Fixed Wing Assembly & Pilot Training

Description

This course provides in-depth knowledge of fixed-wing UAV systems, covering design principles, assembly, pre-flight checks, and piloting techniques.Participants learn about long-range and endurance-based operations commonly used for large-area mapping and surveillance missions.Ideal for professionals working in mapping, defense research, environmental monitoring, and disaster response.

Module 1:

Introduction to Fixed Wing Drones

• Overview of drone types: Multirotor vs Fixed Wing

• Advantages and limitations of fixed wing systems

• Key use cases: surveillance, mapping, agriculture, delivery, defense

Module 2:

Aerodynamics & Flight Principles

• Principles of flight: lift, thrust, drag, and weight

• Wing loading and glide ratio

• Control surfaces: ailerons, rudder, elevator

• Stability and control of fixed wing aircraft

Module 3:

Drone Components and Systems

• Airframe structure and materials

• Power systems (IC engine / electric)

• Servos and linkages

• Flight controller integration

• Telemetry and communication systems

Module 4:

Fixed Wing Assembly & Pre-Flight Checks

• Step-by-step assembly of a fixed wing drone

• Control surface calibration

• CG (Center of Gravity) balancing

• Battery and propulsion setup

• Pre-flight checklist

Module 5:

Regulatory Framework

• DGCA regulations for drone operations

• UIN, UAOP, and NPNT compliance

• Airspace classifications and no-fly zones

• BVLOS operations and permissions

Module 6:

Ground School & Flight Planning

• Reading aeronautical charts

• Weather analysis for fixed wing operations

• Flight mission planning (waypoints, altitude, speed)

• Risk assessment and SOP preparation

Module 7:

Practical Flying Sessions

• Manual takeoff, flight, and landing

• Assisted flight using autopilot

• Emergency maneuvers and return to home (RTH)

• FPV flying basics for fixed wing drones

• Simulated BVLOS operations

Module 8:

Payload Integration

• Camera/gimbal setup for mapping and surveillance

• Use of multispectral, thermal, or LiDAR sensors

• Data transmission and live feed systems

Module 9:

Data Acquisition and Processing

• Collecting imagery for mapping/survey

• Basics of photogrammetry (if applicable)

• Introduction to GIS and post-processing software

Module 10:

Maintenance and Troubleshooting

• Routine checks and servicing schedules

• Troubleshooting servo, ESC, or telemetry issues

• Crash analysis and repairs

Module 11:

Safety & Emergency Handling

• Standard safety protocols

• Emergency fail safes and redundancy

• Mid-air failure handling and safe landing techniques

Module 12:

Final Evaluation

• Written test on theory modules

• Hands-on practical flying assessment

• Mission execution and reporting