Dallas-fort Worth Intl — Safety History & Runway Risks
NTSB accident analysis for KDFW: 15 events analyzed
Dallas-fort Worth, TX · 606.4 ft MSL · 7 runways
Based on 15 NTSB events at KDFW (Dallas-fort Worth Intl), the most important risks for pilots are:
- Wake Turbulence from Heavy Departures. A March 2025 event involved a Cessna 208B holding short of runway 17R sustaining substantial damage when a Spirit Airlines A321 departed on the same runway, consistent with a wake turbulence encounter. GA pilots holding short or departing behind heavy jets on DFW's long parallel runways must apply full wake turbulence separation standards.
- Ground Operations Complexity and Taxi Incursions. Four events involve ground-phase incidents: a 2022 Cessna 208B ground collision due to failure to maintain safe taxi separation, a 2021 Boeing 737 ground collision caused by a captain adjusting instruments while taxiing, a 2018 Columbia LC41 departing the taxiway due to failed brakes and a flat tire, and a 2011 pushback collision. DFW's complex multi-runway layout with parallel taxiways increases the cognitive load for unfamiliar GA pilots.
- Runway Incursion Risk on Complex Multi-Runway Layout. A 2016 runway incursion on runway 35L involved an Embraer 505 crossing while a Boeing 737 was on takeoff roll at approximately 120 knots, with the probable cause being ATC miscommunication and failure to correct a readback. GA pilots unfamiliar with DFW's seven-runway layout and dense radio environment are at elevated risk for readback errors and positional confusion.
Source: NTSB accident records analyzed by Tropiq. Updated 4/14/2026.
Safety History
15 eventsKDFW has recorded 15 NTSB events from 2008–2025 with zero fatalities, reflecting the airport's high volume of commercial traffic rather than systemic safety deficiencies. The most relevant risks for GA pilots operating here are ground handling complexity (taxiway incursions, wake turbulence, and ramp congestion), gusty crosswind conditions that have contributed to multiple events, and the sheer complexity of operating in Class B airspace alongside heavy airline traffic. No GA-specific fatal accidents appear in this dataset, but several events involved smaller GA aircraft sustaining substantial damage.
Across 17 years of NTSB records, KDFW shows a consistent pattern of ground-phase incidents, mechanical failures, and turbulence encounters with no fatal accidents. The event distribution reflects the airport's enormous traffic volume and the inherent complexity of mixing GA and heavy commercial operations.
- •Ground operations (taxi, pushback, ramp) account for at least 5 of 15 events, making it the single largest category of incidents at DFW.
- •No fatal accidents appear in 17 years of records across 15 events, which is a positive indicator given traffic volume.
- •Turbulence-related events (CAT and convective) account for at least 2 events and produced the most serious injuries in the dataset.
- •Mechanical/maintenance failures contributed to at least 3 events: the 2024 Boeing 737 brake anomaly, the 2013 A319 engine blade separation, and the 2009 ATR72 elevator stop bracket fatigue failure.
- •Human factors on the ground (distraction, fatigue, readback errors) are a consistent causal thread across multiple events spanning the full dataset period.
- •Serious injuries (5 events) were predominantly caused by turbulence encounters, falls, and passenger handling rather than runway or flight-phase accidents.
Runway Analysis
Key Risks
Common Causes
Seasonal Patterns
Source: NTSB Aviation Accident Database. Analysis generated 2026-04-14. This data is provided for flight planning awareness and does not replace official safety briefings.
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