007 First Light PC Performance Guide: Best Settings, Visuals, and What to Expect
007 First Light is one of the more fascinating PC releases of 2026. At its best, IO Interactive’s James Bond origin story can look stylish, cinematic, and genuinely impressive, especially in scenes built around dramatic lighting, polished character models, sharp animation, reflective materials, and carefully framed indoor environments.
At the same time, the PC version is not without problems. Several graphics settings offer surprisingly little performance scaling, some temporal reconstruction options behave inconsistently, and large explosions can cause dramatic frame rate drops. For players trying to find the right balance between image quality and smooth performance, 007 First Light can be a little frustrating.
This guide breaks down what you need to know about the PC version, including gameplay style, technical features, performance behavior, system requirements, upscaling support, and the settings that are most worth adjusting.
007 First Light gameplay and technical overview
Released on May 27, 2026, for PC, PlayStation 5, and Xbox Series X|S, 007 First Light is a third-person narrative action-adventure game developed and published by IO Interactive. Rather than simply copying the structure of the studio’s previous stealth-sandbox games, this new Bond adventure takes a more cinematic approach.
The game follows a younger James Bond as he is recruited into MI6 and begins his journey toward becoming a 00 agent. That setup gives the game room to mix espionage, action, stealth, gadgets, car sequences, hand-to-hand combat, and scripted cinematic moments.
While 007 First Light is not as open-ended or systemic as IO Interactive’s previous stealth games, it still carries plenty of the studio’s design DNA. Players can observe guard routes, sneak through restricted areas, use disguises, manipulate enemies, and decide whether to approach certain scenarios quietly or aggressively. It is a more directed experience, but it still gives players room to experiment.
The game runs on IO Interactive’s Glacier Engine, which has been upgraded significantly for this release. The most important technical improvements include real-time software ray-traced global illumination, better asset streaming, improved volumetric rendering, and more ambitious cinematic presentation.
When everything comes together, 007 First Light can look excellent. Character rendering is one of its biggest strengths. Facial detail, clothing materials, skin shading, and animation quality often stand out, especially during close-up story sequences. Indoor lighting can also look rich and atmospheric, helping sell the high-end spy thriller tone.
However, the visuals are not equally impressive everywhere. Some outdoor environments look less advanced compared to the best modern PC games, and texture quality can be inconsistent. Certain assets appear surprisingly low quality at times, which may be related to texture streaming issues rather than the texture setting alone.
The biggest PC performance problem: explosions
The most noticeable technical issue in 007 First Light is the huge performance drop that can happen during large explosions. In some scenes, frame rates can fall to less than half of their previous level, which is a major problem during action-heavy moments.
These drops appear to be heavily GPU-related, likely because of dense volumetric smoke, alpha transparency effects, and expensive explosion rendering. Since these scenes often arrive during fast-paced action sequences, the sudden loss of smoothness is hard to ignore.
This is one of the main reasons players should be careful with the game’s most demanding visual settings. Even if average performance seems strong, explosion-heavy scenes may still expose the limits of your GPU.
PC system requirements and what they really mean
007 First Light is not extremely demanding at the low end, but its higher-end requirements are more serious. The developer’s recommended tiers point to 12 GB of VRAM for 1440p and 16 GB of VRAM for 4K, which makes sense given the game’s large environments, asset quality, high-resolution rendering targets, and heavy lighting features.
The Ultra performance target should be viewed carefully. The 4K 200+ FPS tier listed with a high-end RTX 5080 is clearly not based on native 4K rendering alone. That kind of performance depends on DLSS 4.5, Super Resolution upscaling, and Multi Frame Generation.
Frame generation can be extremely useful when your base frame rate is already good, but it should not be confused with true native performance. If your game is already running poorly before frame generation is enabled, generated frames will not fully solve responsiveness or stutter issues.
