A highly detailed samurai-inspired mechanical cannon, blending traditional Japanese aesthetics with brutal industrial engineering.This heavy artillery unit fuses ancient armor motifs with reinforced mechanical construction, creating a powerful fusion of tradition and machinery.

The design features layered metal plating, riveted armor panels, reinforced joints, and massive articulated supports, evoking the image of a battlefield relic reborn as a devastating war machine.Weathered surfaces, battle scars, and worn metal textures give the model a sense of age, history, and relentless use.

Built for both high-end game production and premium 3D printing, the model maintains a strong silhouette, mechanical believability, and striking visual impact from every angle.

FeaturesSamurai-Inspired Heavy Artillery

A fusion of traditional samurai aesthetics and industrial cannon engineering, combining ceremonial armor shapes with brutal mechanical power.

High-Detail Hard Surface Sculpt

Carefully sculpted mechanical components with layered plating, rivets, pistons, and armored joints for realistic depth and complexity.

Weathered & Battle-Worn Finish

Scratches, dents, chipped metal, and oxidized surfaces add realism and narrative weight to the asset.

Strong Silhouette & Structural Readability

Designed with clear forms and balanced proportions, ideal for close-up renders, cinematic scenes, and display models.

Static Display Model

No rigging or animation — optimized for rendering, 3D printing, and asset presentation.

File Formats Included

STL – Optimized for 3D printing

OBJ – Universal 3D format

FBX – Game engine and cinematic use

ZPR – ZBrush high-poly source file

Usage

Samurai-themed or fantasy-mecha game assets

Cinematic or concept art renders

Resin 3D printed display model

Diorama centerpiece or exhibition piece

Base mesh for further sculpting, detailing, or texturing

Portfolio-quality hard surface practice asset

Notes

High-poly static mesh (approx. 100k+ polygons)

Not optimized for real-time use without retopology

Designed for visual impact and structural clarity

Created using AI-assisted sculpting with manual refinement

Minor surface imperfections may be present (reflected in pricing)