Transitioning to Jets: Performance and Proficiency
This course is your bridge from piston or turboprop flying to high-performance jet operations. You’ll explore key differences in aerodynamics, aircraft systems, performance planning, and automation techniques unique to jets. With a focus on real-world procedures and decision-making, you’ll develop the knowledge and awareness needed to operate jet aircraft safely, efficiently, and professionally.
About the Course
Flying jets isn’t just about higher altitudes and faster speeds—it demands a refined understanding of performance, systems, and decision-making. This course is designed to bridge the gap for pilots transitioning from piston or turboprop aircraft to modern jet operations. Through practical insights and performance-based knowledge, you’ll build the confidence to command jet aircraft safely and efficiently.
Covering the unique aerodynamic characteristics of jets, performance planning, automation integration, and real-world operating procedures, the course delivers critical skills needed to fly jets competently. From takeoff calculations to fuel management and automation strategies, this course is tailored to prepare pilots for the next step in their aviation careers.
Course Format
This self-paced e-learning course requires approximately 6–8 hours of study and must be completed within 2 months from the enrollment date.
Recommended Level: Ideal for pilots with experience in piston or turboprop aircraft who are preparing to upgrade to jet aircraft operations.
Assessment: Online exam (see details in the Curriculum tab)
Access Validity: Course content is available for 30 days after completion.
What You Will Learn
Upon completing this course, you will be able to:
✔ Understand the fundamental differences between jet and propeller aircraft.
✔ Analyze jet performance during takeoff, climb, cruise, descent, and landing.
✔ Manage jet energy and flight path using automation tools such as VNAV and LNAV.
✔ Optimize fuel planning and efficiency, including cost index and contingency fuel strategies.
✔ Apply automation techniques effectively while maintaining manual flying proficiency.
✔ Interpret jet-specific regulations, SOPs, and performance documentation.
✔ Perform jet weight and balance calculations and manage CG effectively.
✔ Respond to jet-specific emergency and abnormal situations with confidence and clarity.
Introduction to Jet Aircraft Operations and Performance
• Key Differences Between Propeller and Jet Engines
• Aerodynamic Characteristics Unique to Jet Aircraft
• Mental and Physical Adjustments in the Jet Transition
• Overview of Jet Aircraft Systems
Jet Performance Across Flight Phases
• Takeoff Performance: V-Speeds and Balanced Field Length
• Climb Performance: Thrust-to-Weight Ratio and Climb Profiles
• Cruise Efficiency: Mach Numbers and Optimal Altitudes
• Descent and Landing: Approach Speeds, Flare Techniques, and Landing Distance
Jet Handling and Flight Management
• Energy Management in Jet Operations
• Vertical and Lateral Navigation (VNAV & LNAV) Concepts
• Handling Techniques in Varying Weather Conditions
Fuel Efficiency and Environmental Awareness
• Fuel Burn and Cruise Profiles in Jet Engines
• Cost Index and Performance Optimization
• Fuel Planning, Contingency Reserves, and Diversion Strategy
• Environmental Considerations and Fuel-Saving Practices
Automation and Manual Proficiency in Jet Operations
• Autothrottle and Autopilot Integration
• Managing Automation Workload and Common Pitfalls
• When and Why to Use Manual Flight Techniques
Operational Procedures and Regulatory Context
• Jet Aircraft Certification and Operational Categories
• SOPs in Part 91, 125, 135, and 121 Environments
• Noise Abatement and Environmental Regulations
Performance Planning and Weight Management
• Takeoff and Landing Performance Calculations
• Weight and Balance: CG Management and Aircraft Loading
• Practical Scenarios and Case Studies
Jet-Specific Emergencies and CRM
• Engine-Out Procedures and Drift-Down Planning
• High-Altitude Emergency Considerations
• Abnormal Procedures: Decompression, Rejected Takeoffs
• Crew Resource Management in Jet Operations
COMING SOON
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Understanding Air Regulations
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