Fatekeeper PC Performance Preview: A Surprisingly Strong Unreal Engine 5 Showcase
As Unreal Engine 5 becomes more common in PC gaming, one question keeps coming up: which developers are actually using the engine efficiently, and which ones are simply pushing visuals at the cost of performance? Fatekeeper is already shaping up to be one of the more interesting answers.
Developed by Paraglacial and published by THQ Nordic, Fatekeeper is a dark fantasy first-person RPG currently in Early Access on PC. Since the game is still unfinished, it would not be fair to treat it like a final release. Even so, its current technical state is impressive. For an Early Access Unreal Engine 5 game, Fatekeeper already delivers a strong mix of detailed environments, atmospheric lighting, and surprisingly reasonable performance when the right graphics settings are used.
The game relies on several major Unreal Engine 5 features, including Nanite Virtualized Geometry, Virtual Shadow Maps, and Software Lumen for global illumination and reflections. These technologies can be extremely demanding, especially in large, detailed fantasy environments filled with dense geometry, foliage, reflective surfaces, and dynamic lighting. Yet Fatekeeper manages to look excellent without feeling as heavy as many other ambitious UE5 games.
That achievement becomes even more notable when considering the size of the development team. Many larger studios have struggled to balance Unreal Engine 5 visuals with smooth PC performance, but Fatekeeper already shows a promising level of technical discipline. It is not flawless, though. Some graphics options currently behave oddly, HDR does not appear to function properly in the tested build, the MegaLights option does not seem to make a visible difference, and a few settings may be broken or unfinished.
Still, the foundation is strong. Fatekeeper has the potential to become one of the better-looking and better-optimized Unreal Engine 5 RPGs on PC if development continues in the right direction.
What is Fatekeeper?
Fatekeeper is a first-person action RPG set in a dark fantasy world filled with melee combat, magic, exploration, character progression, weapons, armor, artifacts, and story-driven discovery. It launched in Early Access on June 2, 2026, for PC via Steam.
The gameplay blends sword-and-sorcery combat with immersive exploration and RPG systems. Players can block attacks, dodge incoming strikes, cast spells, experiment with different weapons, and shape their character around preferred playstyles. Although the current Early Access version is not content-complete, the core identity of the game is already clear: Fatekeeper wants to deliver a handcrafted first-person fantasy adventure with reactive combat, atmospheric world design, and meaningful exploration.
Its strongest quality right now is presentation. The environments can look striking, especially when Unreal Engine 5’s Nanite geometry and Lumen lighting work together. Stone structures, natural landscapes, dimly lit interiors, reflective materials, and fantasy architecture all benefit from the engine’s modern rendering features.
Fatekeeper and Unreal Engine 5 performance
From a technical perspective, Fatekeeper is one of the more impressive Unreal Engine 5 games tested recently. It uses Nanite to render highly detailed environments, Virtual Shadow Maps for sharper and more accurate dynamic shadows, and Software Lumen for ray-traced-style lighting and reflections without requiring dedicated hardware ray tracing.
These technologies are not cheap from a performance standpoint. Players should not expect Fatekeeper to run like a lightweight indie title. However, the game scales better than expected, especially if you avoid pushing every setting to Ultra without checking the actual visual gain.
One of the biggest positives is shader handling. Fatekeeper includes a pipeline state object compilation step during loading. In practice, this helps reduce the kind of shader compilation stutter that has affected many modern DirectX 12 and Unreal Engine 5 PC releases. During testing, the game did not suffer from constant traversal stutter or repeated shader-related hitching, which is a major advantage for overall smoothness.
That said, this is still an Early Access build. Performance, stability, graphical options, and visual polish may all change significantly before the final release. Some settings clearly need more work, and future patches could improve both image quality and frame rates.
Fatekeeper PC system requirements
The official PC system requirements are unusual because the minimum and recommended CPU and GPU specifications are almost identical. The main listed difference is memory capacity.
For the minimum specification, the game lists an Intel Core i7-10700K or AMD Ryzen 5 3600X, an NVIDIA GeForce RTX 3070 or AMD Radeon RX 6800 XT with 8 GB of VRAM, 16 GB of RAM, 45 GB of storage, Windows 10 or Windows 11 64-bit, and DirectX 12.
For the recommended specification, the CPU and GPU remain the same, but system memory increases to 32 GB of RAM. Storage, operating system, and API requirements are unchanged.
