This is a guide to get you up and running quickly with the Solo motor controller.
This quick start details getting up and running with the case-less Solo motor controller.
This guide will get you up and started quickly with all dual channel RoboClaw models.
Our libraries and example code for interfacing with the RoboClaw and MCP motor controllers can be found on GitHub. This Application Note covers how to obtain our code repositories.
In this Application Note the RC mode of RoboClaw is configured with the onboard buttons avoiding the need to use Motion Studio.
A RoboClaw’s configuration can be saved and loaded from a file. This Application Note looks at how to do this.
When selecting a motor controller there are three main specifications that must be known about the motor you are planning on using. These are voltage, running current and stall current. This articles covers all three and how to pair a motor controller based on these key specifications.
There are several hardware and software precautions that must be taken to prevent damage to a RoboClaw or MCP motor controller. This application note covers the details of each of them.
In systems with a PID controller the proportional, integral and derivative values must be set properly for the controller to operate well. Motion Studio features software to automatically tune these values for a motor and encoder combination. In this Application Note we’ll look at how to use it and fine tune the results.
Motion Studio feature the ability to graph different aspects of a motor, encoder and the controller against each other in real time. This Application Note covers the use of this feature.