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3D Game Development Services

3D game development on the engine that actually fits your project.

We build in Unreal Engine or Unity, chosen for your art bar, platform targets, and budget, not a default, covering the 3D art pipeline and the engine work that brings it to life.

What We Build
Trusted by businesses worldwide
25–40%Of budget goes to art & asset production
40–60%Typical budget underestimate on 3D projects
2×Budget risk once multiplayer joins scope
100%Source code & asset ownership
Overview

What is 3D game development?

3D game development is building games with three-dimensional models, environments, and real-time rendering, rather than flat 2D sprites. It spans two connected disciplines: the art pipeline - modeling, texturing, rigging, and animation - and the engine work - rendering, physics, and gameplay systems that bring those assets to life on screen. Get either half wrong and the other doesn't matter.

Most teams underestimate 3D game budgets by 40% to 60%, usually by underpricing content pipelines, animation libraries, and multiplayer infrastructure rather than the engine itself. A small indie 3D title runs $10,000 to $150,000; mid-sized productions run into the hundreds of thousands, and it's not unusual for a small studio to invest $1 million or more once art fidelity, platform count, and live-ops support enter the picture.

01
Engine modeled, not assumed
Unreal, Unity, and Godot costed against your revenue projections.
02
Vertical slice first
Art direction proven on a playable slice before full production.
03
Multiplayer scoped up front
Priced explicitly, since it can nearly double a 3D budget.
04
Per-platform tuning
Mobile and VR optimized separately from PC and console.

Unreal Engine, Unity, or Godot?

The engine decision shapes your budget structure for the life of the project, not just the build phase.

EngineCost modelBest fit
Unreal EngineFree until $1M lifetime revenue, then 5% royalty above that threshold. No seat fees.Photorealistic 3D; Nanite and Lumen rendering remain unmatched for high-fidelity visuals.
UnityPro tier around $2,310 per seat, annually, regardless of revenue.Cross-platform reach, especially mobile 3D, with predictable costs at high revenue.
GodotFree and open-source, no fees at any revenue level.2D and stylized 3D projects, indie teams prioritizing zero licensing cost over top-tier fidelity.
The Deep Dive

Where 3D budgets actually go.

The engine license is the smallest line item. Two other decisions move the number far more.

Royalty or seat fee: which costs you less?

Unreal's royalty model tends to cost less for pre-revenue and modest-revenue projects; Unity's flat seat cost tends to cost less once a game earns well past the $1M mark. We model both against your revenue projections before recommending one.

Art and multiplayer are where the budget goes

Art and asset production accounts for 25% to 40% of total project cost for original 3D content. Multiplayer is the other big mover - some studios report their budget nearly doubling once real-time multiplayer joins scope, which is why we price it explicitly rather than folding it in as an add-on.

3D games and experiences studios ask us to build.

Each build is scoped around the art bar, the platform targets, and the budget those two imply.

01

PC & console 3D games

Full-fidelity 3D titles built for the platform's performance ceiling, from stylized indie visuals to high-end realism.

02

Mobile 3D games

3D games optimized for mobile GPU constraints, without sacrificing the visual identity that separates a game from its competitors.

03

VR & AR 3D experiences

Immersive builds tuned for headset frame rate requirements, with interaction design specific to 3D-space input.

04

Multiplayer 3D games

Real-time or asynchronous multiplayer infrastructure, scoped explicitly since it's one of the most consequential budget additions in 3D development.

05

3D art & asset pipeline

Modeling, texturing, rigging, and animation production, the 25% to 40% of budget that actually defines how the game looks and feels.

06

Engine migration & porting

Moving an existing 3D game between engines or to a new platform, without a full rebuild from scratch.

A clear path from concept to a shipped 3D title.

Four stages, with the engine and budget model settled before production starts.

01

Engine & scope decision

We model your art bar, platform targets, and revenue projections against Unreal, Unity, and Godot before committing.

1–2 weeks · Scoping
02

Prototype & art direction

We build a playable vertical slice with representative art, so the direction is proven before full production.

