Your batching strategy can collapse the moment design asks for procedural rooms, runtime layout changes, or spawned props. When that happens, CPU bottlenecks come back fast and your frame budget starts bleeding.
You will work through the two runtime paths that matter: StaticBatchingUtility.Combine when you need per-mesh frustum culling, and Mesh.CombineMeshes when you need tighter mesh-level control and can accept collective culling. The lessons show practical comparisons, not theory, so you can see why each choice wins or fails.
Concrete next step: build one runtime test scene, profile both APIs, and compare draw calls, culling behavior, and final triangle visibility before committing to one pipeline.
CEO/Producer translation: this protects scope changes from turning into late-stage performance panic and avoidable delivery delays.
Unlock the full Runtime Static Batching module now and apply the exact API path that fits your game’s runtime geometry.
In this module:
- 1. Runtime Static Batching - Strategy
- 2. High-Level Run-time Static Batching With Individual Frustrum Culling
- 3. Mid-Level Run-time Static Batching WITHOUT Individual Frustrum Culling
Join to unlock the full module, audio, and resources.