A Disaster at DCA, 77 Years Later


A look at history reveals the deeply embedded congestion issues confluenced with the pressure to utilize a close-in transportation hub.

I’ve been on that flight, essentially, more than a couple dozen times.

A direct Piedmont Airlines, or Envoy, or SkyWest flight into Washington National airport—KDCA—from some point on the map. Often Charlotte or Chicago, but also LaGuardia, Chattanooga, and Philly.

And Wichita, too.

So I’ve had ample time to contemplate both sides of the equation in the steep ramp-up in flights that American Airlines and others have made into DCA over the past three years. There’s the me that wants to get directly to where I’m going, and the me that has done a double-take at the stacking of aircraft on crossing taxiways and runway ends that it apparently takes to accommodate that increase in flights.

I took a picture once because I thought for sure a runway incursion had at least a 50/50 chance.

A snap from the window seat of a CRJ waiting to take position for Runway 19 at DCA in Washington, in February 2023. [Credit: Julie Boatman]

I took other pictures because at its heart, I love DCA, though because of 9/11 I never have flown into it as PIC. I love the River Visual, the finesse it takes to stick the landing, and the central location. The close-in economy parking. The quick check-in by the North Security area.

But it turns out, DCA has been an accident waiting to happen for a long time. In fact, an accident similar to the one in which a PSA CRJ700 collided with a U.S. Army Black Hawk helicopter that took 67 lives last January 29 happened there, in the late 1940s.

After a nighttime landing at DCA, in February 2023. [Credit: Julie Boatman]

Eastern Air Lines in 1949

Eastern Air Lines Flight 537, N88727, was a Douglas DC-4 aircraft en route from Boston, Massachusetts, to Washington, D.C., by way of a few stops on the old airmail route on November 1, 1949. But a horrifying accident took place near the approach end of Runway 3 (now 4) at Washington National that day. The DC-4—often taking on the role of regional airliner in that day—struck a military aircraft. This time it was a P-38 Lockheed Lightning undergoing an acceptance flight test trial for the Bolivian Air Force.

At 300 feet and a half-mile from the threshold, it killed the 55 passengers and crew aboard the DC-4 and—amazingly—only seriously injured the pilot of the P-38, a Bolivian national by the name of Erik Rios Bridoux.

According to the Wikipedia entry, “at the time, it was the deadliest airliner incident in United States history.”

But even with that dramatic loss of life in the heart of the nation’s capital, it wouldn’t be the trigger that set in motion real change in the governance of aviation in the U.S.

What Does It Take to Make Real Change?

That distinction would go to the much more well-known Connie vs. DC-7 mid-air that took place over the Grand Canyon in 1956, which took the lives of 128 people between the two aircraft.

There’s a symmetry here: a keystone accident preceding the bigger one that turned out to be the last straw.

The 1956 mid-air has long been identified as the catalyst for creating a federal aviation agency with coordinated national air traffic control—now the FAA. Perhaps the accident on January 29, 2025, is the similar catalyst that help mitigate issues of congestion and staffing shortages at one of the nation’s most critical airports. Because it does not compute that the denizens of D.C. (myself included) will want to give up their direct flights, regardless of their political clout.

But it can’t be a catalyst without continuous funding support for ATC, disentangled from the machinations in D.C. As Rep. Rick Larsen, D-WA, ranking member of the House’s Transportation & Infrastructure Committee, said in December 2025, “We have to avoid history repeating itself.” 

The Aviation Funding Solvency Act (HR 6086) is part of the current proposition to achieve this goal. It “provides continuing appropriations to the Federal Aviation Administration (FAA) if (1) an appropriations bill for the FAA has not been enacted before a fiscal year begins, or (2) a law making continuing appropriations for the FAA is not in effect,” according to the entry on congress.gov.

During the National Transportation Safety Board meeting on the PSA/BlackHawk mid-air on January 28, the NTSB reviewed several recommendations it would make within its final report, most pointing the finger at the FAA for issues of system and culture that persist at DCA. 

So far, only one has already been addressed—the rendering permanent of the TFR closing the helicopter route that placed the Black Hawk in the path of the PSA CRJ700. The remainder hangs in the balance as we teeter towards another government shutdown—particularly if HR 6086 doesn’t come to fruition in advance of that stoppage.

