Multi-Engine Rating In Los Angeles

The multi-engine rating is the shortest, most intense and arguably most fun add-on in general aviation. It takes a week or less for most pilots, costs a fraction of any other rating, and fundamentally changes what you understand about airplane performance. It is also a hard requirement for almost every professional flying job.

This guide explains what the multi-engine rating is, what the FAA requires, what you actually learn during the course, what the checkride involves, what it costs in Los Angeles, and how it fits with the private, instrument and commercial certificates.

What The Multi-Engine Rating Is

The multi-engine rating is a class rating added to an existing pilot certificate, not a separate certificate. You add airplane multi-engine land to whatever you already hold. If you hold a private pilot certificate, you get a private multi-engine rating. If you hold a commercial certificate, you get commercial multi-engine privileges. The training is essentially the same either way; only the checkride standards differ, being tighter at the commercial level.

Twins fly differently. Two engines give you more power, more speed, and redundancy, but they also introduce asymmetric thrust: if one engine quits, the remaining engine produces a yawing and rolling moment that will roll the airplane over if it is not controlled immediately and correctly. Everything in multi-engine training exists to teach you to handle that.

FAA Requirements For A Multi-Engine Rating

This is the appeal of the rating: there is no minimum hour requirement. 14 CFR 61.63 sets out what an additional class rating needs, and there is no specified number of hours.

The fact that no written exam is required is why the multi-engine rating is often described as a three-to-five day rating. Most pilots complete it in a long weekend or a compressed week of two flights a day.

What You Learn: Engine-Out Flying

Roughly seventy percent of multi-engine training is about what happens when one engine stops. The concepts below are the core of the course and the core of the checkride.

V-Speeds That Only Exist In Twins

VMC is the minimum control speed with the critical engine inoperative — the slowest speed at which you can maintain directional control. Below it, full rudder is not enough and the airplane will roll toward the dead engine. VYSE, the blue line speed, is the best rate of climb with one engine out and is the speed you fly whenever an engine fails in the climb. VSSE is the safe single-engine speed below which you do not intentionally shut down an engine. These three numbers govern everything.

The Critical Engine And Asymmetric Thrust

On most conventional twins both propellers turn the same direction, which means the loss of one engine produces a larger yawing moment than the loss of the other. That engine is the critical engine. You learn why, through the four aerodynamic factors: P-factor, accelerated slipstream, spiraling slipstream, and torque. Counter-rotating twins such as the Piper Seminole eliminate the critical engine, which is one reason they are popular trainers.

Identify, Verify, Feather

The engine-failure drill becomes muscle memory: control the airplane, pitch for blue line, mixtures, props and throttles forward, gear and flaps up, identify the dead engine by which foot is doing nothing, verify by retarding that throttle, then feather the propeller to eliminate the enormous drag of a windmilling prop. You practice this on takeoff, in the climb, in cruise, and on approach, again and again, until it is automatic.

VMC Demonstration And Drag Demonstration

Two maneuvers unique to the multi-engine checkride. In the VMC demonstration you slow the airplane with one engine simulated inoperative until you reach either the first indication of loss of directional control or the stall warning, and recover. In the drag demonstration your instructor shows you how dramatically gear, flaps, a windmilling propeller and even a few degrees of bank in the wrong direction destroy single-engine climb performance. It is the most sobering lesson in the course.

Single-Engine Performance: The Real Lesson

The most important thing multi-engine training teaches is that a light twin with one engine out is not a two-engine airplane with power to spare. It is an underpowered single with the drag of a dead engine. A typical light twin loses roughly eighty percent of its excess climb performance when one engine fails. Single-engine service ceilings are often only a few thousand feet, and on a hot Los Angeles afternoon may be below terrain. The second engine buys you time and options, not immunity. Pilots who understand this fly twins safely; pilots who do not are the reason light-twin accident statistics look the way they do.

Airplanes Used For Multi-Engine Training

The two standards at Van Nuys and across the country are the Piper Seminole and the Piper Seneca. The Seminole is a light, counter-rotating four-seat twin that is forgiving and the most common training platform in the United States. The Seneca is heavier, faster, and often turbocharged, and gives a better sense of what a working twin feels like. Beechcraft Barons and Duchesses appear at some schools. Whichever you fly, an approved simulator representing the same airplane is a valuable way to drill engine failures repeatedly without the cost or risk of doing them at low altitude — see our flight simulator page.

The Multi-Engine Checkride

There is no written test, so the checkride is the entire evaluation. The oral covers multi-engine aerodynamics in depth: the critical engine and why, all the V-speeds and where they come from, single-engine performance and service ceilings, propeller feathering and unfeathering, systems including fuel crossfeed and the electrical and hydraulic architecture, and the decision-making around whether to continue or land after a failure.