Upscaling and frame generation support
The PC version of 007 First Light includes several modern NVIDIA features, including DLSS Super Resolution, DLSS Frame Generation, DLSS Multi Frame Generation, DLAA, and NVIDIA Reflex Low Latency.
AMD FSR 3.1 upscaling is also supported, but FSR Frame Generation is not included. Other low-latency and upscaling alternatives are also missing, which is disappointing because modern reconstruction and frame generation techniques generally rely on similar engine data.
For players using supported NVIDIA hardware, DLSS is currently the strongest option. DLAA can also improve image quality if you have enough performance headroom, while DLSS Super Resolution is useful for gaining extra frames at 1440p or 4K.
One important issue is that the game’s temporal reconstruction behavior can be inconsistent. Native TAA is always active through the in-game menu, and players cannot simply disable it. This means image clarity depends heavily on how the game handles motion, sharpening, and reconstruction.
HDR issue to watch for
One known issue affects HDR. The game may disable HDR every time it is restarted, forcing players to turn it back on manually after each launch. If you are playing on an HDR display and the image suddenly looks flatter than expected, check the HDR setting first.
Hopefully, this is fixed in a future update.
Upcoming path tracing update
007 First Light is expected to receive a path tracing update later in summer 2026. This update is planned to add path tracing and DLSS Ray Reconstruction.
That could significantly improve lighting, reflections, and overall realism, especially in indoor scenes where the game already looks strong. However, path tracing will almost certainly be very demanding, so players should expect to rely on upscaling and frame generation if they want high frame rates with the feature enabled.
Best graphics settings strategy for 007 First Light
Because many graphics settings in 007 First Light do not scale well, optimization is not as straightforward as simply lowering everything from Ultra to High. Some settings may barely improve performance when reduced, while others may have a more noticeable impact in heavy scenes.
The best approach is to preserve the settings that define the game’s visual identity while lowering the options most likely to affect GPU-heavy moments.
Character quality, lighting quality, and material quality are worth keeping high if your system can handle them. These are some of the strongest parts of the game’s presentation, and reducing them may hurt the cinematic look more than it helps performance.
Volumetric effects and heavy post-processing options are better candidates for reduction. Since large explosions and smoke-heavy scenes are among the biggest performance problems, lowering volumetric-related settings may help reduce the severity of sudden drops.
Texture quality should be adjusted based on your available VRAM. If you have 12 GB or more, higher texture settings at 1440p should generally be reasonable. For 4K, 16 GB of VRAM is a safer target. If you notice blurry textures, delayed loading, or inconsistent asset detail, the issue may not be fully solved by changing the texture setting, as streaming behavior appears to play a role.
Post effects such as motion blur, full screen blur, and film grain can be disabled based on preference. These options have little impact on performance, but turning them off can make the image cleaner and make it easier to spot enemies and environmental detail.
Recommended optimized settings
For most players targeting a good balance between visuals and performance, start with the Ultra preset, then make selective changes rather than lowering everything at once.
Keep character quality high or ultra.
Keep lighting high if performance allows.
Keep material and reflection quality high when possible.
Use DLSS Super Resolution or FSR 3.1 at 1440p or 4K if native performance is not stable.
Use DLAA only if you already have enough performance headroom.
Lower volumetric effects if explosions or smoke-heavy scenes cause major drops.
Disable motion blur, full screen blur, and film grain if you prefer a cleaner image.
Match texture quality to your VRAM capacity.
Enable NVIDIA Reflex if supported to reduce latency.
Use frame generation only when your base frame rate is already smooth.
This setup should help keep the game looking close to its best while reducing the impact of the most demanding scenes.
CPU performance expectations
007 First Light can place stress on the CPU in NPC-heavy areas, especially during scenes with many guards, civilians, AI routines, and scripted events. However, the most severe drops described in testing appear to be tied more to GPU-heavy effects, particularly explosions and volumetric smoke.
