Upset Recovery Training Course

Lesson 1 • Aerodynamic Principles Review

Reviews lift, drag, thrust, and weight interactions at unusual attitudes. Connects classical aerodynamics to the specific control challenges encountered during upsets.

Lesson 2 • Human Factors in Upset Events

Identifies spatial disorientation, startle response, and cognitive tunneling as primary human contributors to upset accidents. Links physiology to decision-making errors.

Lesson 3 • Stall Aerodynamics Fundamentals

Explains critical angle of attack, stall progression, and buffet onset. Builds the aerodynamic foundation required before any stall recovery technique is introduced.

Lesson 4 • Upset Accident Causal Factors

Analyzes historical upset accident patterns to identify recurring causal chains. Grounds subsequent training objectives in real-world failure modes.

Lesson 1 • Visual and Kinesthetic Cues

Identifies outside visual references and seat-of-the-pants sensations that confirm instrument readings. Reinforces multi-channel situational awareness during upset onset.

Lesson 2 • Classifying Upset Type and Severity

Provides a decision framework for categorizing nose-high, nose-low, and bank upsets by severity. Correct classification drives selection of the appropriate recovery technique.

Lesson 3 • Primary Flight Instrument Interpretation

Trains precise reading of attitude indicator, altimeter, and airspeed under stress. Accurate instrument scan is the prerequisite for every recovery action.

Lesson 1 • Stall Prevention Techniques

Applies proactive pitch and power management to maintain safe angle-of-attack margins. Connects prevention habits directly to the upset avoidance goal of the course.

Lesson 2 • Stall Characteristics by Aircraft Type

Contrasts stall behavior in swept-wing jets, turboprops, and light aircraft. Prepares students to adapt recognition and prevention to their specific aircraft type.

Lesson 3 • Configuration Effects on Stall Speed

Examines how flap setting, gear position, and bank angle alter stall speed. Enables accurate mental calculation of stall margins in any configuration.

Lesson 4 • Approach-to-Stall Cues

Identifies aural, tactile, and visual warnings that precede a full stall. Early recognition is the most effective stall prevention tool available to the crew.

Lesson 1 • Common Recovery Errors

Catalogs the most frequent incorrect inputs and their aerodynamic consequences. Error awareness reduces the likelihood of compounding an upset during recovery.

Lesson 2 • The Upset Recovery Procedure Framework

Presents the industry-standard four-step recovery framework: recognize, recover, roll, and reduce. Provides the procedural scaffold on which all technique chapters build.

Lesson 3 • Stall Recovery Execution

Applies the stall recovery procedure from full stall entry through clean recovery. Reinforces that angle-of-attack reduction always precedes any other control action.

Lesson 4 • Nose-Low Recovery Technique

Drills the control sequence for recovering from a nose-low, high-speed upset. Prioritizes bank reduction before back-pressure to prevent load factor exceedance.

Lesson 1 • Icing Effects on Handling Qualities

Explains how airframe and tail-plane icing degrade stall margins and alter recovery behavior. Prepares students to adjust recovery technique when icing contamination is present.

Lesson 2 • Wind Shear and Microburst Threats

Analyzes the energy-state changes caused by wind shear and microburst encounters during approach. Links shear recognition to immediate recovery action priorities.

Lesson 3 • Wake Turbulence Encounter Management

Details the vortex structure of wake turbulence and its roll-inducing effect on following aircraft. Provides avoidance and recovery strategies specific to wake encounters.

Lesson 4 • Automation and System Failures

Covers autopilot runaway, flight director failure, and sensor anomalies that can initiate or mask upsets. Builds the diagnostic skill needed to identify system-induced upsets.

Lesson 1 • Evaluating and Debriefing Performance

Applies objective performance metrics to simulator recordings for structured debrief. Converts raw performance data into targeted improvement actions for each student.

Lesson 2 • Nose-Low Simulator Exercises

Executes nose-low upset entries at varying bank angles and airspeeds. Focuses on preventing structural exceedance while achieving a timely, controlled recovery.

Lesson 3 • Structured Scenario Design

Describes how upset scenarios are sequenced from simple to complex to build skill progressively. Scenario structure directly controls the difficulty ramp students experience.

Lesson 4 • Nose-High Simulator Exercises

Executes a series of nose-high upset entries at varying altitudes and configurations. Repetition builds the muscle memory and decision speed required for real-event response.

Lesson 1 • Compound Upset Scenarios

Presents upsets that combine nose-high attitude with engine failure or structural limitation. Requires students to prioritize competing recovery demands simultaneously.

Lesson 2 • Night and IMC Upset Recovery

Addresses the heightened spatial disorientation risk during night and instrument meteorological conditions. Reinforces instrument-only recovery discipline when visual references are absent.

Lesson 3 • Adaptive Decision-Making Under Stress

Trains recognition of when standard procedures must be modified due to unique circumstances. Develops the judgment to deviate from procedure safely and deliberately.

Lesson 4 • Low-Altitude Upset Recovery

Applies recovery technique within severely constrained altitude margins during approach and departure. Emphasizes minimum altitude loss as the overriding performance criterion.

Lesson 1 • Upset Recovery Proficiency Standards

Specifies the objective performance tolerances for each recovery maneuver type. Provides the measurable benchmark against which all student performance is evaluated.

Lesson 2 • Organizational Safety Culture Integration

Connects individual upset recovery proficiency to broader safety management system goals. Positions trained pilots as active contributors to organizational risk reduction.

Lesson 3 • Evaluation Methods and Checkride Integration

Describes how upset recovery competency is assessed during practical tests and line checks. Aligns training outcomes with the evaluation criteria used by check airmen.

Lesson 4 • Building a Personal Training Plan

Guides students in creating a self-directed recurrent training schedule based on identified weaknesses. Converts course outcomes into a sustainable long-term proficiency strategy.