These requirements are not especially helpful because they do not mention target resolution, frame rate, graphics preset, or whether upscaling is expected. Listing an RTX 3070 or RX 6800 XT as the baseline GPU also looks demanding, especially for an Early Access game. In real-world use, Fatekeeper can perform better than those requirements suggest, but the 8 GB VRAM recommendation should be taken seriously.
Because Fatekeeper uses high-quality assets, dense geometry, Lumen lighting, Nanite, and Virtual Shadow Maps, video memory usage can climb quickly, particularly at higher resolutions. Players with 8 GB GPUs may need to be careful with resolution, texture quality, and Ultra-level settings.
Testing setup and graphics comparison approach
For graphics setting comparisons, testing was performed on a high-end desktop PC using an Intel Core i7-14700K, 32 GB of DDR5-7000 memory, a 2 TB PCIe 4.0 NVMe SSD, an NVIDIA GeForce RTX 4090 with 24 GB of VRAM, and Windows 11 25H2. The system firmware, BIOS, operating system, and graphics drivers were fully updated before testing.
Graphics comparisons were carried out at 2560×1440 resolution using the Ultra preset. Unreal Engine 5’s Temporal Super Resolution was enabled with the screen percentage set to 100%, meaning the game was rendered at native internal resolution. This approach helps isolate the real performance and visual impact of each setting without introducing extra artifacts from lower internal resolutions.
Performance monitoring included GPU usage, real-time frame rate, frame pacing, frametime behavior, and dedicated GPU memory usage. This makes it easier to judge whether a setting is actually worth using or whether it costs too much performance for too little visual improvement.
A second, more realistic test system was also used for comparing Ultra settings against optimized settings. That laptop featured an Intel Core i7-12700H, 16 GB of DDR4-3200 memory, a 1 TB PCIe 4.0 NVMe SSD, an NVIDIA GeForce RTX 4060 Laptop GPU with 8 GB of VRAM, and Windows 11 25H2. This lower-power system gives a better idea of how Fatekeeper behaves on hardware closer to what many PC players may actually use.
Early graphics settings advice for Fatekeeper
Because Fatekeeper is still in Early Access, players should not assume that every graphics option works perfectly. If you are trying to improve performance, it is worth testing settings manually instead of blindly using the Ultra preset.
Ultra settings can look excellent, but they are not always efficient. In many Unreal Engine 5 games, the highest shadow, effects, foliage, and lighting settings often deliver small visual gains while consuming a large amount of GPU power. Fatekeeper appears to follow a similar pattern in some areas.
Players should also be cautious with HDR in the current build, as it may not function correctly. The MegaLights toggle also appears unreliable or inactive based on testing. If a setting does not seem to improve image quality, it is better to disable it or lower it until future updates clarify its purpose.
Temporal Super Resolution can be useful, especially for players on mid-range GPUs. Running at 100% screen percentage provides the cleanest native image, but reducing internal resolution through TSR may offer a major performance boost if frame rates are too low. This will be especially helpful for 1440p and 4K players.
Final thoughts on Fatekeeper’s PC performance
Fatekeeper is already a visually impressive Unreal Engine 5 RPG, and its performance is better than expected for a game still in Early Access. It uses demanding UE5 features such as Nanite, Lumen, and Virtual Shadow Maps, yet it avoids many of the worst performance problems seen in other modern PC releases.
The game is not fully polished. Some graphics settings need fixing, HDR support needs attention, and the system requirements could be clearer. Even so, Fatekeeper shows strong technical promise. Its shader precompilation helps reduce stutter, its world can look beautiful, and its performance can be surprisingly manageable with sensible settings.
For players interested in dark fantasy RPGs, first-person melee combat, and modern Unreal Engine 5 visuals, Fatekeeper is worth watching closely. If Paraglacial continues improving optimization, fixing broken options, and expanding content, this could become one of the more impressive fantasy RPGs on PC.Fatekeeper PC Performance Guide: Best Graphics Settings for Higher FPS and Better Visuals
Fatekeeper is currently in Early Access, but its Unreal Engine 5 foundation already gives the game a striking visual identity. With dense environments, atmospheric lighting, detailed shadows, and modern upscaling support, it can look impressive even before final optimization work is complete. The good news is that the game does not appear to be especially demanding on the CPU. The real performance challenge comes from the GPU.
