NTSB News Talk – Aviation Accidents, Safety Investigations & Pilot Lessons

Max Trescott talks with co-host Rob Mark about new docket details on Bering Air Flight 445—a Part 135 Cessna 208B Grand Caravan, N321BA—that crashed near Nome, Alaska after a troubling sequence of weight, icing, and airspeed issues. They discuss how overweight loading, Alaska-specific operating allowances, and confusing “minimum speed in ice” guidance can combine to erase stall margin fast. The Preliminary Report is here. Brought to you by AVEMCO aircraft insurance.
They also touch on the Epic E1000 crash of N98FK near Steamboat Springs, Colorado, a night RNAV (GPS) approach where LNAV+V advisory glidepath guidance may have lured the airplane below MDA into terrain—a reminder that LNAV+V can look like LPV but provides no obstacle protection below MDA.
Plus: an experimental Lancair IV-P, N163BR, suffers an apparent engine failure near Savannah, Georgia, and the occupants survive thanks to a ballistic-parachute deployment. Two final reports round out the episode: a Cessna 182P, N14YY, in Mississippi where a non-venting fuel cap contributed to fuel-starvation symptoms and a loss of control on landing, and a turbocharged Beech A36 Bonanza, N347M, in Pennsylvania where a door-open startle after takeoff, combined with an overweight condition, ended in a stall and crash.

Max talks with co-host Rob Mark about two headline-making NTSB threads: the DCA midair collision and the preliminary report on the Greg Biffle crash. First, they react to the NTSB’s day-long public hearing on the DCA midair and the board’s newly adopted probable-cause statement—an unusually long, multi-factor finding that points toward fixes in airspace design, controller procedures, ADS-B policy, and military aviation governance.
Then they pivot to the Cessna Citation 550 accident involving NASCAR driver Greg Biffle (N257BW) near Statesville, North Carolina. The preliminary report raises hard questions about cockpit workload and decision-making: instrument anomalies, an apparent electrical/power issue, and a “second in command required” limitation that wasn’t satisfied by the right-seat occupant.
The episode also rounds up several other investigations: a Cirrus SR20 CAPS deployment in England where the parachute lines may have separated after snagging power lines, a Cirrus SR22 engine-failure diversion in South Carolina, an IFR Bonanza crash in rain near Sabine, Texas, a Mexican Navy King Air 350i accident near Galveston, and final reports covering a training stall/spin in Georgia and a Musketeer engine failure after an undetected oil-system leak. If you care about real-world lessons—and what the NTSB is signaling for the next wave of safety changes—hit play and share it with another pilot.
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Max Trescott and Rob Mark talk about the Bangor, Maine Bombardier Challenger 650 crash (N10KJ)—a major breaking story—and what the earliest discussion points usually look like before investigators have hard answers. They outline why takeoff accidents in winter conditions immediately raise questions about contamination, deicing decisions, holdover time, and whether ice or snow could have been present at the start of the takeoff roll.
Then the episode shifts to set of other NTSB cases with sharply different aircraft and missions—but familiar human factors. These include the American Aviation AA-1A (N9439L) near Alamogordo, NM, Cirrus SR20 (N814) in Watertown, WI, Beech C23 (N76SB) in Virginia, Mooney M20C (N1204X) in Texas, Cessna 206 (N460DC) in California, Piper PA-30 Twin Comanche (N8693Y) in Illinois, and a Beechcraft 95 Travel Air (N369BB) training flight in Alabama. Across them: unstable approaches, late go-arounds, loss of control close to the ground, and pilots pushing past safe margins.

Max Trescott and Rob Mark connect a string of very different accidents with one shared theme: safety margin usually disappears one “reasonable” choice at a time—until the airplane (or the environment) collects the debt.
They open with a major development: the NTSB’s urgent recommendation to Textron after two fatal post-maintenance stall test flights in Hawker business jets. Max and Rob explain why stall testing in swept-wing jets can be uniquely unforgiving, and why “unacceptable stall characteristics” should make every pilot sit up straight. The takeaway: if a flight requires test-pilot skills, then “maintenance requires it” doesn’t make it safe—it demands the right training, the right crew, and the right conditions.
Max then shares NTSB news: a public board meeting on Tuesday, January 27, 2026 at 9:00 a.m. ET to determine probable cause for the January 29, 2025 midair collision over the Potomac River near Reagan National (PSA CRJ700 and an Army UH-60L Black Hawk). Max and Rob will be watching closely and will share clips in a future episode.
From there they break down recent accidents and reports, including: the Dassault Falcon 50, 9H-DFS, crash near Haymana, Turkey; an MD530F helicopter, N3502P, near Superior, Arizona where a slackline/highline may have been a factor; a TBM 700, N700PT, near Monroe, Wisconsin involving an approach continued below minimums; the Hawker 900XP, N900VA, fatal post-maintenance stall test crash; a Cessna P210, N1400, fuel exhaustion accident in San Diego in IMC with low recent flying; and a Bonanza G36, N360FV, near Tracy, California that illustrates the engine-emergency dilemma: choose the ugly, certain option—or gamble for the “better” airport you might not reach.

Episode 20 of NTSB News Talk opens with an aviation milestone: the first confirmed in-service, real-world use of Garmin’s Autoland. A King Air B200, tail number N479BR, squawked 7700 and ultimately landed itself at Rocky Mountain Metropolitan Airport (KBJC) in Broomfield, Colorado on Saturday, December 20, 2025.
Garmin later confirmed the activation, and ATC audio captured the synthetic callouts declaring “pilot incapacitation” and the system’s intention to land.
Max adds the kind of detail that makes this story feel real: he was flying in Colorado that day, monitoring Guard, and heard the automated messages as they occurred.
He also heard a voice transmit on Guard mentioning a depressurization and describing difficulty changing frequencies—consistent with the way Autoland takes control of communications once activated.
In their discussion, the flight track shows the airplane climbing out of Aspen into the low-20s, then descending, leveling, and later maneuvering near the destination before landing—exactly the kind of structured “get down, get safe, get on the ground” profile Autoland is designed to execute.
Aviation outlets reported the emergency was tied to a pressurization issue and the engagement of emergency descent logic. Aviation International News+1
After a quick note that Episode 19 was cited in a New York Post story by Emily Crane, the episode pivots into four NTSB reports that all share one theme: the accidents are “simple” only if you ignore the physics.
First is N850JH, a fatal TBM 850 crash near Ludington, Michigan. The NTSB concluded the pilot departed after pulling the airplane from an unheated hangar during active snowfall and taxiing out with visible snow contamination on the wings and horizontal stabilizer.
Deice boots don’t solve that on the ground; contamination kills performance margins by reducing lift and increasing drag right when the airplane is most vulnerable—after rotation. The report narrative (and local coverage quoting it) describes a normal-looking departure that quickly turned into a wing drop, stall, and impact.
Next is N7756N, a Cherokee accident at Frazier Lake Airport in Hollister, California (Sept. 10, 2025)—no injuries, but packed with lessons. The pilot came in high and fast, tried to salvage it with a slip, floated significantly, then initiated a late go-around.
During the go-around attempt, the wheels touched down about two-thirds down the grass runway; with 40° flaps still selected, the airplane became airborne again, but the pilot saw about 45 knots and a mostly-on stall warning and then pulled power to idle to “abort” the go-around, leading to a hard landing, bounce, and impact with a dirt mound.
The report also highlights a major contributing setup: landing runway 05 with wind 250 at 11—i.e., meaningful tailwind.
Third is a fatal VFR-into-IMC CFIT involving N320P, a Lancair 320 near Manitowoc, Wisconsin. The flight...