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Multi-Engine Rating — AMEL Ground School

advanced
40 lessons ~16h total 71 practice questions 9 units Certificate on completion
Free$279.00free in preview
Practice Flashcards
Final exam

Master engine-out aerodynamics, Vmc, and OEI procedures for the airplane multi-engine land add-on.

About this course

This course prepares you for the Multi-Engine Land add-on rating practical test, with the depth and rigor expected of a professional candidate. Because the FAA does not require a separate multi-engine knowledge test, the burden of theory falls entirely on oral preparation and your ability to fly a precise, safe profile when an engine quits. We build that foundation here. You will develop a working command of the aerodynamics that make a twin behave differently from a single: why one engine is *critical*, how Vmc is defined and the eleven CFR 23 certification conditions behind it, how the loss of fifty percent of power costs roughly eighty percent of climb performance, and why a windmilling propeller can produce more drag than the airplane's entire fuselage. We then translate that theory into hardware — constant-speed and feathering propellers, governors, accumulators, counterweights, and the fuel, electrical, and pressurization systems typical of light twins. The back half of the course is procedural and regulatory: identify-verify-feather flows, the Vmc demonstration, drift-down and single-engine service ceiling, multi-engine weight and balance with its tighter CG envelopes, and the Part 61 and Part 91 rules that govern your rating. Every section closes with practice questions, and a 25-question final exam certifies your readiness for the oral.

What you'll learn

Explain Vmc, identify the critical engine, and recite the CFR 23 conditions used to certify published Vmc.
Quantify engine-out performance loss and manage drag using the windmilling-versus-feathered comparison.
Perform a correct identify, verify, feather, and secure flow for an engine failure in cruise and on takeoff.
Describe constant-speed feathering propeller systems, governors, counterweights, and unfeathering accumulators.
Compute multi-engine weight, balance, and single-engine climb performance from POH data.
Apply the Part 61 and Part 91 regulations that govern multi-engine privileges and operations.
MH
Your instructor
Marcus Hale
ATP · CFI · CFII · MEI · AGI · IGI

ATP and Gold Seal CFI/CFII/MEI with over 7,000 hours, including 2,800 dual given in light and cabin-class twins. Former Part 135 chief pilot and FAA-designated examiner candidate.

Summary

Skill level
Advanced
Lessons
40
Duration
5h 50m
Practice bank
71 questions
Certification
Yes
Language
English
Free$279.00free in preview
Practice Flashcards
Final exam

Course Content

01Why a Twin Is Not Just Two Singles9m02Multi-Engine Privileges and How the Rating Is Earned8m03Light Twin Categories and Typical Performance Numbers7m04The V-Speeds Every Multi Pilot Memorizes8m05Airspeed Indicator Markings and Color Codes7m