A modern mid-range or high-end CPU should be enough for a good experience, but players with older processors may see dips in crowded areas or during complex action scenes. As always, pairing a strong CPU with fast memory and an SSD will help reduce stutter and improve overall consistency.
Final thoughts
007 First Light is an ambitious PC release with a strong cinematic identity. Its best scenes deliver excellent character rendering, stylish lighting, slick animation, and the kind of polished spy-thriller presentation fans expect from a modern James Bond game.
However, the PC version needs more refinement. The limited usefulness of some graphics settings, inconsistent reconstruction behavior, HDR reset issue, texture streaming oddities, and severe explosion-related frame drops all hold it back from being a truly polished PC port.
For now, the best experience comes from using a careful optimized settings setup instead of blindly choosing Ultra. Keep the game’s strongest visual features intact, reduce the settings most likely to hurt performance, and use upscaling wisely at higher resolutions.
With future patches and the planned path tracing update, 007 First Light could become an even more impressive PC showcase. At launch, though, it is a visually stylish but technically uneven game that rewards players who take the time to tune their settings.007 First Light PC Performance Test: Best Graphics Settings, CPU Benchmark, DLSS, FSR 3.1, and Optimization Tips
007 First Light can be surprisingly demanding on PC, especially if you are chasing smooth high-refresh-rate gameplay rather than simply targeting a 60 FPS average. Based on testing with an NVIDIA GeForce RTX 4060 Laptop GPU on Windows 11 25H2, with all firmware, BIOS, operating system updates, and graphics drivers fully updated, the game shows a clear need for careful graphics tuning.
The main graphics comparison was tested at 1920×1080 using native resolution with the game’s built-in TAA and no temporal upscaling. For the CPU benchmark, the game was tested at 1080p with Ultra settings and FSR 3.1 set to Performance mode to reduce the GPU bottleneck as much as possible.
The result is a useful look at how 007 First Light behaves on PC, which settings matter most, and what players should adjust first for the best balance between image quality and performance.
CPU performance in 007 First Light
Before diving into graphics settings, the first step was a CPU benchmark using CapFrameX. The test scene was taken from the “All the Time in the World” mission in Slovakia, inside the Grand Carpathian Hotel. This area was chosen because it is much more CPU-heavy than a simple hallway or empty outdoor scene.
The hotel is packed with NPCs, detailed interiors, dense geometry, props, and asset streaming activity. Since Bond is searching for the suspicious blond bellhop in this section, the environment is busy and active, making it a strong real-world CPU test.
In this scene, 007 First Light makes good use of the CPU threads available on the laptop test system. The game appears to scale well across individual hardware threads, but the results suggest that raw core count is not the only important factor. CPU clock speeds, cache performance, and system memory speed may play a bigger role than simply having more cores, assuming the processor is not extremely old.
The benchmark showed that 007 First Light can hit the CPU hard. The average frame rate only just cleared the 60 FPS mark, but the 1% lows and 0.1% lows were much weaker. More importantly, frame pacing was uneven, which means the game did not always feel as smooth as the average FPS number suggested.
In practice, this resulted in noticeable spikes in frame times and display times. So while the average performance may look acceptable on paper, the actual gameplay experience can feel inconsistent in demanding areas.
The takeaway is simple: 007 First Light needs a strong CPU if you want consistently smooth performance, especially at high refresh rates. Even if your GPU is powerful, your processor may still become the limiting factor in busy scenes with lots of NPCs, geometry, and streaming activity.
Graphics settings overview
007 First Light offers a decent number of graphics options, but the graphics menu itself could be much better. Adjusting settings through drop-down menus feels slower than it should, and there is no live preview window to show what each setting changes visually.
The game does include a VRAM meter, which is useful, especially for players using 8 GB graphics cards. However, the menu would be more helpful if it also displayed details such as the CPU model, GPU model, driver version, real-time frame rate, GPU frame time, and CPU frame time.
