Quick Answer
- A multi-engine rating adds $5,000-$12,000 to your training costs and requires approximately 10-15 hours of multi-engine flight time
- No minimum flight hours are FAA-mandated for the rating — your instructor endorses you for the checkride when proficient
- Multi-engine training focuses heavily on single-engine operations (Vmc, engine-out procedures, feathering) because asymmetric thrust is the critical safety challenge
- The rating is essential for airline careers and significantly increases earning potential in commercial flying — multi-engine time is what airlines value most
The multi-engine rating is a critical milestone on the path to a professional flying career. Airlines require multi-engine experience, and the vast majority of commercial aircraft are multi-engine. Adding this rating to your certificate is not just about flying a different type of aircraft — it is about learning to manage the unique challenges of asymmetric thrust that make multi-engine flying fundamentally different from single-engine.
Multi-Engine Rating Requirements
FAA Requirements
The multi-engine rating has surprisingly few formal requirements:
- Hold at least a Private Pilot Certificate (can be added to any pilot certificate level)
- Pass a practical test with a designated pilot examiner
- Demonstrate proficiency in multi-engine operations as endorsed by your instructor
- No minimum flight hours specified by the FAA — the standard is proficiency, not hours
Practical Standards
While the FAA does not mandate minimum hours, most students need 10-15 hours of multi-engine flight time to develop proficiency. Some accelerated programs advertise completion in as few as 5-8 hours, but 10-15 is more realistic for most students.
The practical test covers:
- Normal and crosswind takeoffs and landings
- Short-field and soft-field operations
- Steep turns and slow flight
- Engine-out procedures (Vmc demonstration, single-engine approaches)
- Emergency procedures
- Instrument approaches (if adding instrument privileges)
Cost Breakdown
| Expense | Cost Range |
|---|---|
| Multi-engine aircraft rental (10-15 hours) | $3,850-$5,775 (at $385/hour median) |
| Instructor fees (10-15 hours) | $600-$1,125 |
| Ground instruction | $200-$500 |
| DPE checkride fee | $500-$800 |
| Study materials | $100-$200 |
| Total | $5,250-$8,400 |
| Range including higher-cost markets | $5,000-$12,000 |
Multi-engine aircraft are significantly more expensive to operate than single-engine trainers. The Piper Seminole (the most common multi-engine trainer) rents at $300-$450/hour, compared to $150-$200/hour for a Cessna 172.
For complete pilot training cost data, see our cost to become a pilot guide.
What You Learn in Multi-Engine Training
Single-Engine Operations (The Core Focus)
Counterintuitively, multi-engine training is primarily about flying on one engine. When one engine fails in a multi-engine aircraft, the asymmetric thrust creates serious control challenges that do not exist in single-engine aircraft:
Vmc (Minimum Controllable Airspeed): The minimum speed at which you can maintain directional control with one engine inoperative. Below Vmc, the aircraft rolls toward the dead engine uncontrollably. Understanding and respecting Vmc is the most critical multi-engine skill.
Engine-Out Procedures: Identifying the failed engine ("dead foot, dead engine"), feathering the propeller, securing the engine, and maintaining control while flying to a safe landing.
Single-Engine Approaches and Landings: Flying a normal approach and landing with one engine shut down — a skill that requires precise speed and configuration management.
Normal Multi-Engine Operations
- Engine-out taxi procedures
- Multi-engine takeoff techniques
- Climb and cruise performance
- Normal approaches and landings
- Systems management (fuel, electrical, hydraulic)
Emergency Procedures
- Engine failure during takeoff (the most critical multi-engine emergency)
- Engine fire procedures
- Propeller feathering and unfeathering
- Zero-thrust demonstration
Common Multi-Engine Training Aircraft
| Aircraft | Horsepower | Cruise Speed | Rental Rate |
|---|---|---|---|
| Piper Seminole (PA-44) | 2x 180 HP | 160 knots | $300-$450/hour |
| Beechcraft Baron (BE-58) | 2x 300 HP | 190 knots | $400-$550/hour |
| Beechcraft Duchess (BE-76) | 2x 180 HP | 155 knots | $280-$400/hour |
| Diamond DA42 | 2x 135 HP (diesel) | 165 knots | $350-$450/hour |
The Piper Seminole is by far the most common multi-engine trainer in the United States due to its docile handling characteristics, reasonable operating costs, and wide availability.
When to Get Your Multi-Engine Rating
During Initial Training (Career Pilots)
If you are pursuing an airline career, most integrated programs (ATP, Epic, etc.) include the multi-engine rating as part of the curriculum. This is the most efficient approach because you build multi-engine time throughout your advanced training.
After Commercial Certificate (Build Time Efficiently)
Getting your multi-engine rating after your commercial certificate allows you to log multi-engine PIC time, which is what airlines most value. Multi-engine CFI (MEI) time is the gold standard for building multi-engine hours.
As an Add-On Rating (Recreational Pilots)
Private pilots who want to fly multi-engine aircraft for personal use can add the rating at any time. This is a shorter, more focused training process.
Career Impact
Multi-engine time is the currency of airline hiring. Airlines value multi-engine PIC hours above all other flight time categories.
Regional airline minimums typically require 25-100 hours of multi-engine time. Having 200+ multi-engine hours makes you significantly more competitive.
The fastest way to build multi-engine time is to become a Multi-Engine Instructor (MEI) and teach multi-engine students. This builds multi-engine PIC time while you are paid to instruct.
For airline career pathway details, see our ATP certificate requirements guide and complete pilot training roadmap.
FAQ
How long does it take to get a multi-engine rating?
Most students complete the multi-engine rating in 1-3 weeks with 10-15 hours of flight time. Accelerated programs can finish in 3-5 days of intensive training. The key is having a solid foundation in single-engine flying before starting multi-engine training.
Is multi-engine training hard?
Multi-engine flying is different from single-engine but not inherently harder. The biggest adjustment is learning to manage asymmetric thrust during engine-out scenarios. The Vmc demonstration and single-engine approaches require precision and practice, but most students adapt quickly with good instruction.
Do I need a multi-engine rating for airline jobs?
Yes. All airline operations use multi-engine aircraft. You need multi-engine time in your logbook to be hired, and the more multi-engine PIC time you have, the more competitive your application.
Can I get my multi-engine rating before my instrument rating?
Yes, you can add a multi-engine rating to your private pilot certificate without an instrument rating. However, your multi-engine privileges will be limited to VFR flight. Most career-track pilots get their instrument rating first or simultaneously.
What is the difference between MEL and MES?
MEL is Multi-Engine Land (conventional runway operations) and MES is Multi-Engine Sea (seaplane operations). The vast majority of pilots earn MEL. MES is a specialized rating for amphibious or seaplane multi-engine aircraft.
Related Reading
- Complete Pilot Training Roadmap: Zero to Airline Captain
- ATP Certificate: Airline Transport Pilot Requirements
- Commercial Pilot License: Requirements and Career Path
-- The Flight School Finder Team