Raspberry Pi Camera Anti Vibration Mount

thingiverse

I was looking for an anti-vibration mount for my RasPi Camera, but nothing worked out. I decided to take matters into my own hands and create one from scratch. I started with Dvogonen's lightweight case with holes, which can be found on Thingiverse (https://www.thingiverse.com/thing:533865). I then searched for an anti-vibration mount for flight controllers until I came across ZiDot's design (https://www.thingiverse.com/thing:1395402). I noticed that the various RasPi Camera cases all had different mounting options, which was a major drawback. The GoPro connector, on the other hand, was well-supported and easily adaptable, so I modified MatteoMeraldi's frame to work with it (https://www.thingiverse.com/thing:507061). To make assembly easier, I added captive nut holders. Now you can mount your RasPi camera to any GoPro-compatible accessory while reducing vibration at the same time! This design has a wide range of potential applications, including mounting on a 3D printer (my intended use), quadcopter, R/C car/tank, or anything else with motors. Depending on the print material used, this mount should be relatively light in weight. However, I haven't weighed it yet. To assemble this object, you will need M3 bolts and nuts (I recommend using nylock) as well as 4 Vibration Damping Balls. As with all my projects, the files for this design have been validated using the Netfabb/Azure Model Healing service to ensure their validity. Print Settings: Printer: Printrbot Play Rafts: Doesn't Matter Supports: Yes Resolution: 0.2064 Infill: 100% Notes: When printing these parts, I suggest using a 0.4mm nozzle or smaller, at 100% infill, with supports. Due to their complexity and fine details, these models require a slower print speed: around 25-35mm/s. If you're planning to use this mount on a quadcopter (or similar) application, ABS is a better choice due to its lower density than PLA. However, make sure to print it without warping (requires heated bed). For 3D Printer applications, especially when mounting to a heated bed, I recommend using PETG for its heat tolerance and high glass transition temperature. For all other applications, regular old PLA should suffice. Post-Printing: Depending on the tolerances involved, you may need to secure the camera to the model with double-stick tape or something similar to prevent rattles or shifting. To further reduce vibration, create a strain relief type loop with the camera's ribbon cable to avoid transmission of vibration over a taut cable (as well as prevent strain on the connection).