Another major downside is the lack of graphics presets. There are no simple Low, Medium, High, or Ultra presets to quickly compare performance and quality. Players must adjust each setting manually, which becomes frustrating because several options have very little visible or performance impact.
For PC players who enjoy fine-tuning games, this is manageable. For everyone else, it makes optimization more tedious than necessary.
Anti-aliasing and upscaling
007 First Light supports several image reconstruction and anti-aliasing options, including the game’s built-in TAA, DLSS Super Resolution, DLAA, and FSR 3.1 Upscaling.
The built-in TAA is acceptable, but it is not the sharpest or most stable temporal anti-aliasing solution available. It handles the basics, but compared with stronger modern reconstruction methods, the image can look a little soft and less stable in motion.
For NVIDIA GeForce RTX users with enough performance headroom, DLAA is the best option for image quality. It renders at native resolution while using NVIDIA’s AI-based anti-aliasing, producing a cleaner and more stable image than the default TAA.
DLSS Super Resolution is also available, but its performance gains were surprisingly limited during testing. At 1440p Ultra settings, switching from native TAA to DLSS Quality mode only improved performance by around 6% in one tested scene. That is much smaller than what many players would expect from DLSS in a modern PC game.
FSR 3.1 Upscaling produced a much larger performance boost. In the same type of test, FSR 3.1 Quality mode improved performance by roughly 35%, which is closer to the scaling typically expected from temporal upscaling. However, FSR 3.1 also comes with more visible image quality compromises, especially during motion.
There are also some missing options. FSR Native AA is not available, FSR Ultra Performance mode is not included, and FSR Frame Generation is not present. Intel XeSS is also missing, which is disappointing for Intel Arc GPU users.
Best recommendation for anti-aliasing and upscaling:
Use DLAA if you have an RTX GPU and enough performance headroom.
Use DLSS Quality or Balanced if you need extra performance on an RTX GPU.
Use FSR 3.1 only if you need more performance on a non-RTX GPU or if DLSS is not available.
Use the built-in TAA if you want native rendering and do not have access to DLAA.
Texture Quality
Texture Quality controls the size and quality of the textures used throughout the game. This setting mainly affects VRAM usage rather than raw GPU performance, although lowering it may also help systems with limited memory bandwidth or slower storage.
At 1440p, Ultra textures can require more than 10 GB of VRAM. High, Medium, and Low settings appear to need at least around 8 GB of VRAM in many cases. At 4K, VRAM demands will be even higher. At 1080p, players can get away with less, especially if they are using upscaling.
Temporal upscaling can also reduce VRAM usage because the game is rendered internally at a lower resolution before being reconstructed to the output resolution.
One issue is that 007 First Light can still show some poor texture presentation in certain scenes, even when Texture Quality is set to Ultra. This suggests the problem may not be caused only by the texture quality setting. It could be related to texture streaming behavior within the engine.
Best recommendation for Texture Quality:
Use Ultra if your GPU has 10 GB of VRAM or more.
Use High or Medium if your GPU has 8 GB of VRAM, especially at 1440p.
At 1080p, 8 GB GPUs should generally be more comfortable, but High or Medium may still be safer for smoother streaming.
Texture Filter
Texture Filter controls anisotropic filtering, which affects how clear textures look when viewed at an angle. This is especially noticeable on floors, roads, walls, terrain, and other slanted surfaces.
In testing, 16x anisotropic filtering had a negligible performance cost. Since the visual improvement is worthwhile and the performance hit is tiny, this setting should be maxed out on most modern GPUs.
Best recommendation for Texture Filter:
Use Anisotropic 16x.
Level of Detail
Level of Detail controls the quality and draw distance of objects, models, and environmental assets. In many PC games, this can be an important performance setting, especially in large outdoor areas with lots of visible geometry.
In 007 First Light, however, lowering Level of Detail did not provide enough extra performance to justify the loss in visual quality. The game’s outdoor environments do not always look cutting-edge to begin with, so reducing distant object quality can make some scenes feel less impressive.