In testing, Fatekeeper remained GPU-limited even at 720p using the Ultra preset with TSR set to only 30% internal resolution. That means most players with a modern 6-core processor from the last several years should be in good shape. If you are struggling with low frame rates, your graphics card is almost certainly the bottleneck, not your CPU.
For that reason, this guide focuses on the best Fatekeeper graphics settings to improve FPS while preserving the game’s visual quality.
Fatekeeper graphics menu overview
Fatekeeper includes a solid selection of graphics options, covering the usual settings such as view distance, anti-aliasing, shadows, global illumination, reflections, post-processing, and textures. One particularly useful feature is the built-in “Run Benchmark” option. This appears to test your system or GPU and then automatically choose suitable graphics settings for your PC.
That kind of feature is always welcome, especially in demanding Unreal Engine 5 games. If the recommendations are accurate, it can help players quickly find a good starting point without manually adjusting every option.
There are a couple of issues in the current Early Access build, though. HDR does not appear to function correctly right now, so players hoping for a proper high dynamic range experience may need to wait for a future update. The game also includes a MegaLights toggle, but it does not seem to produce a visible or measurable difference at the moment.
With those notes out of the way, here are the best Fatekeeper settings for a strong balance between performance and image quality.
Best optimized settings for Fatekeeper
View Distance Quality: Ultra
Anti-Aliasing Quality: Medium
Shadow Quality: High
Global Illumination Quality: High
Reflection Quality: High
PostProcess Quality: Ultra
Texture Quality: Ultra, although the setting currently appears to have little effect
These settings aim to keep Fatekeeper looking close to its Ultra presentation while reducing the most expensive GPU-heavy options.
View Distance Quality
Recommended setting: Ultra
View Distance Quality controls how far away distant objects and NPCs are rendered. In large open-world games, this setting can have a major impact on both visuals and performance because it affects object visibility, draw distance, and distant geometry.
In Fatekeeper, however, the difference is not significant enough to justify lowering it. The game does not appear to rely on massive city-scale draw distances or huge open-world visibility ranges, so keeping View Distance Quality at Ultra is a safe choice.
Dropping this setting does not provide enough extra performance to make the trade-off worthwhile. For the best visual stability and distant detail, leave it at Ultra.
Anti-Aliasing Quality
Recommended setting: Medium
Anti-Aliasing Quality affects the quality of Fatekeeper’s TSR implementation. TSR, or Temporal Super Resolution, is Unreal Engine 5’s upscaling and anti-aliasing solution. It plays an important role in image stability, sharpness, fine detail, and ghosting.
Medium is the best balance in the current build. Lower settings can make the image appear less stable and less refined, especially during movement. Higher settings may offer slightly improved presentation, but the performance cost is not always worth it.
Since Fatekeeper is already visually dense, Medium gives a good mix of clean image quality and better frame rates.
Shadow Quality
Recommended setting: High
Shadow Quality is one of the most important performance settings in Fatekeeper. It controls the quality, detail, and distance of the game’s Virtual Shadow Maps.
This was the most impactful graphics option during testing. Lowering Shadow Quality from Ultra to High can free up a meaningful amount of GPU performance while keeping most of the game’s shadow detail intact.
High still looks excellent. Shadows remain detailed, contact shadows still help objects feel grounded, and environments retain their depth and atmosphere. Ultra can look slightly cleaner in certain scenes, but the performance cost is too high for an optimized preset.
If you want more FPS in Fatekeeper, Shadow Quality should be one of the first settings you reduce from Ultra.
Global Illumination Quality
Recommended setting: High
Global Illumination Quality controls indirect lighting, which appears to use Software Lumen ray tracing. This setting is extremely important for Fatekeeper’s overall look.
The game relies heavily on bounced light, natural ambient shading, and indirect shadowing to create its fantasy atmosphere. Lowering this setting too much can make scenes look flat, dull, and less realistic.
High is the best option. It preserves the rich lighting that gives Fatekeeper much of its visual character while avoiding the heavier cost of Ultra.
The Low setting should be avoided in the current build. It appears to damage the lighting presentation heavily, and in testing it also reduced performance instead of improving it. Until that behavior is fixed, High is the safest and best choice.
Reflection Quality
Recommended setting: High
Reflection Quality adjusts Fatekeeper’s Lumen reflections. This setting affects reflective surfaces such as water, wet materials, metal, polished objects, and other shiny environmental details.
High is the recommended option because it keeps Lumen reflections active while avoiding the full cost of Ultra. Medium appears to disable Lumen reflections, which can make reflective surfaces look flatter and less convincing. Low also appears to be problematic in the current build and should be avoided.
