Start Arma Reforger at your monitor’s native resolution with a 100% render scale. If performance is low, reduce view distance and shadows first, then use FSR 1.0 in measured steps. Keep textures and filtering high when your VRAM allows it, and determine whether the remaining limit is your GPU, CPU, or the game simulation before lowering every setting. On PS5, Fidelity targets 30 FPS with better image quality, while Performance lowers visual settings and resolution to target 60 FPS.
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The best starting point for Arma Reforger
There is no single universal “best” preset for Reforger. A large multiplayer mission, heavy weather, extensive mod scripting, and a crowded server can stress the processor and simulation even when the graphics card is not fully loaded. The reliable approach is to establish a clear baseline, change one group of settings at a time, and watch whether frame rate actually changes.
- Use the display’s native resolution and a 100% render scale as your image-quality baseline.
- If the GPU is limiting performance, test FSR 1.0 at Quality (67%), then Balanced (59%), and finally Performance (50%).
- For a low frame rate, lower view distance and shadows before making broad reductions elsewhere; this is Bohemia Interactive’s support recommendation.
- Keep texture detail and texture filtering higher than resolution-related settings when available VRAM is sufficient.
- Set an FPS cap close to the frame rate your system can sustain. Use V-Sync only if tearing is distracting and the added input latency is acceptable.
These are starting points rather than guaranteed results. The game’s workload changes with map activity, mission scripting, weather, lighting, player count, mods, and patches.
#1 Best Overall
- QHD Resolution (2560 x 1440) has 1.7 times the pixel density of Full HD for incredibly detailed pinsharp images
- HDR10 provides brighter highlights and nuanced shadow for added depth - making every scene feel more vivid and realistic
- The 180Hz refresh rate minimizes lag for gameplay with ultra-smooth action. Plus, the 1ms response time helps capture your moves in real-time, allowing you to react fast for gaming precision
- AMD FreeSync reduces choppiness, screen lag and image tearing, ensuring that your fast-paced, complex in-game action is stable with minimal stutter
- Ergonomic stand allows for tilt, pivot and height adjustments to maximize gaming comfort
Set a clean PC baseline before changing quality
Resolution and render scale
Open the video settings and select your monitor’s native resolution with the render scale at 100%. Bohemia’s Video Settings reference warns that lowering the rendered resolution can improve performance drastically but causes a very large loss in image quality. A native 1440p or 4K image at 100% therefore remains the preferred starting point whenever the GPU can maintain your target frame rate.
Render scale changes the number of pixels the game actually draws. It is not the same as changing the desktop resolution: the interface may remain readable while the 3D scene becomes softer, and distant objects can lose the clarity that matters in a tactical shooter. Treat a lower scale as a controlled compromise, not as an automatic optimization.
FSR 1.0: use the documented steps
FSR 1.0 is useful when the graphics card is the limiting component. Leave it disabled if native resolution already delivers the frame rate you want. When the GPU is overloaded, test the scales shown in the game’s diagnostic menu:
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1Fix the driver behind crashes, sound loss and screen glitches2Clear out junk files and repair common Windows errors3Scan for outdated or missing drivers - takes under a minute| FSR 1.0 mode | Render scale | How to use it | Image-quality trade-off |
|---|---|---|---|
| Ultra Quality | 77% | Optional first reduction when you need only a small amount of headroom. | Slightly softer than native; the diagnostic reference lists the scale but does not promise a fixed FPS gain. |
| Quality | 67% | First recommended step when native rendering is too demanding. | Visible softening is possible, especially on distant geometry. |
| Balanced | 59% | Use when Quality does not recover enough GPU headroom. | More softness and shimmer risk than Quality. |
| Performance | 50% | Last of the documented diagnostic steps before considering a larger resolution compromise. | Strongest loss of fine detail among these modes. |
The percentages are render scales, not universal performance percentages. A scene that is CPU-bound may show little or no improvement when you move from native rendering to FSR Performance. If that happens, return to the clearest scale that your GPU can sustain and investigate processor or simulation limits instead.
Lower settings in the order that usually helps most
1. View distance
View or draw distance controls how far the engine keeps objects and terrain detail active. It can affect both GPU work and CPU work, and it also changes tactical visibility. Make small reductions rather than jumping straight to the minimum. After each change, revisit the same short scene or route and compare the frame-rate average and lows. If the number barely moves while the scene remains busy, the limitation may be on the CPU or simulation side.
2. Shadows
Shadow quality and shadow distance can be expensive in scenes with many lights, trees, buildings, and moving objects. Lower shadows before reducing every other quality option. Keep enough shadow detail to read cover and terrain; an excessively low value can make the scene flatter and make movement in foliage harder to judge.
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3. Environment quality
Environment quality affects volumetric clouds, sky rendering, fog, cascade shadows, and rain quality. Lower it when cloud layers, heavy fog, or rain coincide with frame-time spikes. Because this setting combines several effects, it can produce a noticeable visual change even when the gain is modest. Test it in the weather conditions that actually cause your slowdown.
