General Air Navigation: Principles and Route Planning

Navigating the skies requires a precise understanding of coordinates, charts, and flight calculations. This text-based course guides you through the foundational principles of general air navigation, helping you build the confidence to plan and execute safe flights. You will transition from understanding basic aviation geometry to executing practical route planning. By reading detailed explanations and working through guided calculation examples, you will learn how to account for wind, calculate fuel requirements, and integrate both traditional charts and modern electronic flight planning concepts. What you'll learn: Understand foundational navigation terminology, coordinate systems, and Earth's magnetism; Interpret aeronautical charts, scale measurements, and map projections; Calculate wind correction angles, ground speed, and fuel burn using standard formulas; Plan safe flight routes while accounting for airspace classifications and terrain; Apply basic electronic flight bag (EFB) concepts and modern GNSS principles to flight planning; Solve emergency navigation scenarios and lost-procedure problems through written exercises. The course begins with core definitions of latitude, longitude, and time zones before moving into practical chart plotting and wind triangle calculations. You will wrap up with modern flight planning workflows and emergency navigation techniques. This course is designed for beginner pilots, aviation enthusiasts, and anyone seeking a solid ground-school foundation in navigation, with no prior flying experience required. Start reading today to master the core principles of safe and accurate air navigation.