What Size Should Anime Miniatures Be? 28 mm, 32 mm and Display Scales
Anime characters join D&D tables constantly — and immediately raise the size question, because official anime figures use completely different scales (1/12, 1/7) than tabletop minis (28-32 mm). Translation layer below.
Tabletop: 32 mm is the modern answer
Official D&D minis run ~28 mm to the eyes; modern STL sculpts target 32 mm heroic, which paints better and survives handling. Anime sculpts especially benefit from 32 mm — spiky hair and thin swords need every millimeter. Print a human-proportioned character (a Nami or Sanji) at 32-35 mm eye height on a 25 mm base and it fits any grid.
Base sizes in millimeters
| Creature size | Base | Anime example |
|---|---|---|
| Small/Medium | 25 mm | Most humans — Luffy, Tashigi |
| Large | 50 mm | Transformed forms — Chopper Heavy Point, Dalton's bison form |
| Huge | 75 mm | Giants — Dorry and Brogy |
Display scales
Our files ship at real human proportions (~1.9 m tall), so slicer percentages map cleanly: 1.7 % = 32 mm tabletop, 3.9 % = 75 mm collectible, 7.9 % = 150 mm bust-adjacent display piece. For click-by-click slicer steps see the scaling walkthrough.
Mixing anime minis with D&D sets
Keep eye height consistent, not total height — hair adds 15-20 % to anime sculpts and scaling to total height makes characters look small next to their hats. Bosses tolerate +10-20 % oversize beautifully; nobody complains that a Crocodile looms.
Frequently Asked Questions
Are D&D miniatures 28mm or 32mm?
Official prepainted minis are roughly 28 mm to the eyes; most modern STL sculpts are 32 mm heroic. Both fit the same 25 mm bases and 1-inch grids, so they mix fine.
What size base do anime miniatures need for D&D?
25 mm for human-sized characters, 50 mm for Large transformed forms, 75 mm for giants — the base matches the creature's D&D size class, not the sculpt's height.
What scale are anime figures vs miniatures?
Collectible anime figures use fractional scales like 1/7 (about 250 mm). Tabletop minis are 28-32 mm total. The same STL can print at both — it is just a slicer percentage.