3–6 weeks · Prototype
03

Full production

We build content, gameplay systems, and the full art pipeline in parallel sprints, tracking against the original budget model.

12–40 weeks · Production
04

Optimization & launch

We optimize per platform, since mobile and VR hardware handle far less than PC or console, then ship to your target stores.

2–4 weeks · Launch
Our Stack

The engines and tools behind every 3D build.

Industry-standard tools, chosen for your project's art bar and platform needs.

Engines
Unreal EngineUnityGodot
Art & Animation
BlenderAutodesk MayaSubstance Painter
Languages & Infrastructure
C++C#AWS

Proof, not promises.

Real work, real numbers, see how we did it for LetsPut.

All Case Studies
  • Development
  • AI / ML
  • 3D Integration
  • UI/UX Design
Client
LetsPut
Industry
Kids’ Creative Tech
Timeline
2025, Ongoing
Status
In Progress

8

Technologies In The Stack

LetsPut is a children’s platform that bridges physical and digital creativity, and it needed to be safe by design. We built it as a full-stack Next.js 16 and React 19 application on Supabase, with privacy enforced at the database layer and an interface designed to stay calm and non-competitive, with a Unity WebGL layer being integrated for 3D galleries.

12

Frames Per Wall

0

Social Comparison

1

Design System

LetsPut 3D AI creative web app concept: turning physical crafts into 3D assets, with an asset library, AI generation panel, and WebGL, AR and VR ready export
Read Full Case Study

Explore more software services.

3D game development sits alongside our broader game and platform work.

Game Development

The full range of platforms we build for.

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Mobile Game Development

iOS & Android genre economics.

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UI/UX Design

Player-tested interfaces & visual design.

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Cloud Applications

Backend infrastructure for live games.

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Mobile Apps

Non-game iOS & Android app development.

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API Integrations

Third-party services wired into your game backend.

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Software Maintenance

Post-launch patches and content updates.

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Business Intelligence

Player and revenue analytics you can act on.

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FAQ

3D game development questions

The things studios and founders ask us most before starting a build.

3D game development is building games with three-dimensional models, environments, and real-time rendering, rather than flat 2D sprites - spanning the art pipeline (modeling, texturing, animation) and the engine work (rendering, physics, gameplay systems) that brings those assets to life on screen.

Build in Unreal Engine if your project needs top-tier photorealistic visuals; its Nanite and Lumen rendering technology remain unmatched for high-fidelity 3D, and it's free until your game earns $1 million in lifetime revenue, after which Epic takes 5% of everything above that threshold. Build in Unity if you want predictable, seat-based costs regardless of revenue and need the widest platform reach, particularly for mobile and cross-platform 3D titles.

A small indie 3D game runs $10,000 to $150,000; mid-sized titles run into the hundreds of thousands, and it's not unusual for a small studio to invest $1 million or more in a mid-sized 3D game. Most teams underestimate their budget by 40% to 60%, mainly by underpricing content pipelines, animation libraries, and multiplayer infrastructure.

Art and asset production - modeling, texturing, animation - typically accounts for 25% to 40% of total project cost for original 3D content, far more than the engine license itself. The engine is the smallest line item; the art pipeline is where budgets actually get spent.

Yes, where the engine and target platforms support it. Both Unreal Engine and Unity support cross-platform builds, though performance optimization still needs separate tuning per platform, mobile GPUs handle far less than a console or PC.

Yes. Multiplayer is also one of the most consequential cost additions in 3D game development, with some studios reporting their budget nearly doubling once real-time multiplayer became part of scope, so we scope it explicitly rather than treating it as a minor add-on.

Yes. VR and AR builds use the same 3D pipeline as standard games, with additional performance constraints for maintaining frame rate on headset hardware, and interaction design specific to how people move and reach in a 3D space.

Yes. You own 100% of the source code, 3D models, and animation assets, with no revenue-share arrangement or platform lock-in to us.