Course Overview

The Navigation and Flight Planning module is an essential component of your Remote Pilot Certificate (RPC) training, designed to equip you with comprehensive navigation skills and flight planning expertise. This module delves into the fundamental principles of aviation navigation, map reading, and GPS systems specific to UAS operations. You’ll learn how to interpret aeronautical charts, understand coordinate systems, and master the critical aspects of pre-flight planning that ensure safe and efficient drone operations.

Throughout this comprehensive course, you’ll develop practical skills in flight planning and navigation techniques essential for professional UAS operations. We cover crucial topics including aeronautical chart interpretation, waypoint programming, mission planning software utilization, and weather interpretation. You’ll gain hands-on experience with flight planning tools and learn how to calculate important factors such as battery life, range limitations, and contingency routes. Special emphasis is placed on understanding magnetic variation, true and magnetic headings, and the effects of wind on flight planning.

The final section of this module focuses on applying navigation principles to real-world UAS  operations. You’ll learn how to create detailed flight plans, conduct thorough pre-flight assessments, and make informed decisions based on environmental conditions. Through practical exercises and scenario-based training, you’ll develop the skills to handle complex navigation challenges, including operations in GPS-denied environments and managing multiple waypoint missions. By the completion of this module, you’ll have the confidence and competence to plan and execute professional drone operations while maintaining compliance with SACAA regulations.

Key Learning Objectives:

• Master aeronautical chart reading and interpretation
• Understand GPS principles and limitations
• Develop comprehensive flight planning skills
• Learn weather interpretation and its impact on operations
• Practice mission planning and waypoint programming
• Master navigation calculations and wind compensation