Keeping Level of Detail at Ultra helps preserve the overall density and presentation of the world without causing a major performance penalty in the tested scenarios.
Best recommendation for Level of Detail:
Use Ultra unless you are extremely CPU-limited or need every possible frame.
Overall performance impressions
007 First Light is not just a GPU-heavy game. It can also be very demanding on the CPU, particularly in dense areas with many NPCs, interior details, and asset streaming. This means that players with strong graphics cards may still experience uneven performance if their CPU or memory subsystem cannot keep up.
The average frame rate does not tell the whole story. Smooth gameplay depends heavily on 1% lows, 0.1% lows, and frame pacing. In this test, the game showed noticeable frame-time spikes, making performance feel less consistent than the average FPS number suggested.
For players using an RTX 4060 Laptop GPU or similar hardware, careful settings optimization is important. Texture settings should be matched to available VRAM, DLAA or DLSS should be used when appropriate, and FSR 3.1 can be a useful performance booster for non-RTX GPUs.
Best optimized settings for 007 First Light
For a good balance between visuals and performance, these are the recommended settings based on the tested options:
Anti-aliasing: DLAA for best image quality on RTX GPUs
Upscaling: DLSS Quality or Balanced for RTX users who need more FPS
Upscaling for non-RTX GPUs: FSR 3.1 Quality or Balanced if performance is needed
Texture Quality: Ultra for 10 GB VRAM or higher, High or Medium for 8 GB GPUs
Texture Filter: Anisotropic 16x
Level of Detail: Ultra
Resolution: Native 1080p or 1440p depending on GPU power, with upscaling if needed
Final thoughts
007 First Light can look good on PC, but it needs better graphics menu design and stronger preset support. The lack of basic graphics presets makes tuning more time-consuming than it should be, and the upscaling options feel uneven. DLAA is a strong choice for image quality, but DLSS performance scaling is smaller than expected, while FSR 3.1 offers bigger gains with more visible image compromises.
The biggest surprise is how demanding the game can be on the CPU. If you want smooth high-refresh-rate gameplay, a fast processor, strong memory performance, and stable frame pacing matter just as much as GPU horsepower.
For the best experience, players should not simply push every setting to Ultra without checking VRAM usage and frame-time consistency. With the right adjustments, 007 First Light can deliver a much smoother and more enjoyable PC experience.007 First Light Best PC Graphics Settings for Better FPS and Visual Quality
007 First Light is a visually stylish PC game with strong cinematic presentation, sharp indoor lighting, impressive character rendering, and plenty of atmospheric effects. However, it is also a game with uneven performance and limited graphics scalability. Many settings do not improve frame rates as much as players might expect, which makes choosing the right options more important.
If you want the best balance between image quality and performance, the goal is not to simply turn everything down. In 007 First Light, several settings are worth keeping at Ultra because lowering them barely improves FPS while noticeably reducing visual quality. Only a few options provide a meaningful performance benefit.
Below is a practical optimized graphics settings guide for 007 First Light on PC, designed to preserve the game’s cinematic look while gaining a small but useful performance boost.
Texture Quality
Texture Quality should be selected based on your GPU’s VRAM capacity. This setting has a major impact on memory usage but does not always provide a large FPS improvement unless your graphics card is running out of VRAM.
If you have enough video memory, Ultra is the best option because it keeps surfaces, character details, environments, and materials looking their sharpest. However, Ultra can require more than 10 GB of VRAM at 1440p. For GPUs with 8 GB of VRAM, High, Medium, or Low may be safer choices depending on your resolution and whether you use upscaling.
At 1080p, players have more flexibility. At 4K, VRAM demand will be significantly higher. Using DLSS or FSR upscaling can also help reduce memory pressure.
