Black Myth Wukong is one of the most graphically demanding games ever released on PC. Built on Unreal Engine 5 with Lumen global illumination and Nanite virtualized geometry enabled by default, it pushes even RTX 4090 systems hard. For players on GTX 1660-tier hardware, the challenge is not just achieving 60 FPS — it is achieving a stable 30 FPS. This guide covers exactly how to do that, with honest expectations, a complete settings table, and a frank assessment of what the game actually looks and feels like at these settings. For settings across all hardware tiers, see our Black Myth Wukong best settings guide. For the fundamentals of PC settings optimisation, the PC game settings optimization guide explains the GPU tier logic and benchmark-tweak loop that underpins every guide in this series.
Honest Expectations: What Low-End Really Means Here
The official minimum specification lists an RTX 2060 or RX 5700 XT for “smooth 30 FPS” at 1080p. That is not conservative padding — it reflects the genuine GPU cost of Unreal Engine 5’s Lumen global illumination system, which replaces traditional baked lighting with real-time ray-march calculations running every frame. Lumen alone is the reason Black Myth Wukong is so demanding, and it cannot be fully bypassed without disabling the lighting system entirely (which this guide does).
The practical implication: if you are on a GTX 1060 or older, you will struggle to reach 30 FPS consistently in any area of the game regardless of settings. The GTX 1660 Super or RX 5700 (non-XT) represents the realistic minimum for a 30 FPS experience — and only with every optimisation in this guide applied. Do not expect 60 FPS. Do not expect the game to look remotely close to the screenshots used in its marketing. What you can expect is a functional, playable experience at reduced visual quality if you follow the steps below precisely.
Complete Low-End Settings Template
Apply every setting in this table. Do not use the Low or Medium presets — they do not disable Lumen by default and will leave significant FPS on the table.
| Setting | Low-End Value | Why |
|---|---|---|
| Graphics Quality | Custom (not Low preset) | Presets do not disable Lumen; must configure manually |
| Upscaling Type | FSR 2 (NVIDIA/AMD) or XeSS (Intel) | Best non-DLSS options at this tier; both work on any GPU |
| Upscaling Mode | Performance; Ultra Performance if still below 30 FPS | Performance = ~50% render scale; Ultra = ~33% |
| Anti-Aliasing | TSR Low (if not using FSR/XeSS) | Covered by FSR/XeSS when upscaling is enabled |
| Global Illumination | Off (disables Lumen) | Biggest single FPS gain in the game; see Lumen section |
| Reflections | Off | Lumen reflections are expensive; screen-space fallback adequate |
| Shadow Quality | Low | Complex cascaded shadows add significant GPU cost |
| Global Shadow Distance | Low | Reduces how far shadow calculations extend from camera |
| Texture Quality | Medium (6 GB VRAM); Low (4 GB VRAM) | VRAM-limited, not GPU-speed limited — see VRAM section |
| Effects Quality | Low | Particle and VFX rendering adds GPU cost in combat |
| Foliage Quality | Low | High foliage density is a significant draw-call cost in outdoor areas |
| Shading Quality | Low | Reduces complex material shader complexity |
| Hair Quality | Off | UE5 hair simulation (Groom) is expensive; disable entirely at this tier |
| View Distance | Low | Reduces LOD streaming distances; performance gain in open areas |
| Ambient Occlusion | Low or Off | Minimal visual impact in motion; meaningful GPU cost |
| Bloom | Off | Post-process cost with no gameplay benefit |
| Lens Flare | Off | Post-process cost |
| Depth of Field | Off | Post-process cost; cinematic effect only |
| Motion Blur | Off | Post-process cost; reduces perceived frame rate issues |
| Ray Tracing (all toggles) | Off | No hardware support worth using at GTX 1660 tier |
Lumen and Nanite: The Core of the Problem
Lumen is Unreal Engine 5’s real-time global illumination and reflection system. In Black Myth Wukong, it calculates indirect lighting, soft shadows, and reflections every frame using software ray marching. On an RTX 2060 this costs approximately 8–12 ms per frame. On a GTX 1660 Super, the same workload costs 18–25 ms per frame — which by itself consumes more than the entire 33 ms frame budget for 30 FPS. Setting Global Illumination to Off in the menu switches to a simpler, pre-baked fallback lighting model. The game still looks atmospheric and playable in this mode; it simply loses the dynamic light bounce that makes the environments look so striking in high-end footage.
