The Importance of Upset Prevention and Recovery Training (UPRT) in Aviation Training

Post date: 18 April

Aviation safety remains a primary priority in the industry. Although tremendous strides have been made to improve technology, operational procedures, and pilot training to increase flight safety, loss of control in-flight (LOC-I) continues to be the leading cause of fatal aviation accidents in General Aviation. These facts underscore the necessity and importance of Upset Prevention and Recovery Training (UPRT) in today’s flight training programmes.

UPRT is a critical safeguard designed to equip pilots with the knowledge and skills necessary to identify, prevent, and, if necessary, correct unknown or unintended in-flight conditions. The goal is to ensure pilots are trained and prepared to respond to loss of aircraft control in-flight to save lives and improve flight safety overall.

Let’s delve deeper in UPRT role in modern aviation, and outline the scientific principles supporting its incorporation into the current paradigm of pilot training. We also highlight how leading flight academies, including Egnatia Aviation, are proactively adopting UPRT into their training programmes to comply with prevailing global recommended practices, industry-level mandates, and regulatory guidance.

The Scientific Basis of Upset Prevention and Recovery Training

According to the International Air Transport Association (IATA), LOC-I caused 40% of all fatal accidents during the last decade. This statistic alone showcases the importance of successful upset prevention and recovery. UPRT focuses on teaching pilots to recognise the early signs of an upset, preventing it from escalating and recovering safely when necessary.

Upset Prevention and Recovery Training (UPRT) is an important module in pilot training that provides the knowledge, skill, and ability for pilots to recognise and recover from upsets. An upset occurs when an aircraft is flown outside its normal flight envelope and may enter a dangerous flight condition. Recovery from upsets, both from a pilot and aircraft, respectively, must address the physical and human performance needs of pilots.

One human performance consideration is the startle factor. Pilots’ human performance capability can be negatively impacted when physiological conditions reduce cognitive performance and decision-making. In these instances, pilots may experience a temporary upset in-flight. In addition, a common human performance limitation identified with upsets is the degradation of pilots’ situational awareness or their overall perception of flight positioning in time and space. Without proper situational awareness, pilots cannot develop an accurate understanding, which leads to difficulties in assessing an aircraft’s current condition and/or ability to recover.

While human factors are a critical part of upset recovery, aerodynamics also plays a significant role in the physical response to upsets. High G-forces, for example, which are common when an aircraft quickly departs from its assigned altitude or attitude, have physical effects on the pilot, reducing pilot responsiveness and eventually incapacitating the pilot. The aircraft’s performance is also affected, requiring pilots to understand how the aircraft behaves in extreme conditions. This knowledge enables pilots to take the right steps to counteract the forces at play and restore control.

UPRT effectively addresses these challenges by training pilots to recognise the physiological and physical factors involved in upsets, improving both their recovery skills and overall flight safety.

Mastering Upset Recovery: Key Training Areas

To prevent and recover from upsets effectively, pilots must gain experience in a range of situations. The first and most important is the ability to identify the early warning signs of an upset. These could be an unnatural pitch or roll of an aircraft or a deviation from the intended flight path. By catching the first signs early, a pilot can recover from the situation before it escalates.

Once an upset has been recognised, pilots need to know the right techniques to recover. This means a good working knowledge of stall recovery, where a pilot restores lift after an aircraft has stalled; unusual attitude recovery, which returns the aircraft to a normal position after experiencing extreme altitude changes; and spin avoidance or recovery, which prevents an incipient spin from occurring or stops a fully developed spin if it already has occurred.

Knowing how to react in a real-life situation is another area where UPRT training is important. At flight schools like Egnatia Aviation, students are placed in realistic upset scenarios. Through the use of simulators and aerobatic aircraft, instructors can recreate environments that are conducive to an upset. This gives cadets valuable experience to draw on, as they can practice these skills in safe settings. For example, Egnatia Aviation’s Airline Integrated Program includes UPRT training, so graduates are better equipped to handle the unpredictable scenarios they may face as they progress to fly for an airline.

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A report by Boeing states that there will be a demand for over 674,000 pilots in the next 20 years. With this in mind, the onus has fallen on flight schools and airlines to ensure that the pilots they are producing are getting the right training in the right places — particularly UPRT.

Aligning Upset Prevention and Recovery Training with Industry and Regulatory Requirements

To keep pace with an evolving global understanding of best pilot training practices, various aviation rule-making bodies—such as the International Civil Aviation Organization (ICAO), European Union Aviation Safety Agency (EASA), and the Federal Aviation Administration (FAA)—have instituted their own rules to ensure this happens.

ICAO mandates that pilots receive UPRT both during initial pilot training and throughout the pilot’s recurrent training to maintain proficiency. EASA similarly requires that commercial pilots receive training in both upset prevention and recovery training. The FAA has aligned regulations to support ensuring that pilots are trained in upset recovery in training that provides both prevention and recovery training. These standards collectively aim to enhance pilot competence and ensure a higher level of safety across the aviation industry.

In addition to the regulatory foundation, commercial operators expect a great deal from their pilots in terms of readiness to respond to the unexpected and, particularly, in managing in-flight upsets. In response to this expectation, quality flight schools — like Egnatia Aviation — incorporate Upset Prevention and Recovery Training (UPRT) within their curriculum to ensure graduates are equipped to meet the demands of commercial airline operations. Egnatia Aviation’s accreditations as a quality-assured training provider are further a testament to the leadership in this field and ensure their pilots are competent to cope with the challenges of modern commercial flight operations.

As Egnatia Aviation looks to the future, partnerships with reputable operators, such as Wizz Air, demonstrate its commitment to providing real-world training opportunities to its students, while the use of big data in aviation training ensures that its graduates are prepared for modern flight operations. By working closely with its trusted training partners, Egnatia Aviation is preparing its students to meet the demands of the ever-evolving global airline industry and ensuring that they are best placed to take advantage of opportunities to succeed in the aviation sector.

A Future of Safer Skies

In aviation, where training for safety is a priority, UPRT is a key training component that cannot be overlooked. The ability to recognise and recover from upsets can make a great impact.

Although governing bodies such as ICAO, EASA, and the FAA have included UPRT in their mandated training, proper training or acquisition of skills relies much more on practical exposure. Continuous practical exposure and hands-on training allow pilots, both cadets and experienced professionals, to refine their abilities and react quickly to emergency situations. By addressing both the psychological and physical elements of upset recovery, programmes like those at Egnatia Aviation are preparing pilots to handle stressful situations with composure.

With an increased focus on UPRT, we can lower the risks associated with loss of control in-flight and make the whole experience of being in the skies safer for pilots and passengers alike. The future of aviation training is in good hands with UPRT at the forefront of ensuring safer aviation.

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