Single idea
A basic prototype that tests one mechanic.
- One core mechanic
- Placeholder visuals
- Basic controls
- One platform build
Game Development & Assets
Game prototype development creates a fast, playable test of one defined mechanic, gameplay loop, or pitch before a full production commitment.
A prototype answers a focused question: whether a mechanic works, a control scheme feels usable, or a pitch can be demonstrated. It is intentionally lighter than production software and normally uses placeholder art and minimal UI.
The package can include one mechanic, a complete gameplay loop, win and loss states, simple menus, one sample level, and a single platform build. Variants are limited and reviewed quickly so effort remains focused on learning.
Prototype code and assets are reviewed before reuse in full production. Temporary architecture, placeholder content, or shortcuts may need replacement. A prototype does not prove market demand, profitability, final performance, or production schedule.
We define the objective, deliverables, dependencies, and success criteria before production starts.
You review working previews, so decisions are made against tangible output.
The agreed revision rounds are used to complete details within scope.
I deliver the agreed files, access, and practical usage notes in an organized package.
Game Development & Assets · Delivery
Final pricing is provided after scope, deliverables, and integrations are confirmed.
A basic prototype that tests one mechanic.
A complete testable gameplay loop.
A finite polished prototype for a pitch or internal review.
These packages take 5–15 days depending on mechanic complexity, target platform, controls, build requirements, and revision cycles.
Usually not. Placeholder art keeps the test focused on mechanics and flow. Final assets are normally produced after the direction is validated.
Possibly, after a production review. Reusable code and assets can be retained, while temporary or risky parts may need redesign.
3D weapon modeling creates a defined realistic or stylized weapon asset around an agreed engine, camera distance, polygon budget, textures, moving parts, and formats.
3D vehicle modeling creates a defined realistic or stylized vehicle around approved proportions, target use, polygon and texture budgets, moving parts, and formats.
3D furniture modeling creates a defined piece or coordinated set from approved dimensions and references for real-time scenes, interiors, catalogs, or rendering.
Character rigging adds an animator-facing control system, skin weighting, deformation checks, and optional facial or helper controls to a compatible model.
3D skeleton setup creates a clean bone hierarchy with agreed joint placement, naming, orientation, helper bones, and one target export without a full animator control rig.
3D character animation creates a finite set of gameplay loops, actions, or cinematic shots from an approved rig, style, timing, camera, and target format.
Share a short brief and I’ll help define the scope, dependencies, and a realistic delivery window.
Tell me about the project