Nanite is UE5’s virtualized geometry system, which streams millions of polygons from disk dynamically. Unlike Lumen, Nanite does not have a direct in-game toggle in Black Myth Wukong’s settings menu. If you are comfortable with ini file edits, you can add r.Nanite=0 to the GameUserSettings.ini file, which forces lower-polygon fallback meshes. This can provide an additional 10–15% FPS improvement on very old GPUs (GTX 1060 and below) at the cost of noticeable mesh detail reduction on close-up foliage and rock surfaces. On GTX 1660 Super, the Lumen-off setting covers most of the available gains and Nanite disabling is optional.
Upscaling at This Tier: FSR 2 and XeSS
DLSS is unavailable on GTX 16-series cards — it requires Tensor cores present only from RTX 20-series onward. The two alternatives at this tier are FSR 2 (AMD FidelityFX Super Resolution 2) and XeSS (Intel Xe Super Sampling). Both work on any GPU regardless of brand, and both are available natively in Black Myth Wukong’s settings menu.
FSR 2 is the better-tested option for AMD and NVIDIA GPUs in this game. XeSS performs similarly on non-Intel hardware (it uses a generic path without Tensor acceleration). Start with FSR 2 Performance mode, which renders at approximately 50% of the output resolution and reconstructs using temporal data. On a GTX 1660 Super at 1080p output, this recovers approximately 40–60% FPS compared to native rendering at the same quality settings. If Performance mode still leaves you below 30 FPS after applying the full settings table, drop to Ultra Performance mode.
Resolution Reduction: The Last Resort Path to 30 FPS
If FSR 2 Performance mode plus the full settings table does not reach 30 FPS on your system, the next step is reducing the output resolution. Running at 720p output (1280×720) with FSR 2 Ultra Performance mode means the game internally renders at approximately 427×240 — which sounds catastrophic but is reconstructed to 720p with temporal data, producing an image closer to a soft 720p than a raw sub-240p render. In motion this is actually acceptable, though static screenshots will look blurry.
The 720p + FSR 2 Ultra Performance combination is sometimes the only path to 30 FPS for GTX 1660 class hardware in the game’s most demanding areas (the boss arenas with heavy particle effects and complex environmental geometry). Treat this as your floor — if the game is still below 30 FPS in this configuration, the hardware is genuinely below the functional minimum for this title.
Shader Compilation: First-Launch Stuttering Is Not a Bug
Black Myth Wukong uses Direct3D 12 with a shader pre-compilation pass on first launch. This process compiles thousands of shaders to your specific GPU driver version and caches them to disk. The process typically takes 15–40 minutes on a mid-range CPU and must complete in full before playing. If you close the game during compilation or skip past the progress screen, the game will re-compile shaders on demand during gameplay — causing severe frame time spikes that appear as 2–5 second freezes every few minutes, particularly when entering new areas or encountering new enemy types.
The fix is simple: on first launch, let the shader compilation bar complete fully before starting the game. The game will prompt you when it is done. If you are already experiencing in-gameplay stuttering consistent with shader compilation (predictable freezes, recovering within seconds, stopping after an hour or so of play), you can force a full recompile by deleting the shader cache folder at %LOCALAPPDATA%1\Saved\ShaderCache\ and relaunching. On CPU-limited systems (Ryzen 5 3600 or below), expect compilation to take longer — this is CPU-bound work, not GPU-bound.
CPU Requirements: The Second Bottleneck
Black Myth Wukong’s CPU requirements are meaningful. The official minimum lists an Intel Core i7-9700 or AMD Ryzen 5 5500. In practice, a Ryzen 5 3600 or Core i5-10600 functions as a workable minimum at low settings — expect the CPU to sit at 85–95% utilisation in dense combat scenarios and some stuttering in areas with complex geometry streaming. Below this level (Core i5-8th gen, Ryzen 5 2600, or older), CPU bottleneck becomes the limiting factor even when GPU headroom is available.
Squeeze out more FPS with the settings in black myth wukong low end pc.
Symptoms of a CPU bottleneck in this game: GPU usage below 80% while FPS is still below 30, inconsistent frame times even in graphically simple scenes, and stuttering that does not improve when reducing GPU-heavy settings. If this describes your experience, reducing shadow distance and view distance further (both have CPU cost components) is more effective than reducing texture quality.
