Fully Printable Camera Dolly

thingiverse

This is a fully printable camera dolly with modular parts. It can be printed using small 3D printers that have a maximum print volume of 8cm^3. The design utilizes conventional parts, which are often difficult to source, and allows for easy replacement if any part breaks. The idea behind this design is to take advantage of the capabilities of 3D printing, allowing users to create new items from scratch, including this camera dolly. This approach also encourages creative thinking and resourcefulness in finding alternative uses for everyday objects. This fully printable camera dolly features a modular design that enables easy replacement of individual parts without having to print an entire object. This makes it a convenient option for users who need to repair or replace damaged parts quickly. To print this camera dolly, you will need a Zortrax M200 3D printer with the following settings: * Rafts: Not necessary * Supports: No * Resolution: 0.2mm * Infill: 10%+ The design is optimized for plastic usage and minimizes the amount of supports needed during printing. The separate bolts designs are also crucial in making this model compatible with various slicer tools while reducing plastic consumption. When designing this project, several factors were taken into account, including rigidity, functionality, modular design, and compatibility across different printers (large and small volume). This attention to detail ensures that the camera dolly is both durable and versatile. This fully printable camera dolly is a great learning tool for students aged 12 and above. It teaches them valuable skills such as modular designs, making designs compatible with various environments, mechanical principles, and 3D printed physics. The objectives of this project are: * Students will learn about modular designs * Making designs compatible across vast environments * Mechanical principles * 3D printed physics This project is suitable for students who have a basic understanding of physics, assemblies of 3D printed parts, and math. The subjects covered include science, mechanical engineering, math, relativity, and physics. The skills learned from this project are: * Optimizing designs * Assemblies * Printed parts compatibility * Analysis Duration: Approximately 10 minutes of assembly time is required for this project. Preparation involves only the printed parts and several foam double-sided tape. Rubric & Assessment: Students are expected to create a mount for other devices, such as conventional camera mounts, quick-release plates from different tripods, and phone mounts, without compromising the ability to rotate the device sideways or tilt it after mounting. Custom Section: For those who want to incorporate their own mount into this design without replicating the entire project, use the "uni_mount.stl" file. This template is designed to accommodate various devices with a radius of 19mm and an extruded length of 5mm more than the adapter. BOM (Bill of Materials): * Nut x 7 * Wingnut x 2 * Square bushing x 2 * Adapter screw x 2 * Axle screw x 2 * Axle x 2 * Wheel x 4 * Wheel nut x 4 * End frame x 2 Prepping the wheel: Find your favorite foam double-sided tape and wrap it around the wheel. Once the foam is stuck to the wheel, open the other side and slowly roll it on your hand or any surface to deplete the stickiness or glue of the outer side that has been exposed. This creates a small grip on the wheel when pushed.