Arduino-based flight control using PID algorithms. Stabilization and motor testing routines. Seamless switching from rover to drone mode using servo motors. Transformation Mechanism: Controlled via ...

The UAV Flight Control project aims to create a reliable and efficient flight control system using Arduino microcontrollers. The code includes components for sensor integration, PID control, motor ...

For a complete list of all available early bird pledges, stretch goals, extra media and dimensional specifications for the servo controllers for Raspberry Pi and Arduino, jump over to the official ...

[Tom]’s realization of this design seems simple – a spar running through the wing holding BLDC motors and props is swiveled through 90° by a servo to transition the aircraft.

In this “differentially-steered robot” design, the Arduino is configured to control two servos by making a second transcript of the Servo object. To start with you will need two micro servo motors.

But since we've started testing Particle's Electron, a cellular-connected Arduino-like device that wirelessly tethers sensors, servos, lights, and other electronics to a cloud-based service, that ...