This was my Final Year Project for my 4-year undergraduate degree in Mechanical Engineering at Imperial College London. They gave me a really old robot arm without a control box and without documentation, and my job was to make it do that robot thing again. In the process I learned to always use a fuse and enough about LabVIEW and National Instruments products to author a case study for one of their PR brochures.

Project Abstract

A twenty year old Mitsubishi Movemaster RM-501 five-axis articulated robot has been reverse engineered and a National Instruments CompactRIO programmable controller is programmed provide an interface to control the robot from a PC. This report includes information on components and circuitry of the RM-501 robot. This information is then used to build a hardware interface between CompactRIO and the robot. On the CompactRIO’s FPGA a hardware driver is implemented, which reads the robot’s encoder signal and provides a pulse width modulated signal to the robot driver. Forwardand inverse kinematics of the robot as well as a proportional controller are implemented using LabVIEW. Concluding, an evaluation of the RM-501 as project focus is given and recommendations for further work are made.

Hi, I'm Jonas. I write software for factories and like talking about modular robotics, 3D printing, digital manufacturing, mass customization, 3D for the web, geography, photography, [insert topic here]. You are on my personal website.