Boeing 737 Technical & Performance

As a pilot, it's essential to have in-depth knowledge of the aircraft you're flying. Our Boeing 737 technical and performance classes provide a comprehensive understanding of the aircraft systems, performance characteristics, and limitations. Learn about the electrical, hydraulic, and pneumatic systems, as well as the fuel system, propulsion, and avionics. Understand the aircraft's performance capabilities, including speed and altitude limitations, climb and descent rates, and cruise performance. With our expert instructors and interactive training, you'll gain the knowledge and confidence to operate the Boeing 737 safely and efficiently. Whether you're a seasoned pilot or just starting your career, our technical and performance classes are essential for anyone flying Boeing 737.

Boeing 737 Technical Class:

Aircraft Systems:

Electrical System:

• Generator and alternator operation

• Electrical distribution and wiring

Hydraulic System:

• Hydraulic fluid and pump operation

• Landing gear and flap operation

Pneumatic System:

• Air supply and pressure regulation

• Pneumatic instruments and controls

Fuel System:

• Fuel tank and pump operation

• Fuel metering and delivery

Aircraft Performance:

Speed and Altitude Limitations:

• Maximum and minimum speeds

• Cruise and climb performance

Climb and Descent Performance:

• Rate of climb and descent

• Angle of climb and descent

Cruise Performance:

• Fuel consumption and efficiency

• Range and endurance

Aircraft Design:

Fuselage and Wing Design:

• Structural components and materials

• Aerodynamic features and controls

Landing Gear and Braking Systems:

• Landing gear configuration and operation

• Braking system components and operation

Performance Class:

Aircraft Performance Calculations:

Takeoff and Landing Performance:

• Runway requirements and performance

• Obstacle clearance and climb performance

Climb and Descent Performance:

• Rate of climb and descent

• Angle of climb and descent

Cruise Performance:

• Fuel consumption and efficiency

• Range and endurance

Weight and Balance:

Aircraft Weight and Balance Calculations:

• Weight and balance definitions and concepts

• Weight and balance calculations and applications

Load Sheet Preparation:

• Load sheet preparation and completion

• Weight and balance data entry and calculation

Flight Planning:

Route Planning and Navigation:

• Route planning and navigation aids

• Flight planning and navigation procedures

Fuel Planning and Management:

• Fuel planning and calculation

• Fuel management and conservation strategies