Satisfactory is not like other games when it comes to PC performance. Most titles are primarily GPU-bound — a faster graphics card lifts framerates in a predictable way. Satisfactory adds a second bottleneck: the factory simulation itself. Conveyor belts, miners, constructors, assemblers, and the entire logistics network are computed every tick on the CPU. A small starter factory runs smoothly on almost any hardware. A late-game megafactory producing nuclear fuel cells across a dozen ore nodes will stress even high-end systems. This guide covers every setting that affects performance, the single most important optimisation (Lumen), and how to configure the game to stay smooth as your builds scale. For the core framework on system-level PC optimisation, see the PC game settings optimisation guide. New to PC graphics terminology? The game settings explained guide covers the fundamentals behind every setting you’ll encounter.
Best Satisfactory PC Settings 2026
Apply this configuration as your baseline. It targets smooth 60+ FPS on mid-range hardware (RTX 3060 / RX 6700 XT) and remains performant as factory complexity grows:
| Setting | Recommended Value | FPS Impact | Why |
|---|---|---|---|
| View Distance | Medium | High | Controls how far factory structures render at full detail. Ultra draws every machine at maximum distance even when off-screen — major CPU and GPU cost in large builds. The single most important setting to dial back as your factory scales. |
| Global Illumination (Lumen) | Off | Very High | Lumen real-time GI is visually impressive but costs 20–40 FPS in factory areas. Disable once your build grows beyond a few assembler lines. See the Lumen section below for the full breakdown. |
| Shadow Quality | Medium | High | Industrial machinery with complex geometry generates expensive shadow cascades. Medium delivers clear contact shadows at roughly half the GPU cost of Epic. |
| Foliage Quality | High | Low–Medium | Relevant mainly in early game before the factory covers the landscape. High is fine on mid-range hardware; drop to Medium if GPU-limited in foliage-heavy biomes. |
| Screen Space Reflections | Medium | Medium | Reflections on fluid containers and pipelines are a core factory aesthetic. Medium reflects machinery and fluid surfaces adequately without the GPU overhead of Epic SSR. |
| Anti-Aliasing | TSR Quality | Low | TSR (Temporal Super Resolution) is Unreal Engine 5’s built-in upscaler. Quality mode resolves fine detail on conveyor separators and structural geometry at minimal FPS cost. RTX card? Use DLSS instead — see the upscaling section. |
| Post Processing Quality | Medium | Low–Medium | Covers bloom, lens flares, and ambient occlusion. Medium retains the industrial atmosphere; Epic’s screen-space AO reads poorly against dense machinery anyway. |
| Texture Quality | High | VRAM | Satisfactory’s industrial texture work is detailed and benefits from High on any GPU with 8GB+ VRAM. Drop to Medium only if VRAM-limited (6GB cards in large builds). |
| Motion Blur | Off | Negligible | Blur on running conveyor belts obscures visual feedback on factory state. Off is better for both performance and clarity when reading machine output rates. |
| Chromatic Aberration | Off | Negligible | Colour fringing at screen edges reduces image clarity when reading machine throughput labels and UI elements. Off for a cleaner picture. |
| Lens Flare | Off | Very Low | Point-source lens flares accumulate rapidly in factories lit by many industrial lights. Off removes visual clutter without any gameplay downside. |
Lumen: The Most Important Satisfactory Setting
Lumen is Unreal Engine 5’s real-time global illumination system. In Satisfactory it renders physically accurate indirect lighting — light bouncing between conveyor belts, the glow of smelter furnaces illuminating adjacent pipes, natural sky light permeating factory interiors. The visual difference at small scale is genuinely impressive. The performance cost at factory scale is genuinely punishing.
In early-game locations with a handful of machines, Lumen costs approximately 15–20 FPS at 1080p on an RTX 3060. In a mature factory with hundreds of machines, conveyor splitters, and industrial light sources, that cost rises to 30–45 FPS. The more machines you have, the more light interactions Lumen must calculate per frame — unlike most graphics settings, Lumen’s cost scales with world complexity rather than staying fixed.
For a full breakdown of the best settings, see cs2 settings 2026: max fps.
The practical recommendation: keep Lumen enabled for your first few hours to experience the intended visual design. Disable it before you build your second major production line. With Lumen off, Satisfactory switches to baked static lighting and screen-space ambient occlusion. The factory still looks clean and readable, and the FPS recovery is immediate. There is no meaningful negative gameplay impact from this change.
View Distance: The Factory’s Biggest Variable
View Distance controls how far Satisfactory’s streaming system renders factory structures at full LOD (level of detail). Its performance cost scales directly with factory size rather than being a fixed value you can benchmark on a test scene.