Recommendation: Ultra if you have enough VRAM; lower it if your GPU has 8 GB or less
Texture Filtering
Texture filtering improves the clarity of surfaces viewed at an angle, such as floors, roads, walls, and distant terrain. Anisotropic 16x usually has a very small performance cost on modern GPUs, so there is little reason to lower it.
Keeping this setting at the highest value helps maintain a clean and detailed image, especially in large environments and polished indoor scenes.
Recommendation: Anisotropic 16x
Level of Detail
Level of Detail controls how detailed objects and scenery remain at a distance. Lowering this setting can reduce object density and increase visible pop-in, which can make the game feel less polished.
In 007 First Light, the performance gain from reducing Level of Detail is not strong enough to justify the visual downgrade. Keeping it at Ultra helps preserve the game’s presentation and reduces distracting changes as you move through environments.
Recommendation: Ultra
Terrain Quality
Terrain Quality affects the resolution of the game’s terrain virtual texturing. This mostly influences terrain detail and VRAM usage rather than delivering a major FPS increase.
Lowering Terrain Quality may help in some memory-limited situations, but on GPUs with enough VRAM, it is not worth the visual compromise. Since the performance improvement is limited, Ultra remains the best choice for most mid-range and high-end systems.
Recommendation: Ultra
Shadow Quality
Shadow Quality controls the quality and resolution of static and dynamic shadow maps. This is one of the few settings in 007 First Light that is actually worth lowering.
Ultra shadows can look cleaner, but the difference between Ultra and Medium is not dramatic during regular gameplay. Medium keeps most of the game’s shadow detail intact while freeing up some GPU performance.
If you are trying to improve FPS without damaging the overall look of the game, Shadow Quality is one of the first settings you should adjust.
Recommendation: Medium
Volumetric Fog Quality
Volumetric Fog Quality affects atmospheric rendering, fog density, fog stability, and the quality of light shafts in scenes with heavy lighting effects.
007 First Light uses fog and atmosphere to support its cinematic style, so turning this setting down too far can hurt the mood of certain scenes. However, Medium offers a strong balance. The game keeps most of its atmospheric depth, while the GPU load is reduced enough to make this a worthwhile optimized setting.
Recommendation: Medium
Volumetric Effects Quality
Volumetric Effects Quality controls smoke and other particle-heavy effects. Since 007 First Light can suffer from serious performance drops during large explosions, this setting might seem like an obvious one to lower.
Unfortunately, reducing Volumetric Effects Quality does not appear to solve the biggest explosion-related performance issues. The slowdowns seem to come from deeper engine or rendering limitations rather than this setting alone.
Because lowering it does not provide a strong enough improvement in normal gameplay, it is better to keep Volumetric Effects Quality at Ultra. Smoke, particles, and cinematic effects are a major part of the game’s visual identity.
Recommendation: Ultra
Global Illumination Quality
Global Illumination Quality controls indirect lighting, including screen-space and probe-based lighting systems. In 007 First Light, this helps light bounce naturally across rooms, characters, and objects.
The effect can look especially good indoors, where indirect lighting helps ground the scene and makes environments feel more believable. However, the system is not flawless. Like many screen-space solutions, it can behave differently depending on camera position and what is visible on screen.
Lowering Global Illumination Quality can reduce lighting richness and stability, but it does not appear to offer a meaningful FPS improvement. For that reason, Ultra is the better option.
Recommendation: Ultra
Reflection Quality
Reflection Quality controls screen-space ray-casted reflections. These reflections can look convincing when the required visual information is available on screen, but they can disappear or break when reflected objects move outside the camera view.
Even with those limitations, reflections are important to the look of 007 First Light. The game often uses polished floors, shiny surfaces, glass, and cinematic lighting. Lowering Reflection Quality can noticeably reduce the visual impact in these areas, while the performance gain is limited.
Recommendation: Ultra
Post Effects
Post Effects are mostly a matter of personal preference. Some players prefer a more cinematic image with effects enabled, while others prefer a cleaner and sharper presentation.
