Lesson Category: Multi-Engine Training

Introduction Multi-engine airplanes offer enhanced performance, increased redundancy, and greater complexity compared to their single-engine counterparts. These aircraft provide higher speed and better climb capabilities but also introduce new challenges, such as more complex aerodynamics, systems management, and emergency handling. The unique characteristics of multi-engine airplanes require a separate class rating. This initial lesson on […]

Introduction An instrument approach with one engine inoperative (OEI) combines two demanding situations at once. The pilot must manage asymmetric thrust, limited performance, instrument procedures, and the transition to landing without letting workload get ahead of the airplane. This lesson helps the learner connect single-engine control with the planning and discipline required for an instrument […]

Introduction Approaching and landing with one engine inoperative (OEI) requires planning, precision, and disciplined aircraft control. The pilot must manage performance limits while still flying a stable approach to a safe landing. This lesson helps the learner connect single-engine control, configuration, approach planning, and landing judgment during a critical phase of flight. Objectives After this […]

Introduction With one engine inoperative (OEI) in cruise flight, the pilot has more time than during takeoff but still has to manage control, performance, troubleshooting, and planning. This lesson helps the learner practice maintaining control, identifying the failed engine, and making practical decisions while maneuvering with one engine inoperative. Note: If altitude and safety permit, […]

Introduction An engine failure after liftoff gives the pilot very little time and altitude to work with. The airplane is slow, close to the ground, and exposed to the control problems created by asymmetric thrust. This lesson helps the learner focus on maintaining control, recognizing the available options, and following the manufacturer’s recommended procedure without […]

Introduction An engine failure during the takeoff roll in a multi-engine airplane can quickly create a directional control problem. The safest response depends on recognizing the failure early, rejecting the takeoff when appropriate, and keeping the airplane under control. This lesson helps the learner prepare for the quick, disciplined decision-making required before the airplane reaches […]

Introduction With one engine inoperative (OEI), small changes in airspeed, configuration, and drag can have a major effect on climb performance. This demonstration helps the learner see why the correct configuration matters. Note: In the Airman Certification Standards, the full title of this task is “Demonstration of Effects of Various Airspeeds and Configurations during Engine […]

Introduction Losing directional control after an engine failure is one of the major hazards unique to multi-engine airplanes. The Vmc demonstration shows how quickly asymmetric thrust can become a control problem if the pilot waits too long to respond. This lesson helps the learner recognize the warning signs, recover promptly, and respect the limits of […]

Introduction One-engine-inoperative (OEI) performance depends on aircraft weight, configuration, density altitude, bank angle, drag, and the pilot’s immediate control inputs. Effective OEI management requires the pilot to understand how airplane configuration and control inputs affect the outcome and apply the appropriate actions to maintain control and maximize performance. This lesson helps the learner evaluate OEI […]