Negative transfer: a threat to flying safety

Area of Science:

• Aviation Psychology
• Human Factors Engineering
• Aerospace Medicine

Background:

• Negative transfer occurs when pilots apply inappropriate responses from previous aircraft to new ones.
• This phenomenon poses a significant threat to aviation safety, supported by experimental data and accident reports.
• The increasing introduction of new aircraft models heightens the relevance of negative transfer in aviation.

Purpose of the Study:

• To define and illustrate the concept of negative transfer in aviation.
• To analyze how cockpit design differences can negatively impact pilot performance.
• To provide recommendations for mitigating negative transfer risks in organizational aviation.

Main Methods:

• Definition of negative transfer within the context of pilot habit transfer between aircraft.
• Comparative analysis of cockpit designs in two United States Air Force (USAF) aircraft.
• Review of experimental findings and aircraft accident investigation reports related to negative transfer.
• Development of recommendations for flight surgeons to address negative transfer.

Main Results:

• Negative transfer is characterized by the inappropriate application of learned responses in dissimilar cockpits.
• Differences in cockpit configuration between aircraft can lead to adverse pilot performance.
• Both experimental evidence and accident reports confirm the safety implications of negative transfer.

Conclusions:

• Negative transfer presents a tangible threat to flight safety, necessitating proactive management strategies.
• Organizational flight surgeons play a key role in minimizing the risks associated with negative transfer.
• Addressing negative transfer through training and design considerations is vital for maintaining aviation safety standards.