Pentagon Disc Puzzle

The object of this puzzle is to stack all the discs onto the base with all 10 pegs placed inside the discs peg holes, with no pegs left over or sticking out the top or bottom. The letters on the discs are only used for naming each disc and have nothing to do with solving the puzzle.

There are 2,520 possible distinct permutations of discs, with 104 distinct solutions (4.13%). Distinct solutions are those which cannot be inverted to produce another distinct solution.

For those of you who like a more challenging puzzle, you might want to try my Heptagon Disc Puzzle. It has 17 discs, 21 pegs, and 7 holes per disc.

You will need to print the following .stl files

Disc_5A.stl, Disc_5B.stl, Disc_5C.stl, Disc_5D.stl, Disc_5E.stl, Disc_5F.stl, Disc_5G.stl 

Print 1 each of the 7 discs listed above.

Peg.stl:  You need to print 10 copies of this .stl file.

Pentagon_Base.stl:  Print once

Pentagon_Cover.stl: Print once (Not necessary for solving the puzzle but nice to have for storage and display.)

I used the following printer setting for the Prusa MX3s+

Common settings to all stl files:

    Filament:            PLA
    Nozzle:               0.4 mm
    Layer height:     0.2 mm
    Perimeters:        2
    Solid layers:      6 top, 5 bottom
    Fill density:       15% to 20%
    Fill pattern:       Grid
    Elephant foot comp:  0.12 mm

Seam positions:
    Pegs:    aligned
    Discs:   aligned
    Base:    aligned
    Cover:  random

If you want to use different colored filaments as I did, here are the filament height changes for each model:

    Pegs:     7.2 mm, and 9.0 mm
    Base:     9.2 mm
    Cover:   1.0 mm, and 1.6 mm
    Discs:    No color change
 
Support is recommended, but not necessary, at the build plate for the Assembly Cover only. The other parts need no support. (I also added a "torus" support blocker on the outside edge to save filament. It is not necessary to add this "torus".)

Inspired by the "Hexa Dowel Puzzle", by Creative MinerX, I proceeded to design my own variations to his original puzzle.  Credit goes to him for his creative award winning design. Check his puzzle out here:

https://www.prusaprinters.org/prints/28634-hexa-dowel-puzzle/comments#comment-181148