On a starter build of 10–20 machines, View Distance at Ultra is barely noticeable. On a late-game factory spanning multiple biomes with several hundred machines in a single production chain, View Distance Ultra is drawing every machine even as you navigate by vehicle across the map. Medium View Distance reduces the draw radius substantially while keeping everything in your immediate view (within several hundred meters) fully rendered. For large builds, this can recover 10–25 FPS with no practical impact — you rarely need your entire nuclear processing plant rendering at full detail from the starting area.
We cover the exact settings in overwatch settings 2026: max fps to maximise performance.
TSR, DLSS, and FSR Upscaling
Satisfactory supports three upscaling paths. The right choice depends on your GPU:
- DLSS (NVIDIA RTX 2000 series and newer) — Best-in-class upscaling for RTX cards. DLSS Quality mode (67% render scale) adds approximately 30–50% FPS with minimal image quality loss on Satisfactory’s industrial geometry. DLSS 3 Frame Generation on RTX 40 series adds generated frames between rendered frames, effectively doubling the displayed framerate. Note that Frame Generation adds 30–40ms input latency — acceptable for a factory builder where precise input timing is rarely critical.
- FSR 3 (AMD and any GPU) — AMD’s upscaler runs on all hardware. FSR Quality mode (77% render scale) adds 20–35% FPS. Image sharpness on fine factory detail like conveyor belt splitters and wire runs is slightly softer than DLSS, but the difference requires close inspection. The right choice for AMD GPUs or older NVIDIA cards without DLSS.
- TSR (Unreal Engine built-in) — UE5’s native temporal upscaler. Quality mode is competitive with FSR Quality and available on every GPU without additional driver support. Recommended as the default if you prefer not to configure the DLSS or FSR plugins separately.
CPU Performance and Factory Scale
Once your factory grows beyond a few production lines, CPU performance becomes the binding constraint rather than GPU. The Satisfactory simulation processes each belt segment, each machine input/output cycle, and each power network calculation every game tick. This work runs primarily on a single high-priority thread, making high single-core boost clock the most important CPU metric for large builds.
The most effective CPU-side optimisation sits outside Satisfactory’s settings menu: ensure your CPU is not thermally throttling. A CPU running at 95°C boosts cores to their base clock rather than their boost clock, losing 15–25% single-thread throughput. Reapply thermal paste if it has been more than three years, and confirm your cooler is properly seated. Sustained boost clocks during play matter more to late-game factory frame rate than any graphics setting adjustment.
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Within Satisfactory’s world, using smart splitters and flow control rather than redundant belt paths reduces active machine count. Fewer machines running at full throughput performs better than more machines at partial capacity — the simulation ticks every active machine regardless of its output rate.
Frequently Asked Questions
Why is Satisfactory running slowly on a good PC?
If your factory is large, your CPU rather than your GPU is likely the bottleneck. Open Task Manager and inspect individual core utilisation (not the overall average). If a single core is pegged at 100%, the factory simulation is the constraint — and reducing GPU settings will not help. The only remedies are factory design optimisation (fewer redundant belt paths, smarter splitter layouts) or a CPU with higher single-core boost clock. Also verify Lumen and View Distance are both configured per this guide — both add significant CPU-side scene traversal work in large builds beyond just their GPU cost.
What is the best Satisfactory preset for 1080p 60 FPS?
The settings table above outlines the 60 FPS target configuration for mid-range hardware (RTX 3060 / RX 6700 XT). The game’s built-in Medium preset is a reasonable starting point, with two changes: disable Lumen (the preset leaves it on by default), and reduce View Distance from High to Medium before your factory grows beyond a few production lines. With those two adjustments applied to the Medium preset, consistent 60+ FPS at 1080p is achievable on hardware from the past four years.
Does Satisfactory support DLSS 4 in 2026?
Satisfactory uses Unreal Engine 5’s integrated DLSS plugin, which updates through engine upgrades. DLSS 3 Frame Generation has been available since Update 8. As of early 2026, DLSS 4 with Multi Frame Generation is accessible on RTX 50 series cards via model override in the NVIDIA App on games using DLSS 3 — including Satisfactory. Enable it in the NVIDIA App overlay if you have an RTX 5000 series card. For RTX 40 series, standard DLSS 3 Frame Generation remains the best available path and delivers a substantial framerate uplift.
Sources
- Steam. Satisfactory — Store Page, PC System Requirements and Technical Specifications. Valve Corporation / Coffee Stain Studios.
- Satisfactory Wiki. Game mechanics, performance documentation, and factory simulation technical notes. satisfactory.wiki.gg.
- Epic Games. Lumen Global Illumination and Reflections — Unreal Engine Documentation. Epic Games Developer Portal.