VRAM Floor: 6 GB Minimum, 8 GB Recommended
Black Myth Wukong’s asset streaming (via Nanite) makes it unusually VRAM-aggressive for its visual quality tier. Even at Medium texture settings, the game will regularly exceed 6 GB VRAM usage during streaming transitions between areas. When VRAM overflows into system RAM, the symptom is a distinct stutter pattern: a 0.5–2 second freeze as assets page in, followed by recovery. This is different from the consistent low-FPS profile of a GPU bottleneck.
6 GB VRAM is the functional minimum: it works at Low textures, with occasional streaming stutters in the largest area transitions. 8 GB is recommended even at low settings because Nanite asset streaming does not respect your texture quality setting precisely — it streams geometry regardless. For GTX 1660 Super (6 GB) owners, use Medium textures and accept occasional streaming stutters, or drop to Low textures for a more stable experience in long play sessions.
Upgrade Priority: What Actually Makes a Difference
If the goal is a genuinely smooth experience in Black Myth Wukong rather than a marginal 30 FPS, the upgrade that transforms the experience is a GPU to RTX 3060 or RX 6700 XT tier. Both cards have sufficient hardware performance (and in RTX 3060’s case, DLSS support) to run the game at Medium–High settings at 1080p with a stable 45–60 FPS. The RX 6700 XT in particular handles Lumen’s software ray-march workload better than expected for its price, and reaches 50–60 FPS at Medium-High settings. Both are available on the used market at significantly reduced prices in 2026.
Getting the right settings makes a big difference — see rust low end pc for the optimal config.
A RAM upgrade only matters if you are below 16 GB — the game benefits from 16 GB dual-channel for asset streaming. An SSD is also effectively required; the game’s Nanite streaming performs poorly on spinning hard drives and causes constant area-transition stutters that no settings change can fix.
Is It Actually Enjoyable on Low-End? Honest Verdict
Black Myth Wukong on GTX 1660 Super at these settings, with Lumen off and FSR 2 Performance enabled, runs at 28–38 FPS depending on the area. Combat areas with heavy particle effects (most boss fights) will dip to 22–28 FPS during intense phases. The game is playable by a strict definition — inputs register, bosses are defeatable, and the story is completable.
What you lose is significant: Lumen off removes the dynamic lighting that defines the game’s visual identity. Boss arenas lit by Lumen’s soft bounced light look dramatically different from the flat, pre-baked fallback. FSR 2 Ultra Performance introduces visible softness and ghosting on the character’s robes in motion. The game still has strong art direction, and the boss designs, animations, and combat feel are unaffected by settings. But if visual fidelity is part of why you want to play Black Myth Wukong specifically, low-end hardware delivers a noticeably diminished version of that experience. Save toward an RTX 3060 or RX 6700 XT if you can — this game rewards the hardware investment more than most.
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Frequently Asked Questions
Can a GTX 1660 Super run Black Myth Wukong?
Yes, but with significant compromises. A GTX 1660 Super with Lumen off, FSR 2 Performance mode, and the full settings table in this guide will achieve approximately 28–38 FPS at 1080p depending on the area. Boss arenas are the most demanding and may dip to 22–26 FPS during peak particle effects. A 30 FPS frame cap is recommended for smoother pacing. Expect the game to look noticeably different from its marketing screenshots with these settings applied.
What is the minimum GPU for 30 FPS in Black Myth Wukong?
The official minimum specification lists RTX 2060 or RX 5700 XT for smooth 30 FPS. In practice this is accurate — these cards run the game at Low–Medium settings with Lumen off and FSR 2 Performance at a consistent 30–45 FPS. A GTX 1660 Super can approach 30 FPS with all optimisations applied but will dip below in demanding boss fights. Cards below GTX 1660 tier (GTX 1060, GTX 1650, RX 580) will struggle to reach 30 FPS regardless of settings.
Does turning off Lumen actually help performance?
Significantly. Lumen is the single most GPU-expensive feature in Black Myth Wukong on older hardware. Disabling it by setting Global Illumination to Off in the settings menu typically delivers a 30–50% FPS improvement on GTX 1660 tier cards. The visual trade-off is real — the game’s signature atmospheric lighting is replaced by a flatter pre-baked system — but it is the non-negotiable setting change for low-end hardware.
Why does Black Myth Wukong stutter so much on first launch?
Shader compilation. The game must compile thousands of GPU shaders to your specific hardware on first launch, which takes 15–40 minutes. If you play before this process completes, the game compiles shaders on demand during gameplay, causing multi-second freezes. Allow the compilation progress bar to finish fully before starting play. If stuttering persists after the first session, delete the shader cache at %LOCALAPPDATA%1\Saved\ShaderCache\ and relaunch.