George Bush Intcntl/houston — Safety History & Runway Risks
NTSB accident analysis for KIAH: 14 events analyzed
Houston, TX · 95.8 ft MSL · 5 runways
Based on 14 NTSB events at KIAH (George Bush Intcntl/houston), the most important risks for pilots are:
- Landing technique and deceleration management. At least 6 events directly involve improper landing or deceleration technique: a delayed flare and tailstrike (Jan 2024), failure to apply deceleration devices causing a high-speed taxiway excursion (Mar 2024), premature braking causing tire failure (Oct 2024), a tailstrike due to incorrect airspeed and pitch (Mar 2023), improper control inputs after touchdown (Jul 2023), and improper anti-skid technique in 2008. This is the single most dominant risk category at KIAH.
- IMC approach and spatial disorientation. The deadliest event in the dataset—the fatal Atlas Air 767 crash into Trinity Bay in Feb 2019 killing 3—involved spatial disorientation and loss of control during an approach to KIAH in IMC. A separate IMC event in Mar 2024 resulted in a high-speed taxiway excursion after landing. IMC approaches to KIAH carry elevated risk, even for crews of large transport-category aircraft.
- Nose/main landing gear malfunctions. Three separate events involved gear that failed to extend normally: a nose gear jam on an ERJ-190 (Feb 2015), nose gear retracted landing on a DHC-8 (Apr 2012), and uncommanded nosewheel swerving on an EMB-145 (Mar 2013). While these were commercial aircraft, they underscore KIAH's history of gear-related incidents and the importance of confirming gear status before landing.
Source: NTSB accident records analyzed by Tropiq. Updated 4/14/2026.
Safety History
14 eventsKIAH has recorded 14 NTSB events from 2008–2024, with 6 in the last five years, suggesting a moderately active incident history for a major hub airport. The overwhelming majority of events involve landing phase failures—specifically improper braking technique, gear malfunctions, and tail/runway strikes—rather than weather-driven accidents. GA pilots should be aware that while the airport's low elevation (96 ft MSL) minimizes density altitude concerns, the complex taxiway environment and high-speed commercial traffic make ground operations a significant hazard.
Over 16 years, KIAH averaged fewer than one NTSB event per year, but the single fatal accident (Atlas Air 3591, 2019) was catastrophic and involved a crew's failure to recover from automation-induced spatial disorientation in IMC. The pattern strongly favors landing and ground-phase incidents, with gear, braking, and pilot technique as recurring themes.
- •Landing phase dominates: approximately 10 of 14 events occurred during approach, landing flare, or landing rollout
- •Gear-related incidents (failure to extend, jamming, steering malfunction) account for at least 3 events across different aircraft types and operators
- •Brake system mismanagement (both overuse and technique errors) is a recurring ground operations risk, with events in 2008, 2012, and 2013
- •The only fatal accident (2019) occurred off-airport during approach—41 miles east-southeast of KIAH—and was driven by automation mode confusion and spatial disorientation, not airport-specific infrastructure
- •VMC conditions were present in the majority of events (10 of 14), meaning clear weather does not eliminate risk at this airport
- •Day-light conditions were present in 12 of 14 events; the two exceptions were a night nose-gear-up landing (Feb 2015) and a dusk crosswind landing (Mar 2008)
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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