#Arduino camera motion tracking how to#

I designed and 3D printed a basic housing for the motor as well as an adaptor for the camera mount and some belt clamps. These are just standard Nema 17 stepper motors with around 1-2A coils. I installed the components onto the extrusion, along with two stepper motors which I salvaged from an old 3D printer. An un-powered slider is just as useful to get some great footage, you just need a bit more effort and patience to get the shots. If you donвЂ™t want to build a motorized slider and youвЂ™re happy to move your camera along the slider yourself, then you donвЂ™t even need the motor mount or the tensioner, just the extrusion and the gantry. I also picked up a ball joint camera mount so that I could position the camera at different angles. I picked out a 2040 extrusion and then a basic mount for the stepper motor, a sliding gantry, a belt tensioner and then the belt and pulley.

TheyвЂ™re really useful for mounting components, you can buy special t-slot nuts which fit into the groves to clamp brackets and mounting plates onto. These are widely used on 3D printers, laser cutters and other hobbies CNC machines, so theyвЂ™re pretty inexpensive and come in a range of sizes and lengths. One of the cheapest and easiest ways to make sliding rigs is to use aluminum t-slot extrusions. WeвЂ™ll first assemble the extrusion mounted mechanical slider components and motors, then assemble the PCB and electronics case, and finally program the slider to perform our movements. WeвЂ™re going to build the camera slider in three stages. If there is any infringement of content or pictures, please contact our editor for deleting. The opinions expressed by contributors are his own and not those of PCBWay.

#Arduino camera motion tracking how to#

How To Make The Motorised Camera Slider Note: The content and the pictures in this article are contributed by Michael Klements.