crucial moments in the last few minutes. The tower instructed the Army helicopter to maintain visual separation from the airliner, but it appears the crew misidentified the aircraft they were supposed to follow. This raises the possibility of nighttime perception errors, where pilots can see another aircraft’s lights but struggle to judge its position and motion due to lack of depth perception, relative motion cues, and the autokinesis effect.

Trescott shares his own experience from a similar situation while landing a Vision Jet at night. Despite ATC’s assurances that a following aircraft had him in sight, his traffic display showed a collision course. Only after he insisted did the controller order the other aircraft to widen its approach.

The episode also references Prof. James Reason’s Swiss Cheese Model, which explains how multiple layers of defense exist in aviation, but sometimes the holes in each layer align, leading to an accident. In this case, multiple failures occurred:

  1. The Army crew did not follow ATC instructions.
  2. Both crews failed to see and avoid each other.
  3. The helicopter was not transmitting ADS-B Out.
  4. TCAS alerts were inhibited due to low altitude.
  5. The tower did not warn the airliner about the helicopter.
  6. A reported FAA radar screen showed collision alerts 30 seconds before impact, but no action was taken.

There will be extensive investigations, regulatory discussions, and likely new safety measures to prevent similar accidents. Max encourages pilots to use all available tools, including traffic displays with relative vectors, to enhance situational awareness—especially at night when visual perception is limited.

Listeners interested in learning more about midair collision avoidance are directed to episode 109 of Aviation News Talk. The episode closes with a reminder to always fly defensively and proactively avoid conflicts in the air.

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348 N629AG Malibu Crash at Anderson, IN and Descent Planning + GA News

In this episode of the Aviation News Talk podcast, Max provides an in-depth analysis of the tragic crash of a Piper PA-46-350P Malibu Mirage, registered as N629AG, which occurred while the aircraft was attempting a visual approach to runway 12 at Anderson Municipal Airport (KAID) in Indiana. The episode dissects the series of events leading up to the crash, highlighting key factors such as descent planning, airspeed management, and the pilot’s use of available tools.

The aircraft departed from Fort Dodge Regional Airport (KFOD) in Iowa at 6:48 AM CDT on an IFR flight plan, climbing to FL210. The weather conditions at Anderson were reported as favorable, with clear skies and light winds, making it suitable for a visual approach. The aircraft’s flight path was relatively straightforward until the final approach to runway 12.

The critical issue began when the aircraft started its descent from 6800 feet MSL while 12 nautical miles (nm) from the runway, which was approximately 2000 feet higher than the ideal altitude for a 3-degree glide path. The pilot’s challenge was to manage both the descent rate and the airspeed to align with the glide path while preparing the aircraft for landing.

The episode discusses the various tools and calculations that could have helped the pilot manage the descent more effectively. For instance, the Garmin G1000 system in the aircraft could have provided valuable information on the aircraft’s descent profile, but it requires the pilot to be familiar with its configuration. The podcast emphasizes the importance of understanding and utilizing these tools, especially when performing complex tasks like managing a descent from a high altitude.

A significant focus of the discussion is on airspeed management during the approach. As the aircraft descended, its airspeed remained high, reaching 207 knots at 10 miles from the runway. Despite a slight reduction in speed and an increase in descent rate, the aircraft remained above the glide path, making it difficult to slow down and configure the aircraft for landing. The episode highlights that the aircraft’s landing gear extension speed was 165 knots, and the pilot only reached this speed after passing the airport, making it impossible to extend the flaps or gear in time.

In the final moments of the flight, the aircraft was still high and fast, with a descent rate that did not adequately bring it down to the glide path. As it crossed the runway threshold at 142 knots and 700 feet above the ground, the pilot initiated a go-around. However, the climb was poorly executed, with insufficient power applied, leading to a rapid decrease in airspeed. The aircraft stalled at an altitude of 2270 feet MSL, just over a mile beyond the runway, resulting in the fatal crash.

The episode speculates on possible distractions in the cockpit, such as communication with air traffic control and interactions with passengers, which may have contributed to the pilot’s failure to maintain adequate airspeed during the go-around. The podcast underscores that loss of control, often due to distraction, is a leading cause of aviation accidents.

In the latter part of the episode, the host discusses the importance of descent planning, especially during straight-in approaches, which can be deceptively simple. The episode introduces several tools available in Garmin-equipped aircraft for descent planning, such as the Selected Altitude Intercept Arc, Along Track Offset, and Vertical Flight Plans. These tools can help pilots manage their descent profiles more effectively, ensuring they arrive at the proper altitude and speed for landing.

The episode concludes by stressing the avoidability of the accident, noting that basic airmanship skills, such as maintaining airspeed and proper descent planning, are crucial for safe flight operations. The host also promotes further reading and resources, including his books on Garmin glass cockpit systems, to help pilots improve their understanding and use of these critical tools.

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Check out our recommended ADS-B receivers, and order one for yourselfYes, we’ll make a couple of dollars if you do.

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If you purchase a product through a link on our site, we may receive compensation.