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Kingdom Death Monster Survivor Gear Grid

GIF

Print Profile(4)

All
A1
H2S
H2D
P2S
H2C
H2D Pro
X2D
A2L
X1 Carbon
X1
X1E
P1S
P1P
A1 mini

[V1] 0.2mm layer, 2 walls, 15% infill
[V1] 0.2mm layer, 2 walls, 15% infill
Designer
4.1 h
3 plates

[V2] GearGrid - 0.2mm layer, 2 walls, 15% infill
[V2] GearGrid - 0.2mm layer, 2 walls, 15% infill
Designer
5.4 h
4 plates

[V2] Sliders - 0.2mm nozzle
[V2] Sliders - 0.2mm nozzle
Designer
4.2 h
4 plates

[V2] For P1S
[V2] For P1S
Designer
5.1 h
4 plates

Open in Bambu Studio
Boost
8
39
1
2
30
10
Released 

Description

Description

This is my design for a gear grid which can be easily moved and stored away. 

 

Design Goals

  • can hold sleeved gear cards
  • gear cards are fixed in the grid in a way that moving the grid or storing it away is easy
  • top part is printed in a different color and can be changed easy between different grids. My miniatures are using a magnetized colored base which fits to the corresponding gear grid, so it's easy to identify the grid with the model (this is especially helpful for new players or if I do not have a good fitting model for the loadout)
  • it should fit the original gear grid with its rules and fist & tooth stats readable
  • [V2] it should help me in tracking some common status effects, like Knockdown

Additional Notes

  • I used magnets to make everything flexible and the usage nice and easy
    • of course they are optional or you can use less if you want
    • you need following magnets for each grid you print:
      • 4 magnets 8x2mm for the base
      • 12 magnets 8x1mm (4 for layer 2, 8 for layer 3)
  • pay attention on the polarization. Make sure to make it consistent for all your grids so they stack on each other and the top layer is interchangeable

Print Notes

Version 1/2

  • layer 3 can be printed in two colors. In my case just the first layer (top of the gear grid holder) is printed in a color, for everything else I used black
  • layer 3 stops during printing for adding magnets. Use a drop of super glue to avoid losing the magnet when the nozzle prints over it
  • parts of layer 2 are printed with overhangs
    • during my first print I completly forgot that the part where the gear cards are slotted in are printed in mid air without any helping structures. However it worked and I really like the look how it turned out so I kept it that way (and I don't know how this could be solved without the need of introducing another layer)

Version 2

Two profiles belong to this Version

  • Grid with some color changes and stops for magnet inserts
    • Layer 3 exists in two versions depending on if you need the sliders or not
  • Sliders are printed with 0.2er Nozzle for better quality. I tried 0.4, it might work but the result was not that good

Assembly

Version 1/2

  • glue 8x2mm magnets to layer 2
  • glue 8x1mm magnets into layer 1
  • glue layer 2 on layer 1
  • layer 3 stacks in place with magnets

Version 2 (Slider)

I did it following way:

  1. glue magnets into layer 1 (4x in the middle, the left slots are not needed - see example picture in instruction). Wait until glue is dry
    1. make sure the polarization fit to the magnets already added during print for layer 3
  2. layer 3 facedown on the table (to have a plain surface with sliders later)
  3. fit layer 2 on 3 (no glue needed)
  4. put in sliders and magnets (no glue needed)
    1. now you have a plain surface for the sliders and magnets already match the layer 3 polarization
    2. pay attention on the slider orientation (picture is added - of course you can do your own variation in terms of order)
  5. put glue on layer 2 and bring it together with layer 1
    1. pay attention to not put any glue where the sliders are located, so they are still moving afterwards. I added some markings in the instruction pictures where I used glue. 

Changelog

  • [2026-03-30] Version 2 added
    • it supports sliders to track 4 different status effects (Knockdown, Terrified, Doomed and an empty one to be flexible)
    • additional cut added to improve readability of affinities from all angles
    • the design was improved on several parts which should increase the printing quality and holds the gear cards better in place when moving the grid
    • layer 1 already contains additional magnet spaces (currently not in use, just for potential future plans, so I don't have to print everything new)
    • Version 1 and 2 are not compatible to each other. You need to print everything new if you want

Documentation (5)

Assembly Guide (5)
Instruction_V2.jpg
layer 2.jpg
Instruction Grid.jpg
sliders V2.jpg
V2.jpg

Comment & Rating (1)

(0/1000)

can you add support for the p1s?
0
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I don't know why the original file is not marked with P1S compatibility, I guess it works. At the moment the slicer gives a warning because of the purge tower, but it was not a problem for me. Maybe the limits are a bit more restricted for P1S which is the reason why it was excluded. I just used my original file and uploaded it with P1S as default. At least the slicer looks ok (except for the warning). I think you can give it a try.
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