3 Ways to Lose Control of An Airplane

Weve always had stall/spin accidents. Today, refinements in data collection and analysis, plus improved aviation-accident taxonomy, have led the industry to adopt the loss of control in-flight, or LOC-I, nomenclature. Whatever its name, ICAOs Common Taxonomy Team calls it ...an extreme manifestation of a deviation from intended flight path. It leads the statistics for business, instructional and personal flying as the single most-prevalent cause of general aviation accidents.

D Higdon

Thursday, June 16, 2016 at 12:00 AM ET

Verified

Key Takeaways:

Loss of Control In-flight (LOC-I) is the leading cause of general aviation accidents, frequently resulting from stalls where the aircraft does not respond as intended.
The majority of LOC-I accidents occur during three critical flight phases: initial climb, landing approaches, and low-level maneuvering.
Common factors contributing to LOC-I include uncoordinated turns, improper airspeed management, failure to heed aircraft limitations, and pilot distractions or errors.
Prevention requires pilots to avoid stall-inducing conditions, recognize warning signs, apply appropriate recovery techniques, and actively mitigate human factors through training and increased situational awareness.

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We’ve always had stall/spin accidents. Today, refinements in data collection and analysis, plus improved aviation-accident taxonomy, have led the industry to adopt the loss of control in-flight, or LOC-I, nomenclature. Whatever its name, ICAO’s Common Taxonomy Team calls it “…an extreme manifestation of a deviation from intended flight path.” It leads the statistics for business, instructional and personal flying as the single most-prevalent cause of general aviation accidents.

The NTSB took a more narrow approach to defining LOC-I at its Loss of Control Safety Seminar on May 14, 2016. They put it this way: An LOC-I accident occurs when: