Multi-Engine Rating Canada

Here’s the timing question every CPL student eventually faces: do you get your multi-engine rating before or after your instrument rating? Or simultaneously?

Most pilots get this decision wrong and end up paying more and waiting longer to be employable. The right answer depends on where you’re going with your career — but for most commercial pilots, the answer is clear, and it’s probably not what your flight school is telling you.

What the Multi-Engine Rating Actually Is

The multi-engine rating (technically a class rating for multi-engine aeroplanes) is added to your CPL and authorizes you to act as pilot-in-command of multi-engine aircraft. Unlike most ratings, there is no minimum hour requirement from Transport Canada — it’s proficiency-based. You fly until your examiner is satisfied you can handle the aircraft safely, including with one engine failed.

What Transport Canada does require:
– No written exam (this is one of the few ratings with no written component)
– A flight test conducted under TP 11210E (Multi-Engine Class Rating Flight Test Guide)
– Demonstrated proficiency in engine-out procedures, Vmc awareness, and multi-engine systems

In practice, most students need 7–15 hours of dual instruction to reach flight test standard, depending on their experience level and which aircraft they’re flying.

The Aircraft: What You’ll Actually Train In

Three aircraft dominate multi-engine training at Canadian flight schools:

Piper PA-44 Seminole — The most common training twin in Canada. Light, docile, relatively forgiving of asymmetric thrust. Rents for $450–$600/hr dual at most schools. Piston twin, two Lycoming O-360 engines.

Piper PA-34 Seneca — Heavier, more powerful, more complex. Used at schools that want to expose students to more realistic commercial aircraft characteristics. Rents for $500–$650/hr dual. The Seneca has counter-rotating props on some variants, which eliminates the “critical engine” concept — useful to understand for the test.

Beechcraft Duchess (BE-76) — Less common, but used at some schools. Similar performance envelope to the Seminole.

Piper Apache (PA-23) — Older, cheaper to operate, occasionally found at flying clubs. Not ideal for modern commercial training.

The aircraft matters for your logbook. If your goal is airline work, logging multi-engine time in a Seminole or Seneca is standard. Employers recognize both.

Your First Multi-Engine Lesson: What to Expect

Your first multi-engine lesson will probably feel easier than you expect — and more complex than you expect — at the same time. The aircraft is bigger, heavier, and more capable than the singles you’ve been flying. Taxiing with two throttles feels awkward for the first few minutes. The acceleration on takeoff is noticeably different with two engines pulling.

Most instructors start the first lesson with normal flight: takeoff, climb, cruise, turns, slow flight. You’ll notice the twin feels more stable than a single — more mass, more inertia, more power. It’s a confidence boost.

Then the instructor will pull one throttle to idle.

This is the moment that defines multi-engine flying. The aircraft immediately yaws toward the dead engine. Your feet have to react, pushing opposite rudder to keep straight. The aircraft wants to roll. The climb rate drops dramatically — in some twins, single-engine climb rate at max gross weight on a hot day is marginal or even negative. Welcome to asymmetric thrust.

Your first engine failure will feel overwhelming. By your fifth, it’ll feel manageable. By your tenth, it’ll feel routine. That progression is exactly what your instructor is building toward — getting engine failures from “emergency” to “procedure” in your brain.

A few things that surprise first-time multi students:

The workload during engine-out procedures is significantly higher than anything in single-engine training. You’re identifying the failed engine, verifying it, feathering the propeller, securing the engine, maintaining Vyse, communicating with ATC, and running checklists — simultaneously. It’s the most demanding procedural flying most pilots experience before airline training.

The fuel system is more complex. Two engines means two fuel systems, crossfeed capabilities, and fuel management decisions that don’t exist in singles. Expect to spend ground school time on fuel system diagrams.

The propellers are the real stars. Understanding constant-speed propellers, feathering, unfeathering, and the aerodynamic effects of a windmilling versus feathered propeller is central to multi-engine flying. A windmilling prop on a dead engine creates enormous drag — feathering it (turning the blades edge-on to the airflow) is critical for maintaining performance.

Multi-Engine Systems: Know This Before Training

Walking into multi-engine training with a solid systems understanding saves you hours of expensive flight time spent explaining things on the ground. Study these before your first lesson:

Propeller systems. Constant-speed props, governor operation, feathering mechanism, and the difference between full-feather and the feathering detent. Know how the propeller governor maintains RPM and what happens when oil pressure is lost to the prop hub.

Fuel system. Dual fuel systems with crossfeed. Understand which tanks feed which engines, how crossfeed works, and when you’d use it (hint: single-engine operations where one tank is getting low). Fuel management errors in twins have caused accidents.

Electrical system. Two alternators, two buses, and the split-bus/tie-bus architecture. Know what happens when one alternator fails, how to identify it, and what loads to shed. The electrical system in a twin is more complex than a single but also more redundant.

Landing gear. Most training twins have retractable gear. Understand the hydraulic system, emergency extension procedures, and the gear warning systems. Gear-up landings in twins are more common than you’d think — usually because the pilot was task-saturated during an engine failure scenario and forgot the gear.

Engine instruments. You now have two of everything — two manifold pressures, two RPM gauges, two fuel flow, two EGT/CHT. Learning to scan both sides quickly and identify which engine is behaving abnormally is a critical skill.

Your school will provide a Pilot Operating Handbook (POH) for the training aircraft. Read it cover to cover before your first flight. The systems section alone is worth several hundred dollars in avoided ground instruction time.

What the Flight Test Covers

The multi-engine flight test is intense. You’ll be expected to demonstrate:

Normal Operations:
– Normal and crosswind takeoffs and landings
– Steep turns to commercial standard (45° bank, ±100 ft)
– Slow flight, stalls, and stall recoveries in the clean and landing configurations
– Instrument approaches (if holding an IFR rating)

The Critical Stuff — Engine-Out:
– Engine failure on takeoff (below and above Vmc)
– Single-engine climb performance and best single-engine climb speed (Vyse — the blue line)
– Feathering the dead engine’s propeller and restarting (altitude permitting)
– Single-engine approaches and go-arounds (the most commonly failed item)
– Vmc demonstration

Vmc: The Most Dangerous Thing You’ll Practice

Vmc (Minimum Control Speed) is the airspeed below which, with one engine inoperative and the other at full power, you can no longer maintain directional control of the aircraft. Below Vmc, the aircraft will yaw violently toward the dead engine regardless of full rudder input.

Why this matters: an engine failure on takeoff, at low speed, below Vmc is one of the most dangerous scenarios in general aviation. If a pilot attempts to maintain altitude after an engine failure at low speed rather than immediately reducing power on the live engine, the result can be a loss of control in seconds.

During your multi-engine flight test, you’ll demonstrate Vmc awareness by:

1. Configuring the aircraft with one engine at idle (simulating failure)
2. Slowly reducing airspeed toward Vmc while maintaining directional control with rudder
3. Identifying the onset of loss of directional control
4. Recovering by simultaneously reducing power on the live engine and lowering the nose

Done correctly, this demonstrates understanding of multi-engine aerodynamics. Done incorrectly — particularly if you allow the speed to drop well below Vmc — you risk an incipient spin condition. This is why multi-engine training must never be rushed.

The dead foot = dead engine rule: The foot pushing on the rudder pedal to maintain directional control is on the side of the good engine. Your brain will try to confuse you under stress. Practise identifying the failed engine before flight test day until it’s automatic.

Common flight test failures:
– Misidentifying the failed engine (automatic unsatisfactory)
– Insufficient single-engine climb technique (pitch for Vyse, not instinct)
– Poor Vmc demo execution — either not getting close enough or getting too close
– Inadequate go-around on a single-engine approach — this is the most failed item nationally

How Much Does It Cost?

There’s no written exam fee, so costs are almost entirely flight time plus ground instruction.

Pricing varies significantly by school and aircraft. Vancouver and Toronto schools generally charge more than Prairie schools. A school operating a well-maintained Seminole in Manitoba will be cheaper than the same rating in Metro Vancouver.

Budget $7,000–$9,000 as a reasonable planning number for most students.

The Real Question: When Do You Get It?

This is where pilots consistently make expensive mistakes. There are three paths:

Path A: Multi First, Then IFR (Not Recommended)

You get the multi rating during or right after CPL, log some PIC multi time, then do your IFR training in a single. You end up with a Group 3 (single-engine) IFR rating, then have to go back and upgrade to Group 1 by doing an IFR flight test in a multi.

Problem: You’ve essentially paid for two instrument flight tests and wasted time with a Group 3 rating that most commercial employers don’t want.

Path B: IFR First (Single), Then Multi (Also Not Great)

You complete CPL + Group 3 IFR, work as a VFR or single-engine IFR pilot, then add multi later. This works if your first job doesn’t require multi, but it delays commercial employability and means the multi training doesn’t count toward any IFR training savings.

Path C: Combined Multi + IFR (The Right Move for Most)

You do your IFR training hours in a multi-engine aircraft, take the INRAT, and complete your IFR flight test in the multi. Result: CPL + Group 1 IFR in one continuous training block. You log multi time while satisfying IFR requirements, and graduate with the exact combination commercial employers want.

This costs more upfront — multi-engine IFR training is $500–$700/hr vs $280–$380/hr for single — but it eliminates the redundancy of Path A and dramatically improves your immediate employability.

Schools that explicitly offer combined Multi/IFR programs: Brampton Flight Centre (Toronto area), Pacific Flying Club (Vancouver), Calgary Flying Club, Moncton Flight College, and most other major career-track schools.

What PIC Multi Time Is Worth

The moment you have your multi-engine rating, any time you fly as PIC in a multi-engine aircraft goes into your logbook as PIC multi. This is important because:

• Most charter operators want 50–200 hours PIC multi before hiring
• Regional airlines want to see multi time in addition to total hours
• Corporate/business aviation jobs often specify minimum multi requirements

If you do your IFR training in a multi, you can start logging that PIC multi time as soon as you hold the rating — which means your IFR training hours become double-duty.

A pilot who did combined multi/IFR training and spent 30–40 hours in a twin during their IFR training now has 30–40 hours of multi time on day one of job searching. A pilot who trained in a single has zero.

TC Approved vs Non-Approved Flight Test Centres

Your multi-engine flight test must be conducted by an authorized pilot examiner. Transport Canada designates these examiners, and not every school has one on staff. Ask before you enroll whether your school has an on-site Transport Canada designated pilot examiner, or whether they outsource the test to a third party — which adds scheduling delays and sometimes additional fees.

After Your Rating: Insurance and Rental Realities

Getting your multi-engine rating is one thing. Actually flying twins afterward is another. Here’s what most schools don’t tell you:

Insurance is expensive. Renter’s insurance for multi-engine aircraft costs significantly more than single-engine coverage. If you want to rent a twin from a flying club after getting your rating, expect the club’s insurance to require minimum multi-engine hours (often 25–50 PIC multi) before they’ll check you out. Some clubs won’t rent twins to low-time multi pilots at all.

Rental rates are high. A Seminole rents for $400–$600/hr wet at most clubs. Flying even 10 hours a month to build multi time costs $4,000–$6,000. This is why the combined Multi/IFR training path is so valuable — you build multi hours while working toward another qualification, rather than paying to fly circles.

Time-building strategies. If you need to build multi PIC time affordably, look for aircraft partnerships or fractional ownership of older twins (Piper Apaches, Beech Travel Airs). Some flight schools also offer “multi time-building” rates that are lower than their training dual rates — you fly solo PIC while the school provides the aircraft.

The most cost-effective path: get hired by a bush operator or small charter company that operates twins. You build multi time while getting paid. This typically requires your Group 1 IFR + multi-engine combination — which brings us back to why the combined training path matters.

FAQ

Do I need a multi-engine rating to get a CPL?
No. A CPL can be issued for single-engine aeroplanes only. The multi-engine rating is a separate class rating added to your CPL. However, virtually every commercial aviation job will want it.

How many hours does the multi-engine rating take?
TC has no minimum. In practice: 7–10 hours for someone with strong stick-and-rudder skills and recent CPL training; 12–18 hours for someone coming back after a break or with less flying recency. Book more than you think you need and don’t cut training short to save money before a flight test.

What’s the critical engine, and will it be on the test?
The critical engine is the engine whose failure most adversely affects controllability. On most training twins (like the Seminole), it’s the left engine — because propeller P-factor, torque, and spiraling slipstream all combine to make the left engine’s failure harder to control. On counter-rotating prop aircraft (some Seneca variants), there’s no critical engine. Yes, this will be on the test.

Can I get a multi-engine rating without a CPL?
Yes — you can add a multi-engine rating to a PPL. But you’d only be permitted to fly multi-engine aircraft as PIC under private privileges. Most people add it to the CPL.

What airlines require for multi-engine time?
Acting as a First Officer on 705-category aircraft (regional airlines like Jazz) requires more than just a multi-engine rating. You also need a Group 1 Instrument Rating and must have passed the SAMRA and SARON written examinations to hold an IATRA or ATPL licence. The multi-engine rating is one piece of that puzzle — necessary but not sufficient. Plan your written exam schedule accordingly: write SAMRA and SARON while you’re building hours, not the week before you apply to an airline.

How long is the multi-engine rating valid?
The class rating itself doesn’t expire. However, to act as PIC of a multi-engine aircraft, you must maintain currency under your operating licence (CPL or ATPL). If you haven’t flown multi in a while, most employers and insurance companies will require a proficiency check before you fly their aircraft.

Should I do my multi-engine rating at the same school as my CPL?
Not necessarily. Some schools specialize in multi-engine training and have better aircraft, more experienced instructors, and more competitive pricing than general-purpose schools. However, there’s value in continuity — your CPL instructor knows your strengths and weaknesses. If your CPL school has a strong multi program, staying makes sense. If they only have one aging twin that’s frequently in maintenance, shop around.

The multi-engine rating on its own is just a piece of paper. Combined with your instrument rating, it becomes a career-launching qualification. Find schools offering multi-engine training across Canada →