We have the technology tools to help mitigate one cultural issue—the regular reliance on visual separation by the DCA control tower. With the final report yet to be released, we can push for the increased staffing that will almost certainly boost sagging morale, and potentially decrease persistent mental fatigue levels amongst our friends at ATC.

While the DC-4 disaster at DCA didn’t prompt change back in 1949, perhaps nearly 77 years later we’ll see a hauntingly similar regional-and-military mid-air lead to real solutions. Surely we’ve come that far along in all of those years.

The TBM 980 Captures a New Era

A Daher TBM 980 single-engine turboprop airplane in flight over the mountains in southern France, with a charcoal grey top and white base with flash orange accents.

With the snow capping the Pyrenées to the south, my last visit to Tarbes took place on a chilly day in November 2021. I was meeting up with Margrit Waltz, who readied a new TBM 940 for its ferry flight across the ocean.

At the time, I didn’t realize that the next TBM had already moved onto the production line, the serial number (SN) that would become the first TBM 960. That model debuted in April 2022, and I had a chance to fly it from Sun ‘n Fun Aerospace Expo down to Daher’s then HQ in south Florida, at KPMP, Pompano Beach.

Now, nearly four years later, Daher debuts its latest, the TBM 980, and what looks like a similar aircraft has changed significantly under its gorgeous skin.

Similiarly, Daher may look like the same company if you just glance at the buildings collected on the ramp at LFBT, but so much has changed. The company has three locations now in Florida—at KSUA where the TBM will soon be built on a new line, and at KFLL where the new U.S. headquarters is located. And the Kodiak’s home base in Sandpoint, Idaho, now churns out Kodial 900s as well as the 100 Series III.

And…just in time to kickoff 2026, the TBM 980 takes the stage.

The sixth 900-series turboprop launched by Daher since it took possession of the aircraft model line in 2014, the TBM 980 integrates the Garmin G3000 PRIME that the avionics OEM debuted in late 2024 on the competing Pilatus PC-12 Pro. But this is more than a makeup game. The G3000 PRIME replaces the previous G3000 with three 14-inch touchscreens and app-based functionality to evolve the flight deck experience to match what most pilots carry in their pockets.

The first integrated flight deck into the TBM series took off when Garmin and then-SOCATA signed the contract to put the G1000 into the TBM 850 at NBAA 2005. It was the beginning of the end of “federated” avionics—the separate boxes that worked in concert that we used to know so well.

Twenty years and 1,000 TBMs later, the flight deck now integrates into the pilot’s life. “When you pick up an iPad, you don’t read a manual, you pick it up and use it intuitively,” said Nicolas Chabbert, Daher Aircraft CEO, at a livestream event on Thursday, January 15, in the evening from Daher’s main hangar in Tarbes. The PRIME drives closer to that mark than any flight deck thus far.

The presets are contextual, allowing for the phase of flight to drive them. And that’s just the beginning. There’s a joystick to aid in selection, rather than a button for scrolling, and the ability to check in on the airplane remotely via Garmin PlaneSync.

Guillaume Remigi, test pilot, said at the event that the biggest surprise he discovered during flight test was how much he appreciated the touchscreens. Rather than being a novelty, they became natural and intuitive, he found.

Another operational improvement sure to be well-received by pilots is the ability to operate without adding Prist to the fuel. The Prist-free option had to be validated in hot and humid weather conditions, so the test pilots related during the livestream how they flew to Agadir, Morocco, leaving the aircraft outside overnight, experiencing temperatures ranging from +40C to -50C in the desert, and up to 90 percent humidity on the coast.

An enhanced interior features a new passenger display through which the folks in the back can see flight data… Chabbert likened it to Concorde, though perhaps not into the Mach numbers!

The new TBM will be Starlink Mini-capable, and to preview this, Daher’s Michel Adam de Villiers and longtime TBM pilot and superfan Dr. Ian Fries called in during the event from in-flight over Florida. Fries is the first publicly announced customer to purchase the TBM 980, which will be SN 1634, ready in March—Number 6 for Dr. Fries. That said, SN 1627 and SN 1628 are already poised to depart for their first customers.

Frankly, I can’t wait to get my hands on the new yoke—and on the touchscreens—either.