Tactical FPV Drone Systems: Navigation, Control, and Battlefield UAV Innovation

Practical guidance for building, tuning, and operating FPV drone platforms in demanding scenarios. This book brings together airframe design, navigation, radio links, control systems, payload integration, and field reliability into one focused reference for builders, operators, and technical teams.

It moves from first principles to mission-ready implementation, with clear coverage of mission planning, center of gravity, propulsion matching, battery and ESC selection, and the tradeoffs that shape an effective tactical multirotor. Readers will also find detailed treatment of flight controllers, PID tuning, sensor calibration, failsafe logic, and the role of latency in control and video performance.

The book gives equal attention to operation and verification. It explains waypoint planning, geofencing, terrain-aware flight, assisted modes, obstacle avoidance, telemetry logging, and post-flight analysis, helping pilots and engineers evaluate system behavior and improve consistency. Case studies and bench test methods reinforce repeatable builds and structured testing.

Inside you will find:

Airframe, motor, propeller, battery, and ESC selection basics Navigation concepts, GNSS handling, inertial inputs, and sensor fusion Radio and video link planning, antenna practices, and latency management Operator workflows, transmitter setup, and training scenarios Payload mounting, thermal and multispectral integration, and power budgeting Reliability practices for vibration control, sealing, repairs, and spare parts Designed for readers who need a grounded technical overview of FPV drone systems, this title supports careful system design, disciplined field use, and repeatable performance under operational constraints.