How to improve FPS in Satisfactory (PC)
Satisfactory is one of the games that ages worst in performance as you progress, and it's not your GPU's fault. Coffee Stain built the title on Unreal Engine 5, with Nanite on rocks, cliffs, and conveyor belt pieces, and Lumen as an unofficially supported global illumination option. The real bottleneck shows up once your factory grows: every machine, every conveyor belt segment, and every fluid pipe is simulated individually on a high-priority CPU thread, so a Tier 4-5 base with tens of thousands of active objects can tank your framerate even with an RTX 4080 underneath. This guide covers the graphics settings that actually return FPS and what to expect from the CPU ceiling once your factory gets massive.
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Calculations based on our FPS model combined with the % gain of each setting (measured in public benchmarks).
1. Quick wins (no visual loss)
Start here. Each one adds a little, but together they give +65% free FPS.
Resolution Scaling (View Distance)
Draw distance is the single setting with the biggest FPS impact in the game. On Ultra it renders vegetation, terrain, and distant structures from factories outside your immediate view with almost no gameplay benefit.
Shadow Quality
The dynamic shadows from hundreds of machines, robotic arms, and logistics drones are constantly recalculated. In well-lit factory interiors, Ultra's visual effect is barely noticeable.
Effect Quality
Controls smelter smoke particles, welding sparks, and pipe fluid effects. With dozens of active constructors, particle cost skyrockets.
Lumen (Global Illumination)
Lumen isn't officially supported in Satisfactory — the game's lighting was designed without it — and its cost indoors with lots of geometry is high for the result you get.
Motion Blur
Low cost but unnecessary in a construction game where you spend hours looking at static production lines; it also makes some players motion sick on logistics drones.
2. Medium impact settings
Here's where most of the FPS is. Minor visual impact, major performance impact.
Textures
With 8GB of VRAM or more it barely costs any performance and keeps machine icons and factory panels sharp.
Post-Processing
Includes bloom, vignette, and full-screen ambient occlusion; its cost grows with the amount of on-screen geometry, typical of factory rooms packed with pipes.
Anti-aliasing (TSR)
Temporal Super Resolution is UE5's native image reconstruction method in Satisfactory. The Performance preset lowers internal resolution without classic TAA's aggressive ghosting.
Vegetation and Foliage Density
Grass and shrubs around large factories recalculate as you move; in heavily urbanized areas their visual presence is marginal.
Screen Space Reflections
Reflections in puddles, metal floors, and smelter surfaces have a disproportionate cost relative to what they add in a geometry-dense industrial environment.
3. Upscaling (DLSS / FSR / XeSS)
The biggest gain in the game. Compatible with almost any modern GPU.
DLSS (NVIDIA)
+40% FPSIn Quality mode (67% render resolution) it recovers between 30% and 50% FPS with minimal sharpness loss, even in the repetitive industrial geometry of factories. It's the best individual setting available on NVIDIA RTX GPUs.
FSR (AMD)
+27% FPSFSR Quality (77% render resolution) delivers between 20% and 35% FPS. It works on any GPU, not just AMD, though the result is slightly less sharp than DLSS on fine pipe and belt details.
Native TSR (Unreal Engine)
+15% FPSUE5's own temporal reconstruction serves as an alternative when there's no DLSS/FSR support or on Intel hardware. The Performance preset offers a reasonable trade-off between sharpness and recovered FPS.
4. Tips by GPU
NVIDIA
- •Enable DLSS in Quality mode instead of raising native resolution: in large factories the bottleneck is usually CPU, so cheaply gaining GPU-side FPS with DLSS is more cost-effective than lowering more graphics settings.
- •Avoid Frame Generation in very advanced simulation stages: since this is a CPU-bound game with a low base framerate, the added latency is more noticeable than in a GPU-bound shooter.
- •RTX cards with 8GB or more have plenty of VRAM headroom even in mega-factories; prioritize the CPU's single-core boost clock over the GPU if you're building at large scale.
AMD
- •FSR Quality is the simplest way to recover FPS on RX cards; combine it with Effect Quality on Medium to maximize headroom before touching shadows.
- •On Ryzen processors, models with 3D V-Cache (X3D) perform notably better in large factories thanks to the simulation's single dominant thread.
- •Check that the chipset's power-saving mode isn't limiting single-core boost during long sessions; that's where the CPU-driven FPS drop shows up most.
Intel
- •Prioritize CPUs with high per-core boost clock (K series) over models with more cores but lower frequency: factory simulation depends on one dominant thread, not massive parallelism.
- •XeSS is available as a scaling alternative on Arc GPUs and any compatible card; use it in Quality mode if you don't have DLSS or FSR configured.
- •On laptops with low-power Intel CPUs, disable battery-saving mode during play: thermal throttling directly affects the simulation thread.
5. Known game issues
Progressive FPS drop as the factory grows
This isn't a one-off bug but the expected behavior of the simulation engine: every machine, belt, and pipe adds CPU cost cumulatively. No patch fully fixes it, only factory-design mitigations.
VRAM streaming stutter on very large saves
With less than 16GB of system RAM, late-game saves with thousands of structures can produce micro-stutter loading geometry and textures from new factory areas.
Lumen instability in very enclosed interiors
Since it isn't officially supported, Lumen can produce lighting flicker (light leaking) in heavily compartmentalized factory rooms with lots of reflective surfaces.
Estado: Update 1.1
6. Frequently asked questions
Why does my FPS drop so much as my factory grows, even with a powerful GPU?▾
Is it worth enabling Lumen in Satisfactory?▾
Do DLSS or FSR help if my problem is CPU-bound, not GPU-bound?▾
Which component is more worth upgrading to play Satisfactory: CPU or GPU?▾
Want to know exactly how many FPS YOUR PC will get?
Enter your GPU and CPU in our calculator and measure the real impact of each setting.
Calculate FPS for Satisfactory →Calculations based on consensus of technical sources and our own FPS model. More about our methodology →