VoxelForge Engine is a high-performance voxel world generation system for Unreal Engine, designed to create large, seamless, and fully customizable procedural worlds without the complexity and overhead of traditional voxel solutions.
Built from the ground up with a custom rendering pipeline and optimized data structures, VoxelForge Engine focuses on performance, scalability, and ease of use, allowing you to generate and stream voxel terrain in real time without visible hitches.
Launch Video Preview: https://youtu.be/Ahdz_xJxzsk?si=PuTcvrjn_LGbccCX
⚙️ Core FeaturesAsynchronous Chunk Streaming
Smooth world generation with no blocking operations or frame drops.
Single Material Rendering Pipeline
Render entire voxel worlds using a single optimized material, reducing draw calls and complexity.
Custom Collision System
Efficient greedy-based collision generation for improved performance and stability.
Biome System with Procedural Generation
Create diverse environments with customizable biome definitions, terrain shaping, and vegetation placement.
Flexible Block System
Supports cubes and custom block shapes with an automated workflow for texture arrays and asset management.
Editor Integration
Dedicated tools and data assets to simplify world setup, block creation, and biome configuration directly inside Unreal Engine.
World Persistence
Save and load voxel worlds with support for runtime modifications.
Dynamic Sky System (Day/Night Cycle)
Integrated sky system with real-time day-night transitions.
Custom Camera Manager & Tonemapping Control
Switch between ACES and AGX tonemapping with a dedicated camera manager, including preconfigured post-process presets.
Sandbox and survival games
Procedural open worlds
Voxel-based gameplay systems
Developers looking for a performant and flexible voxel solution
This system is based on a block-based voxel approach (no marching cubes or smooth terrain).
Best suited for developers who want full control over their voxel pipeline.
VoxelForge Engine focuses on a clean workflow and performance-oriented architecture, making it easier to build scalable voxel worlds without the overhead of complex setups.