Ultra may look slightly better in select scenes, but High delivers a much better balance for most players.
PostProcess Quality
Recommended setting: Ultra
PostProcess Quality controls effects such as bloom, tone mapping, color grading, vignette, and other screen-space presentation features.
This setting does not appear to have a major performance impact, so there is little reason to lower it. Keeping it at Ultra helps preserve the intended visual style of the game.
Some players may prefer to reduce post-processing effects like bloom or vignette for personal taste, but for an optimized graphics preset that keeps Fatekeeper looking as intended, Ultra is the best setting.
Texture Quality
Recommended setting: Ultra for now
Texture Quality should normally control texture resolution and VRAM usage. In Fatekeeper’s current Early Access build, however, this setting does not seem to make a noticeable difference.
Testing showed no major change in texture quality or dedicated GPU memory usage between Low, Medium, High, and Ultra. That suggests the setting may not be working correctly yet, or it may not be fully exposed in the current version of the game.
Because of that, lowering Texture Quality may not help players with limited VRAM right now. Based on current testing, Fatekeeper appears to need around 8 GB of VRAM for 1080p, around 10 GB for 1440p, and around 12 GB for 4K to maintain a comfortable experience.
Future updates, higher internal resolutions, and additional content could increase those requirements, so players with lower-VRAM GPUs may need to rely more heavily on upscaling and resolution adjustments.
Final thoughts
Fatekeeper performs well on modern CPUs, but it can be demanding on the GPU, especially with Unreal Engine 5 features such as Lumen lighting, Lumen reflections, Virtual Shadow Maps, and TSR. The best way to improve performance is to reduce the most expensive visual settings without damaging the game’s atmosphere.
For most players, the best optimized Fatekeeper settings are High shadows, High global illumination, High reflections, Medium anti-aliasing, Ultra view distance, Ultra post-processing, and Ultra textures for now.
This setup keeps the game looking close to Ultra while improving frame rates where it matters most. Since Fatekeeper is still in Early Access, future patches may change performance, fix broken settings, improve HDR, and make options like Texture Quality and MegaLights more meaningful. For now, these settings offer one of the best ways to enjoy Fatekeeper with strong visuals and smoother gameplay.Fatekeeper optimized graphics settings for higher FPS and strong visuals
Fatekeeper is shaping up to be one of the more visually striking Unreal Engine 5 games on PC. Its fantasy environments, dense geometry, atmospheric lighting, and modern rendering features give it a rich visual identity, but like many UE5 titles, the Ultra preset can be heavier than it needs to be.
The good news is that Fatekeeper can be optimized without destroying the game’s presentation. By lowering a few demanding settings and leaving others untouched, you can gain a major FPS boost while keeping most of the visual quality that makes the game stand out.
After testing the game’s graphics options, the biggest takeaway is simple: not every Ultra setting is worth using. Some settings cost performance with only a small visual improvement, while others barely affect FPS at all and can safely stay maxed out.
Texture Quality
Texture Quality should be left at Ultra for now if your GPU has enough VRAM.
In the current build, this setting does not appear to meaningfully change visual quality or VRAM usage. Because of that, lowering it does not bring a useful performance improvement. If a future update changes how this option behaves, it may become more important for GPUs with 8 GB of VRAM or lower-end graphics cards.
For now, Ultra is the best choice.
Recommended setting: Ultra, but monitor future patches
Effects Quality
Effects Quality controls the detail and complexity of GPU-driven visual effects, including particles, spell effects, environmental effects, and other visual flourishes.
Fatekeeper is not built around constant explosions, but its fantasy presentation benefits from clean and detailed effects. Magic, atmosphere, and environmental motion all help the world feel alive.
Ultra is not necessary here. High keeps most of the intended visual presentation while avoiding some extra GPU cost. If you are still struggling with performance after adjusting shadows, global illumination, reflections, and upscaling, then lowering Effects Quality further may help. However, it should not be the first option you reduce.
Recommended setting: High
Foliage Quality
Foliage Quality affects the density and detail of plants, grass, and other vegetation.
In many Unreal Engine 5 games, foliage can be very demanding because of overdraw, alpha-tested geometry, lighting, and shadowing. In Fatekeeper, however, the performance difference between quality levels is not significant enough to justify lowering it.
