3D Weapon Modeling for Games

3D weapon art is the production of weapon assets that function inside a game build — not just models, but models with the technical properties the engine needs. A finished weapon asset carries geometry, textures, LODs, collision and attachment points, all built to the project's budget.

A complete weapon asset includes:

• A game mesh built to an agreed triangle budget
• A PBR or hand-painted texture set at the project's resolution
• An LOD chain sized to the target platform
• Collision geometry and named sockets for attachments and effects

Firearms, melee weapons, bows and crossbows, energy and sci-fi weapons, fantasy weapons, and the attachments and skins that go with them. We build both single hero assets and full arsenals, including modular kits where one base carries dozens of configurations.

Common requests:

• Modern and historical firearms with mechanically correct detail
• Melee and improvised weapons for survival and horror projects
• Sci-fi and energy weapons designed from scratch
• Attachment sets: optics, barrels, stocks, grips, suppressors, magazines
• Skin and camouflage variants on an existing base

Yes. Realistic weapons are built from reference with PBR texturing and mechanically accurate detail. Stylized weapons follow the shape language, chamfer rules and colour treatment of your existing assets. Most projects need us to match an established style rather than invent one.

The practical difference:

• Realistic — photo and drawing reference, PBR metal/roughness, detail carried by the mesh
• Stylized — exaggerated silhouette, hand-painted or semi-PBR, detail carried by the texture
• Either way — we work from your existing assets as the style guide

Yes — this is the most common assignment we get. Send us assets already in your build and we reverse-engineer the rules: proportions, chamfer sizes, texel density, wear language, material response. New weapons then sit inside the set instead of standing out from it.

What we ask for:

• Two or three existing assets, ideally source files
• Your technical spec: triangle budget, texel density, texture resolution
• Screenshots in your actual in-game lighting
• The naming and folder convention your project uses

FBX and OBJ as standard exchange formats, with source files on request. Texture sets are PBR — Base Color, Normal, Roughness, Metallic, AO — at the resolution your platform can afford, agreed at the brief rather than assumed.

Typical delivery package:

• Game mesh in FBX, plus source file
• PBR texture set, resolution agreed per platform
• LOD meshes across the agreed chain
• Collision meshes and named sockets

Yes. We offer monthly capacity allocation for studios that need a consistent art pipeline extension. Same team, same lead, same QA process — across as many milestones as your production requires.

Yes, all three, and they are part of the base scope rather than an add-on. We import assets into Unreal Engine or Unity, set up materials, verify LOD transitions and collision, and check the weapon in the lighting your game actually uses before hand-off.

Included by default:

• Full LOD chain to the budget your build requires
• Custom collision meshes
• Sockets named to your convention — muzzle, magazine, optics, shell ejection
• Material setup and an in-engine review pass

Cost depends on scope, style, platform and how much of the pipeline we cover. A modular kit built on a shared base costs far less per weapon than a set of unique heroes. We quote per project after a brief rather than publishing rates that would not apply to yours.

What moves the number most:

• Whether we start at concept or at finished concept art
• Weapon count and how much is shared between them
• Realistic PBR versus stylized hand-painted
• Target platform and the technical budget it imposes
• Whether attachments, skins and rigging are in scope

Turnaround depends on the same variables as cost, and on where we join the pipeline. A weapon built on an existing modular base moves much faster than a hero asset designed from a written description. We give a schedule with the estimate, before production starts.

The schedule is driven by:

• Starting stage — concept, blockout or existing high-poly
• Complexity: mechanical detail, moving parts, attachment count
• Whether the asset shares a base, a texture set or a rig with others
• Number of review rounds your approval process requires
• Team size assigned — batch work parallelizes, single heroes do not

Yes. A single view, a photo board or a written description is enough to start. We fill the missing angles at blockout and confirm them with you before detailing, so the guesswork gets resolved at the cheapest stage rather than after texturing.

How we handle incomplete input:

• Blockout first, approval on silhouette and proportions
• Missing views resolved as orthographic sketches if the design is fictional
• Mechanical logic checked against real-world reference where it applies
• Nothing goes to high-poly until the shape is signed off