Black Myth Wukong Gameplay 4K 60fps Blind Playthrough

The Reality of Running Black Myth Wukong at 4K 60fps

Most people don't realize how brutal Black Myth Wukong is on hardware. The game looks incredible, but hitting a stable 4K 60fps target requires more than just buying a mid-range GPU and hoping for the best. I've been going through this myself trying to put together clean footage, and there are some things that only become obvious after you've eaten a few wasted evenings on it. The first thing you need to understand is that the game is incredibly unoptimized on PC. It uses Unreal Engine 5 with Nanite and Lumen running full tilt, and neither of those technologies are particularly efficient at 4K resolution unless you have top-tier hardware. My RTX 4090 struggled to hold 60fps in several boss arenas even with DLSS set to Quality. Not because the GPU was maxed out on fill rate, but because the shader compilation stutters hit you hard in areas you hadn't visited before. That's a detail most guides won't tell you about.

Black Myth Wukong Gameplay 4K 60fps Blind Playthrough

A blind playthrough means no commentary, no editing, just raw footage from start to finish. People want these because they're either looking for unfiltered gameplay to study boss patterns or they want to watch the game at the highest visual fidelity without anyone talking over it. Both purposes are completely valid. But producing one that actually looks good requires attention to settings that most streamers and YouTubers skip. Here's what I learned setting this up. First, disable Hairline Tracing and lower Nanite to Medium. Hairline Tracing is basically ray-traced hair simulation and it will absolutely murder your frame rate at 4K. You will barely notice the difference visually, but you'll lose ten to fifteen percent of your average framerate. I ran a side-by-side test at my temple with it on and off, and honestly the visual difference was negligible outside of direct sunlight on the hair strands, which is not something a viewer would notice in a full-screen playthrough. Second, set Lumen to Medium or Off. Lumen is the game's global illumination system and it's one of the heaviest features in the entire build. Turning it off doesn't make the game look flat, it just removes the real-time bounced light calculations. Shadow quality and texture resolution are separate settings and you can leave those on High or Ultra without impacting performance nearly as much. I kept textures at Ultra since that's the setting that most affects visual clarity at 4K, and the VRAM hit was manageable on my card.

Third, and this is where I made a mistake early on that cost me several hours of footage, you need to enable the frame pacing fix. There's a known issue in Black Myth where the engine doesn't properly sync to your monitor's refresh rate when running uncapped or at a fixed target. The result is uneven frame delivery that looks smooth on paper but feels janky to watch. I recorded an entire chapter thinking the issue was my capture card, then swapped cables, updated drivers, and spent two hours troubleshooting before I realized the actual problem was the game's internal frame pacing. Setting a hard 60fps cap through the in-game options rather than relying on a third-party limiter solved it completely. This is important because an inconsistent frame pace ruins the viewing experience of a blind playthrough more than any graphical compromise ever could. When it comes to recording at 4K 60fps, NVENC encoding on an RTX 40-series card is your best option. Use the HEVC profile with a bitrate of at least 60 Mbps if you want the footage to look decent when compressed for upload. Lower bitrates like 30 Mbps will introduce blocking artifacts around fast combat sequences, especially during the darker boss arenas where detail gets crushed. I've seen people record at 20 Mbps and wonder why the final video looks muddy compared to the raw feed on their monitor. One more thing that catches people off guard. The game has a built-in benchmark tool that you can use to test stability before you commit to recording. Run it in the area where you plan to start your playthrough, not just in the default test environment. Different regions of the game have wildly different performance characteristics. The opening chapters run fine at 4K 60fps on most cards, but once you hit the later temple sections with dense particle effects and multiple enemies on screen, the framerate can drop into the 30s without warning. I learned this the hard way after starting a recording session and having the framerate plummet during a boss fight, rendering the footage essentially unwatchable at full resolution.

If you're on hardware that can't handle native 4K at 60fps, DLSS Balance or Performance mode will get you closer, but you'll sacrifice some image clarity that matters in a 4K upload. The sweet spot is usually DLSS Quality, which gives you a performance boost with minimal quality loss that most viewers won't notice unless they're actively comparing side by side. There's also the question of file sizes. A four-hour blind playthrough recorded natively at 4K 60fps with NVENC HEVC at 60 Mbps will be roughly 108 gigabytes. That's not something you can casually transfer or edit on most systems. I had to temporarily free up space on a secondary drive just to handle the project. If storage is a concern, you can drop to 4K 30fps and cut the file size in half with minimal impact on perceived smoothness for a static playthrough video. The combat in Black Myth is fast enough that 30fps looks acceptable, especially since most of the footage will be watched on screens smaller than the original 4K source. The bottom line is that Black Myth Wukong Gameplay 4K 60fps Blind Playthrough is achievable but it requires deliberate choices about what settings to sacrifice and what to preserve. The game will not reward you for maximizing everything. You need to pick your compromises carefully, lock down frame pacing, and test your target area before hitting record. Otherwise you end up with a lot of beautiful-looking footage that nobody wants to watch because of stutter or compression artifacts.