Render, animate, optimize and interact with Gaussian splats inside Unreal Engine.
One renderer from desktop to Android and VR—with the tools needed to turn scans into production scenes.
Feature compatibility comparison
Experimental. Relight static 3D and animated 4D Gaussian splats with automatic normals. Blend captured light with Unreal lighting, or use a proxy mesh for static splats with optional shadow casting.
WallGS splats appear in Lumen’s screen-traced reflections. Reflected environments retain their Gaussian detail across glossy Unreal surfaces in real time.
Play time-varying Gaussian captures as native sequence assets. Control timing, looping and playback in Unreal while WallGS streams and prefetches the frames around the moment on screen.
A dedicated Vulkan mobile path brings Gaussian splats to Android phones and standalone Meta Quest. Mobile Multi-View and device-aware splat budgets keep the workload built for the hardware.
Generate collision directly from a splat asset. The scan stays visually Gaussian while Unreal gets usable geometry for blocking, traces, placement and physics.
WallGS builds a spatial LOD hierarchy automatically. At runtime, off-screen clusters are rejected before exact GPU depth sorting and distant density falls while nearby detail stays intact.
stat wallgsRead useful renderer statistics live.Gaussian splats resolve through Unreal’s depth-of-field pipeline, placing scanned subjects naturally inside cinematic focus.
Instanced Stereo, shared stereo sorting and VR-specific controls keep splat scenes responsive across both eyes.
Use NVIDIA DLSS with WallGS rendering to recover performance while preserving a stable, detailed final frame.
Load Gaussian splat files while the application is running through Blueprint-callable paths. Use standard binary .PLY or compact .SOG v2 in the same native renderer.
Load Gaussian Splat_Multiple copies of the same asset reuse shared render data instead of duplicating the full payload. Repeated scenes stay far lighter than repeated imports.
Shape scans with adjustable, rotatable volumes. Hide Inside removes unwanted regions; Keep Inside isolates selected areas. Control cuts at runtime through Blueprints, or bake them into the asset permanently.
Download a build for Windows PC or standalone Meta Quest.
View demo →Run the scene, inspect live statistics and visualize Spatial LOD.
Download build ↓
View demo →WallGS prepares large assets quickly and keeps their Unreal footprint compact. NanoGS time includes import plus Nanite enable time.
Recorded directly from the Unreal viewport at 1920×1080 with a 15 million splat scene.
One native workflow for rendering, animation, interaction and deployment.
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Unreal To Gaussian Splat handles the capture workflow without manual setup.
