Zucchi-Mead Astrograph 150mm for 150x150x150

First generation of 3D printable designs for amateur telescope makers and astrophotography. Based on the initial idea of a high-end carbon fiber design: https://search.ipaustralia.gov.au/designs/search/details/201910056?s=70d31008-938f-4017-9e3d-a8b31396354b
Depending on the level of interest will determine if I release the 100mm, 200mm and 250mm versions. The option of simply scaling, won't maintain minimal optical obstruction from the width of the vertical structures changing and it will affect structural integrity.
This design represents 1 of 5 unique designs that are labor intensive, but have a 3D printable foundation. The difference between a useful optical instrument and a useless piece of crap is a function of how much time and effort you put into it.
I am assuming, you at least have an interest in building your own telescope, it's safer than some other extreme activities. Your reasons for attempting it are between yourself and your therapist. But I have included a tool to help with sanding the hex openings.
With the rapid development of filament types, I won't suggest anything. At this stage, there is a lot of post processing, normally this time would be spent making the primary mirror. Final sanding and coating is were the action is. I suppose taking a final picture of those star things matters. But who cares, as long as you made it, mostly.
Hopefully any interest will help continue research into the next generation, ZEA-C(Zucchi Equine Astrograph - Concept), don't ask. Although, if you have any friends with an education in astronomy, they will burst out laughing when you tell them I hope to design a 3D printable 1mas resolution astrograph. That uses a mobile phone to record the data. (Some data post-processing required to form any recognizable image)

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