The drone industry is booming, and the technology is just… cool, to put it plainly. Flying robots, many of which are completely autonomous delivering our goods and also spying on us. Makers and hobbyist are getting on the bandwagon, making their customized drones with available parts. With the boom of UAV (Unmanned Autonomous Vehicle) and Drone technology also comes the growth of issues.
Electric motors are one of the most fundamental parts of electric based flying objects like drones. Drones usually use brushless DC paired with an ESC (electronic speed control) unit for speed regulation and a possible flight controller for position handling. Building your own drone either for the fun of it or a special purpose means you have to go through the hurdle of selecting the Motors, ESC, controller etc. You also have to choose which strength to prioritize and not to mention of potential compatibility or over/under powering issues. But with IQ Motor Module, you don’t have to worry about all those. The drone industry has relied on hobby-grade motors and controllers for too long. Now, IQ is bringing advanced motor control to the drone industry and other robotics fields at an affordable price.
The IQ Motor Module from IQ Motion Control is an integrated motor and controller with an embedded position sensor that is designed to change some of the challenges faced with drone, flying object set up by combining all of those capabilities (motor, electronic speed control, controller, position sensing) into a single versatile unit. The module is made up of three major components: a brushless DC motor, a motor controller, and a position sensor. With position-sensing and advanced calibration and control algorithms, IQ can optimize motor performance and give users unprecedented control over their vehicles and machines.
The IQ module provides serial communication interface as well as standard hobby protocols making it widely compatible with the possible vehicle and drone design. It also comes with some features built in like, a 40 ms response time, over-current protection, active freewheeling, anti-cogging, mo delay with zero crossing, jitter-free startup, regenerative and active braking, and many others. The velocity and position control is based on a tunable PID + Feed Forward control.