NTSB CAROL · Event
Event ERA25FA058
Registry · N58156
FAA Aircraft Registry record.
Make / Model
MOONEY M20J
Year of manufacture
1986 · 38 years old at event
Engine
LYCOMING I0360 SER A&C (200 hp)
Seats / Engines
4 seats · 1 engine
Last airworthiness date
19860222
ADS-B equipped
Yes — Mode-S A77CC5
Registrant of record
KIM SEUK
Source: FAA Aircraft Registry (releasable master file).
Aircraft involved
Factual narrative
On November 24, 2024, at about 1809 eastern standard time, a Mooney M20J, N58156, was substantially damaged when it was involved in an accident near Windham, New York. The pilot was fatally injured. The airplane was operated as a Title 14 Code of Federal Regulation Part 91 personal flight. The airplane departed from Harford County Airport (0W3), Churchville, Maryland around 1640 and was destined for Albany International Airport (ALB), Albany, New York. Sunset at ALB had occurred at 1625 and the end of civil twilight was at 1656. Preliminary ADS-B data revealed that after departing 0W3, the airplane flew north-east toward ALB. The ADS-B data revealed that around 1802, the airplane was at an altitude of about 5,000 ft msl and began a shallow descent. At around 1805, the ADS-B data showed that the airplane descended below 4,000 ft, and by 1807, the airplane had descended below 3,500 ft. The airplane’s last ADS-B derived position was recorded about 1808, with the airplane approximately 720 ft (laterally) from the initial impact point at the accident site. The last ADS-B data point reported the airplane’s altitude as 3,025 ft, which was within 100 ft of the elevation of the accident site. The pilot had been in contact with air traffic control (ATC) prior to the accident and was receiving visual flight rules flight following services. While in contact with ATC, the pilot reported moderate to heavy turbulence at his reported altitude of 5,000 ft. The pilot subsequently descended to about 4,300 ft and reported that the turbulence had subsided to light to moderate turbulence, and this was the pilot’s last transmission to ATC. While in contact with ATC, the pilot did not make any distress calls. Figure 1 – The accident airplane’s ADS-B flight track (green arrows) and the annotated location of the accident site (red circle). The airplane impacted wooded, mountainous terrain at an elevation of 3,090 ft. The accident site was located below the mountain’s peak at an elevation of 3,524 ft. The first identified impact points were two trees that were approximately 80 ft from the where the airplane’s fuselage came to rest. Each tree had one of the airplane’s flaps wrapped around the trunk, at a height about 30 ft above the ground. A tree to the left of the initial impact trees contained remnants of the left aileron and wing, which were also approximately 30 ft up in the tree. The primary wreckage location consisted of the fuselage, empennage, engine, and propeller. The fuselage came to rest oriented on a heading of 82° true. The wreckage path was approximately 80 ft long and was along a heading of 38° true. The airframe sustained impact damage with the most damage occurring to the wings and the forward fuselage. Both wings had separated from the fuselage, and portions of both wings were located along the wreckage path. The empennage remained attached to the fuselage and displayed impact damage signatures with most of the damage occurring to the horizontal stabilizer and the elevator. All the major components of the airplane were accounted for at the accident site. The wreckage was retained for further examination. Source: NTSB Aviation Accident Database Retrieved: 2026-02-12
Verbatim from NTSB's published report. Source file
NTSB_2024_ERA25FA058.txt.
Findings + structured fields enriched from FAA avall.mdb.
Full investigation docket on
data.ntsb.gov ↗.
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Related research
What the literature says.
Academic papers and agency reports matching this event's aircraft type or causal vocabulary (turbulence). Sourced from NASA NTRS, NTSB Safety Studies, FAA CAMI, AOPA Air Safety Institute, Embry-Riddle Scholarly Commons, arXiv, and the Semantic Scholar academic graph.
- arXiv 2026 · arXiv preprint
Direct Numerical Simulations of Ice-Ocean Boundary Turbulence
Turbulent heat and freshwater transport at ice-ocean interfaces controls glacier and iceberg melt rates, yet the underlying physics remains poorly constrained.
- Embry-Riddle Scholarly Commons 2025 · Journal article (JAAER)
Political Turbulence and Aviation Safety: A Cross-National Analysis of Political Stability's Effects on Aviation Accidents
To what extent does political stability affect aviation safety? This research aims to link domestic political conditions and public safety through the consideration of aviation accident frequency.
- arXiv 2025 · arXiv preprint
Explainable LiDAR 3D Point Cloud Segmentation and Clustering for Detecting Airplane-Generated Wind Turbulence
Wake vortices - strong, coherent air turbulences created by aircraft - pose a significant risk to aviation safety and therefore require accurate and reliable detection methods.
- arXiv 2024 · arXiv preprint
Does small-scale turbulence matter for ice growth in mixed-phase clouds?
Representing the glaciation of mixed-phase clouds in terms of the Wegener-Bergeron-Findeisen process is a challenge for many weather and climate models, which tend to overestimate this process because…
- arXiv 2023 · arXiv preprint
Effects of electrostatic interaction on clustering and collision of bidispersed inertial particles in homogeneous and isotropic turbulence
In sandstorms and thunderclouds, turbulence-induced collisions between solid particles and ice crystals lead to inevitable triboelectrification.
- SKYbrary (Eurocontrol) 2023 · SKYbrary article
Wake Vortex Turbulence — SKYbrary Knowledge Base
SKYbrary wake vortex turbulence comprehensive article — generation mechanics, dissipation factors, separation standards (ICAO LIGHT/MEDIUM/HEAVY/SUPER + recategorisation RECAT-EU).
Browse the full corpus — academia portal ↗