#BLUEPRINTS PLANETARIUM DESIGN 360 DOWNLOAD#

Students can get a 3-year free trail here: 3-year student trail.īefore stating the designing process, I had to think about the tools that were available to use and the material type that I wanted to use. If you don't have fusion 360 yet you can get a 30-day free trail here: 30-day free trail. Downloading the file and opening it in fusion 360 will allow to do this. I made this design in Fusion 360 and I added joints to every planet so they circulate the sun at the correct relative speed. To see the 3D-design I made to create the pictures, click here: Relative distances of planets. That's why I decided to make all of the planets on the same distance of one another. However, placing these planets so close together would make it very difficult to give them the correct circulation speed, and this would mean that my second goal wouldn't be realized. Of course I could just place the middle 4 planets closer together and still keep the planetarium small. When adding the outer 4 planets, the size of the planetarium would increase tremendously. However, after some test designs in Fusion 360 I noticed that this would only work for the middle 4 planets. I was also thinking about setting every planet on the correct, relative position of one an other.

After some research on the internet, I found the following rotation speeds for the 8 planets: I wanted to do this as precise as possible. The second goal was to show the difference in circulation time of the planets around the sun. I wanted to challenge myself and see what I was capable of doing.

#BLUEPRINTS PLANETARIUM DESIGN 360 DOWNLOAD#

I didn't want to just download some blueprints from the internet, because that would be too easy. The first one was to design and build it all by myself. I needed to decide what the planetarium would and would not be able to do. Before I started with the design process, I had to set myself some goals.

Blueprints planetarium design 360