I also needed pan-tilt mount, I downloaded similar model from “” It will be 3d printed and the design should be added hole for the bolt to be fasten well I changed design for the lens.īall joint : I made ball joint to connect aluminium pipe and camera mount. Second mistake : Gopro case cannot be assembled with Gopro because of the lens. If I used parametric properties when I made dimensions, I could save much times. I measure the size of Gopro case from the STL file I downloaded (link : ) but It was Gopro1. I needed to change the angle.įirst mistake : The biggest mistake I made was that the Gopro case was not fit in my Gopro model. It looked like belowīut the angle of the camera mount was limited to see downward. I assembled all the file I downloaded, and modified the size to servos fit into the mount. I downloaded GoPro and servo motor models. there are many servo motor’s CAD model files on internet. I’m going to model a Gopro 3D mount with pan-tilt motion. I downloaded the free student software from the autodesk website.

because I wanted to try that I haven’t used it before. I decided to using Autodesk Inventor for this assignment. It will be 3D printed and assembled with 2 Gopro cameras, 2 Servo motors, 1/2 inch diameter aluminium pipe. I modeled a part of my potential project (Real life game with third person view). I modeled and rendered with Autodesk Inventor. I have a experience with a SolidWorks and Sketchup.

On this week, the assignment was to model(draw, render, animate, simulate.

How to use mesh enabler inventor