Since vegetation plays a major role in the game’s natural fantasy environments, Ultra is the best option. Lowering this setting does not currently provide a meaningful FPS boost, so it is better to keep the visual richness intact.
Recommended setting: Ultra
Shading Quality
Shading Quality changes the complexity of the game’s lighting and material shading.
Ultra performs slightly worse than High, but the visual difference during normal gameplay is very small. High, Medium, and Low also perform quite similarly, which means dropping below High does not bring much additional benefit.
Because of this, High is the best optimized choice. It avoids the small performance hit of Ultra while keeping the game looking nearly identical in most scenes.
Recommended setting: High
Landscape Quality
Landscape Quality controls terrain detail, distant geometry, and large-scale environmental fidelity.
In testing, this setting did not produce a noticeable visual or performance difference. Since terrain and large environments are important to Fatekeeper’s look, there is little reason to reduce this option from Ultra.
At least in the current build, Landscape Quality is not an effective performance-saving setting.
Recommended setting: Ultra
Best optimized graphics settings for Fatekeeper
These settings are designed to improve FPS while preserving the game’s core visual style:
Anti-Aliasing / Upscaling: TSR, with Screen Percentage adjusted based on your GPU performance
View Distance Quality: Ultra
Anti-Aliasing Quality: Medium
Shadow Quality: High
Global Illumination Quality: High
Reflection Quality: High
Post-Process Quality: Ultra
Texture Quality: Ultra for now, but keep an eye on future patches
Effects Quality: High
Foliage Quality: Ultra
Shading Quality: High
Landscape Quality: Ultra
MegaLights: Leave unchanged for now, as the toggle does not appear to work properly
These optimized Fatekeeper PC settings focus on reducing expensive Ultra-level options that do not deliver enough visual improvement to justify their performance cost. The most important changes are Shadow Quality, Global Illumination Quality, Reflection Quality, Anti-Aliasing Quality, Effects Quality, and Shading Quality.
If you still need more FPS after applying these settings, the next best step is to lower internal resolution through TSR. If you have an RTX graphics card, DLSS Super Resolution is also worth using. This is usually a better approach than aggressively lowering lighting and reflections, because Fatekeeper’s atmosphere depends heavily on Lumen global illumination, Lumen reflections, Virtual Shadow Maps, and Nanite geometry.
Players with high refresh rate monitors may also benefit from frame generation, as long as the base frame rate is already stable. If you can maintain around 50 to 60 FPS before frame generation, enabling it can make the game feel much smoother.
Ultra preset vs optimized settings
To measure the benefit of these optimized settings, the Ultra preset was compared against the optimized configuration in a GPU-limited test scene. The results showed a major performance improvement.
Ultra Preset:
Average FPS: 42
1% Low FPS: 27
0.1% Low FPS: 24
Optimized Settings:
Average FPS: 65
1% Low FPS: 41
0.1% Low FPS: 36
Performance improvement:
Average FPS: 55% higher
1% lows: 52% higher
0.1% lows: 50% higher
That is a substantial uplift, especially because the visual downgrade is not severe during normal gameplay. This is exactly what good PC optimization should achieve. The goal is not to make the game look dramatically worse just to chase higher frame rates. The goal is to identify which graphics settings are worth keeping and which ones are wasting GPU resources.
In Fatekeeper, several settings can safely be lowered from Ultra to High or Medium, while others should remain maxed out because they do not meaningfully affect performance.
Final thoughts
Fatekeeper is an impressive Unreal Engine 5 game with strong visuals and better performance than many players might expect from such an ambitious-looking title. It has beautiful environments, excellent atmosphere, and a rendering setup that makes good use of modern PC hardware.
That said, the PC version still needs work. HDR does not appear to function properly in the tested build, the MegaLights toggle seems non-functional, and some graphics settings do not scale as expected. These issues should be addressed as the game continues through Early Access.
Even with those problems, the foundation is promising. Shader compilation appears to be handled well, CPU performance is strong, and the game is mostly GPU-limited even on weaker systems. That makes Fatekeeper easier to tune than many recent UE5 releases, because players can focus on graphics settings that actually matter instead of fighting major CPU bottlenecks or constant shader stutter.
With the optimized graphics settings listed above, Fatekeeper can deliver a much smoother PC experience while keeping most of its visual identity intact. If future updates improve broken settings, refine performance, and expand the game’s content, Fatekeeper could become one of the most exciting Unreal Engine 5 fantasy games to watch.
