Work-in-progress living document
Having recently studied robotics in greater depth, I wanted to begin a project that would apply my knowledge of control theory--the science of making machinery bend to your will to using sensors and physics.
This led me to the perfect choice--an inverted pendulum. It's a wonderful Renaissance engineering challenge, featuring a bit of everything: mechanical design, motor control, sensors, and simulation.
For inspiration on how to make this happen, I looked to others' previous attempts:
Part | Quantity | Link |
---|---|---|
42x42x23mm Nema 17 Stepper Motor (17HS08-1004S) | 1 | Amazon |
A4988 Stepper Motor Driver | 1 | DigiKey |
400mm 2020 Aluminum Extrusion | 1 | Amazon |
2020 V-Slot Gantry | 1 | Amazon |
AS5600 Magnetic Encoder | 1 | Amazon |
GT2 Timing Belt + Timing Pulley | 1 | Amazon |
625-2RS Ball Bearing | 2 | Amazon |
SPST Limit Switch | 1 | N/A |
Arduino Uno Rev3 | 1 | Arduino |