The flight portion is typically 1.5 to 2 hours: normal and crosswind takeoffs and landings, steep turns, slow flight and stalls, the VMC demonstration, engine failure during takeoff and after liftoff, engine shutdown and restart in flight at a safe altitude, single-engine approaches and landings, and a single-engine go-around. If you hold an instrument rating and want instrument privileges in a multi-engine airplane, an instrument approach with one engine inoperative is added.

Cost And Timeline In Los Angeles

Multi-engine flight time is expensive per hour — twins burn roughly twice the fuel and cost far more to maintain and insure — but you need very few hours of it, so the total is modest. The main way to control cost is to arrive prepared: know the V-speeds, the aerodynamics of the critical engine, and the engine-failure flow cold before you sit in the airplane, so you are not paying twin rates to learn things from a book.

Combining Private, Multi-Engine And Instrument Training

Pilots searching for private multi-engine instrument rating are usually looking for one of two things. The first is a combined program that takes you from zero through private, instrument and multi-engine in a single planned sequence, which is how the airline career track is normally structured and is more efficient than buying each rating separately. The second is multi-engine instrument privileges: if you hold an instrument rating and want to exercise it in a twin, your multi-engine checkride needs to include a single-engine instrument approach, otherwise your rating will be limited to VFR only. Ask for this explicitly — adding it later means another checkride.

Who Should Get A Multi-Engine Rating

If you are heading toward a professional flying career, you will need it. Airlines, charter operators and corporate flight departments all fly multi-engine aircraft, and multi-engine time is what makes a logbook competitive. If you fly privately, the case is about capability: twins are faster, carry more, and give redundancy over water, mountains and at night — all relevant when you are flying out of Los Angeles. If you want to instruct in twins, you will add a multi-engine instructor certificate on top, covered on our CFI course page.

Frequently Asked Questions

How Long Does A Multi-Engine Rating Take?

Most pilots finish in three to seven days flying twice a day, or across a few weekends. Typical flight time is 8 to 12 hours plus ground instruction.

How Many Hours Are Required For A Multi-Engine Rating?

None specified by regulation. You need enough training to meet the Airman Certification Standards and an instructor endorsement. In practice that means 8 to 12 hours for most pilots.

Is There A Written Test For The Multi-Engine Rating?

No. An added class rating does not require a knowledge test. The oral portion of the checkride is correspondingly thorough.

How Much Does A Multi-Engine Rating Cost?

Essence Flight School's multi-engine rating is $5,100. Add roughly $800 to $1,000 for the examiner. It is the least expensive rating in the professional sequence.

What Is The Critical Engine?

The engine whose failure most adversely affects performance and handling. On conventional twins where both propellers turn clockwise, it is the left engine, because of P-factor, accelerated slipstream, spiraling slipstream and torque. Counter-rotating twins like the Seminole have no critical engine.

What Is VMC And Why Does It Matter?

Minimum control speed with the critical engine inoperative. Below it you cannot maintain directional control even with full rudder, and the airplane will roll toward the dead engine. It is the number that makes low-altitude engine failures in twins dangerous.

Do I Need An Instrument Rating First?

No. You can add a multi-engine rating to a private certificate with no instrument rating. But if you hold an instrument rating and want to use it in a twin, make sure the checkride includes a single-engine instrument approach, or you will get a VFR-only limitation.

Can I Do My Commercial Checkride In A Twin?

Yes, and you can obtain a commercial multi-engine certificate directly. It costs more because twin rental rates are higher, so many pilots do the commercial in a single and add the multi-engine rating afterward. See our commercial pilot guide.

Are Twins Safer Than Singles?

Only in the hands of a current, well-trained pilot. A twin gives redundancy, but an engine failure in a light twin is more demanding to handle than one in a single, and mishandling it is unforgiving. Recurrent training matters more in twins than anywhere else.

Where Can I Find Multi-Engine Flight Training Near Me In Los Angeles?

Van Nuys Airport (KVNY) is the main general aviation field in the Los Angeles basin and the practical answer for anyone in the San Fernando Valley, the Westside or Downtown. Essence Flight School trains there. See our flight training at Van Nuys page.

How Do I Stay Multi-Engine Current?

The same currency rules apply as for any category and class: three takeoffs and landings in the preceding 90 days to carry passengers, and a flight review every 24 calendar months. Because engine-out handling is a perishable skill, most insurers and most sensible pilots do recurrent training annually.

What Comes After The Multi-Engine Rating?

For career pilots, the flight instructor certificates and then hour building toward the ATP. The whole sequence is laid out on our airline pilot career program page.