A comprehensive reference guide to ArduPilot parameter configuration for 30kg runway-operated fixed-wing UAVs. Covers takeoff, cruise PID tuning, TECS control, navigation, landing flare, and essential base parameters — with practical recommendations from Aomway for safe autonomous flight operations.
Complete ArduPilot Parameter Guide for 30kg Runway Fixed-Wing UAV Read More »
Deep dive into Skygauge, a Canadian industrial NDT drone that performs contact-based ultrasonic thickness testing on high-altitude metal assets. Covers mechanical design, thrust vectoring flight control, UT measurement principles, inspection workflows, and comparison with standard inspection drones.
Comprehensive guide to ArduPilot’s GPS parameter list — covering GPS_AUTO_SWITCH, GPS_NAVFILTER, GPS_MIN_ELEV, GPS_DRV_OPTIONS and 8 other critical parameters. Includes plain-language explanations, tuning recommendations, and aircraft-specific advice for multirotors, fixed-wing, and VTOL drones.
ArduPilot GPS Parameters Deep Dive: Complete Tuning Guide for UAV Navigation (2026) Read More »
Complete open-source design walkthrough of an NT brushless gimbal controller (NT-BGC) based on STM32F103 — covering MCU selection, power design, communication interfaces including S-Bus/PWM/CAN, PCB layout tips, and full Gitea repository access. A practical hardware reference for drone gimbal and FPV stabilization projects.
Open Source Gimbal Controller Board: STM32 Schematic Design with Gitea Repository (2026) Read More »
A practical guide to IMU selection for drone flight controllers — covering core parameters like bias instability, ARW, and range, plus an in-depth look at the Epson-based EM503 miniature IMU module with 3.5°/h gyro bias stability and 15×15×6mm form factor for industrial UAV applications.
How to Choose an IMU for Drone Flight Controllers: EM503 Miniature Module Guide (2026) Read More »
Step-by-step guide to MAVLink V2 code generation, C library integration for lower controllers, and C# host implementation — covering setup, packet parsing, encoding, and read/write parameter flows for drone communication systems.
Complete guide to understanding drone FPV video link path loss using the Friis Transmission Formula. Learn how free space path loss works, why lower frequencies travel further, calculate link budgets with practical examples, and understand real-world vs. theoretical RF propagation for long-range drone operations.
A comprehensive guide on selecting inertial measurement units (IMU) for industrial drone flight controllers. Covers key parameters like bias instability, ARW, and temperature compensation, with an in-depth review of the Epson EM503 miniaturized IMU module offering 3.5°/h gyro bias stability in a compact 15×15×6mm footprint.
What Is a Long-Range FPV Drone Data Link? A long-range FPV (First Person View) drone data link is the communication backbone that transmits real-time video, telemetry, and control signals between a drone and its ground station over distances exceeding 5 kilometers. In 2026, the industry standard for “long range” has shifted from 5–10 km to