For testing and maximum clarity, disabling certain post-processing effects can make the image easier to evaluate. For normal gameplay, choose the option that looks best to you.
Recommendation: Personal preference
Anti-Aliasing and Upscaling
For GeForce RTX users, DLAA or DLSS Super Resolution is generally the best choice for image quality. DLAA is ideal if you have enough performance headroom and want the cleanest image. DLSS Super Resolution can help improve performance, although in 007 First Light the FPS gains may be smaller than expected.
FSR 3.1 can provide better performance scaling in some cases, especially on non-RTX GPUs, but its image quality is weaker compared to DLSS in this game. If you are prioritizing visuals, DLSS is the better option. If you are strictly chasing FPS on non-RTX hardware, FSR may be worth testing.
Recommendation: DLAA or DLSS Super Resolution for RTX GPUs; FSR 3.1 only if needed
Best Optimized Graphics Settings for 007 First Light
Texture Quality: Depends on VRAM capacity
Texture Filtering: Anisotropic 16x
Level of Detail: Ultra
Terrain Quality: Ultra
Shadow Quality: Medium
Volumetric Fog Quality: Medium
Volumetric Effects Quality: Ultra
Global Illumination Quality: Ultra
Reflection Quality: Ultra
Post Effects: Personal preference
Anti-Aliasing/Upscaling: DLAA or DLSS Super Resolution for RTX GPUs; FSR 3.1 if needed on non-RTX GPUs
Performance Results
Using optimized settings instead of full Ultra settings provides a modest improvement, but not a dramatic one. In testing at 1080p native resolution on a laptop system, the results were:
Ultra graphics settings:
Average FPS: 47
1% lows: 31
0.1% lows: 26
Optimized graphics settings:
Average FPS: 51
1% lows: 33
0.1% lows: 24
Performance improvement:
Average FPS: 9% higher
1% lows: 6% higher
0.1% lows: 8% lower
The average frame rate improvement is useful, but the overall gain is smaller than expected. The lower 0.1% lows are also disappointing, especially because this behavior was repeatable across multiple runs.
This highlights one of the biggest issues with 007 First Light on PC: the graphics settings do not scale well. Many settings barely affect performance, even when lowered. A well-optimized PC game should allow weaker systems to gain meaningful FPS by reducing settings, while also giving powerful systems room to push visuals further. 007 First Light currently falls short in that area.
Important PC Settings Notes
There are a few extra things PC players should know.
First, the HDR setting may turn itself off after restarting the game. If you use HDR, check the option every time you launch the game and re-enable it if necessary. This is an annoying issue that should be addressed in a future update.
Second, players should manually test DLSS and FSR rather than assuming they behave the same way they do in other games. DLSS Super Resolution offers much better image quality, but its performance gains are unusually limited in this title. FSR 3.1 may scale better for performance, but the image is not as clean.
Third, large explosions can still cause major performance drops. Lowering volumetric effects does not fully fix this problem, so the issue likely needs deeper optimization from the developer.
Final Thoughts
007 First Light is a mixed PC release. It is not broken, and it can run reasonably well in many scenes, but it has clear problems. Poor graphics settings scalability, HDR bugs, limited upscaling behavior, awkward graphics options, and heavy performance drops during explosions all hold it back.
Visually, the game can look excellent in the right conditions. Indoor scenes, character rendering, lighting, animation, and cinematic moments often look strong. However, outdoor environments can be less impressive, and some texture quality issues can stand out.
The optimized settings above provide a better balance than simply using Ultra across the board, but the performance gain is only modest. A 9% boost to average FPS is helpful, yet it also shows how limited the game’s current tuning range is.
For now, the best approach is to lower Shadow Quality and Volumetric Fog Quality to Medium while keeping most other major visual settings at Ultra. This keeps 007 First Light looking close to its best while recovering some performance. Future updates will hopefully improve optimization, HDR behavior, and overall PC scalability.
