Low-Poly D20 Atlas DnD Figure

Behold the D20 Atlas — a stunning 3D-printed figure that combines mythological power with tabletop gaming culture. This meticulously designed sculpture depicts a powerful Atlas figure in a dynamic kneeling pose, heroically supporting an enormous D20 die on his shoulders. Every polygon of his figure conveys muscular tension - as if Michelangelo himself optimized this mesh.

Just as Atlas was doomed to eternally hold the heavens on his shoulders, this mighty figure bears the burden of fate itself in the form of a D20 — the die that determines triumph or tragedy in countless adventures.

✨ Technical Specifications

• High-polygon existence: Precise number engravings on the D20 and anatomically accurate details of the Atlas figure, worthy of Caravaggio's brush, but realized in polygonal aesthetics
• Looks beautiful in PLA, PETG or photopolymer - like a true work of art, not tied to any specific medium

For a small donation, an improved version with a hollow game die is available - a container for storing your artifacts or a place for your plants to live. And it prints faster too. Look for the link: https://cults3d.com/en/3d-model/art/low-poly-d20-atlas-with-container-dnd

🎮 Perfect for

• Tabletop gamers looking to enhance their gaming setup with art
• Collectors of unique gaming accessories
• A gift for an RPG enthusiast who will appreciate the irony of the metaphor of life as rolls of the dice of fate

Elevate your gaming experience to the rank of mythological postmodernism with the D20 Atlas - where classical strength meets modern gaming culture through the lens of digital baroque!

Just as great sculptors chose marble blocks with character, this model will require precise settings and patience from you. But aren't masterpieces born through overcoming difficulties?

FDM printing - recommended parameters:

• Dimensions: Recommended height 150 mm (scale proportionally)
• Bed adhesion: Critically important - use glue, hairspray, brim, or a prayer to the 3D printing gods
• Support gap: 0.1 mm - a value found empirically through multiple iterations
• Supports: tree-like
• Support infill: 10% (Supports should not wobble, don't skimp on this parameter, or your Atlas will drop his burden).

I successfully printed this model on an Ender 3 s1. Send photos of your successful prints!