A heavy, battle-worn siege cannon forged from iron, steel, and centuries of corrosion.This high-detail artillery model captures the brutal presence of an ancient battlefield weapon, combining mechanical realism with a gritty, industrial aesthetic.

The cannon features thick iron plating, reinforced riveted joints, and massive wooden-and-metal wheels built to withstand extreme recoil and battlefield stress.Every surface shows layered rust, chipped paint, worn edges, and mechanical fatigue, conveying long-term use and abandonment in harsh environments.

Designed with strong silhouette readability and realistic proportions, this model is ideal for cinematic scenes, game environments, and high-quality 3D printed displays.

FeaturesHeavy Artillery Cannon

A large-scale siege cannon inspired by medieval and early industrial warfare.

High-Detail Hard-Surface Sculpt

Carefully modeled metal plates, rivets, bolts, and mechanical joints with realistic wear and deformation.

Authentic Weathering & Aging

Extensive rust buildup, corrosion, scratches, and surface damage for a believable aged-metal appearance.

Strong Silhouette & Structural Clarity

Clear mechanical structure with bold shapes, making it readable from all angles and suitable for close-up renders.

Print-Ready & Display Friendly

Designed for 3D printing and high-resolution rendering, with solid forms and stable geometry.

Technical Specifications

Model Type: Static high-poly asset

Polycount: 100k+

Rigging: None

Animation: Not included

Topology: Optimized for sculpting, baking, and display (not real-time ready)

Included File Formats

STL – for 3D printing

OBJ – universal 3D format

FBX – game engine compatible

ZPR – ZBrush high-poly source file

Recommended Usage

Fantasy or historical war game environments

Siege weapon or battlefield prop

Diorama centerpiece or collectible statue

Cinematic renders & promotional visuals

Hard-surface sculpting reference

3D printing projects (resin / FDM)

Notes

Static mesh (non-rigged)

Optimized for visual fidelity rather than real-time performance

Minor surface irregularities may be present as part of the realistic aging process

Created using AI-assisted sculpting workflows with manual refinement

Minor surface imperfections may be present (reflected in pricing)