4. Texture detail and texture filtering
Textures primarily consume video memory and affect surface clarity. If your graphics card has sufficient VRAM and you are not seeing texture-streaming problems, retain higher texture detail while lowering more expensive distance and shadow options. Texture filtering improves the appearance of surfaces viewed at an angle; reducing it often makes roads, ground, and building materials look blurry without addressing a processor bottleneck.
If you experience hitching, late-loading surfaces, or driver memory warnings, lower texture detail one step and retest. Do not use a low texture setting as a reflexive FPS fix when memory is not the issue.
5. Anti-aliasing and depth of field
The video menu provides FXAA and SMAA anti-aliasing choices, along with None, Simple, and Bokeh depth of field. Choose the least expensive combination that removes the shimmer or blur you find distracting. There is no universal ranking that is best for every GPU, resolution, or personal preference. Compare the same foliage, fence lines, and weapon sights while standing still, then check motion in a short run.
6. FPS limit and V-Sync
An FPS cap near the rate your system can actually sustain prevents unnecessary rendering and can reduce large swings in frame time. For example, a system that moves between 58 and 90 FPS may feel steadier with a cap close to its repeatable lower result than with an uncapped average that frequently collapses in combat. Choose the cap from your own repeatable scene rather than from a published universal number; no authoritative benchmark establishes one best cap for every PC.
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V-Sync can eliminate visible tearing, but it may add input latency and can make drops feel more pronounced depending on the display and frame-pacing behavior. Compare it with V-Sync off at the same cap and keep the option that matches your tolerance for tearing versus latency.
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Find out whether the GPU, CPU, or simulation is limiting you
Build a repeatable test
- Choose a short route or repeatable location with the same weather, lighting, and view direction. Record an average frame rate and the low points during the same 30–60 second segment.
- Repeat the segment after changing only one setting group. Do not compare a quiet menu scene with a crowded multiplayer firefight.
- Write down the setting, render scale, frame-rate average, and noticeable low. The goal is to identify a trend, not to produce a laboratory benchmark.
No independent benchmark result establishes a universal FPS number for Reforger. Your own repeatable segment is more useful for choosing between two settings on your hardware.
Test for a GPU limit
- Lower render scale slightly or enable FSR Quality at 67%.
- Run the same scene with identical weather and camera movement.
- If frame rate rises clearly, the GPU was doing meaningful work that you have now removed. Keep the clearest scale that meets your target, then adjust environment or shadow quality if you need additional headroom.
If FSR Performance at 50% produces almost no change, do not keep sacrificing image quality. A flat result points toward a CPU, engine, server, or simulation limit rather than a shortage of pixel throughput.
Test for a CPU or simulation limit
- Return to the clearest render scale that your GPU can sustain.
- Reduce view distance and shadows in small steps.
- Observe whether busy scenes, large player groups, scripted events, or object-dense areas remain slow even after substantial image-quality reductions.
Bohemia Interactive states that CPU performance plays a major role in Reforger. A CPU-limited scene may show little improvement from FSR or lower resolution because the processor still has to simulate players, objects, scripts, visibility, and networking.
Check the basics before replacing hardware
- Close unnecessary background applications and overlays.
- Confirm that the PC meets the game’s current minimum requirements.
- Check that the game is using the intended graphics card rather than an integrated adapter.
- Watch for thermal throttling, power-limit behavior, or a background process consuming CPU time.
- Retest in an official server and in a heavily populated mission if multiplayer is where the problem occurs.
These checks follow Bohemia’s support guidance. A hardware upgrade should come only after you have established which component is actually limiting the scene.
Practical PC profiles
The table below is a decision guide, not a set of benchmark promises. Values that depend on your display or hardware are intentionally described as variable.
| Use case | Target | Resolution and render scale | FSR scale | View distance | Shadows | Environment and clouds | Anti-aliasing and clarity | Likely limit |
|---|---|---|---|---|---|---|---|---|
| Image-quality baseline | Your monitor’s sustainable refresh target | Native resolution, 100% | Off | High, then adjust only if testing shows a limit | High, then adjust only if testing shows a limit | As high as stable | Use the least expensive option that removes objectionable shimmer | GPU if native rendering is too heavy; otherwise CPU or simulation |
| Moderate GPU pressure | Stable target after a small reduction | Native resolution, 100% | Quality, 67% | Reduce only if needed | Reduce only if needed | Reduce during costly weather | Retain clarity where possible | GPU-bound |
| Severe GPU pressure | Best stable result available | Native output with lower internal scale | Balanced, 59%, or Performance, 50% | Small reduction if necessary | Lower before reducing every option | Lower clouds, fog, and rain effects | Expect softer distant detail | GPU-bound, unless FPS barely changes |
| CPU or simulation pressure | Stable lows in populated scenes | Keep the clearest scale your GPU can sustain | Off or the highest-quality mode that does not hurt clarity | Lower in small steps | Lower in small steps | Adjust only if the weather effect is demonstrably costly | Do not trade image quality for no measurable gain | CPU, engine, server, or mission simulation |
PlayStation 5 and PS5 Pro modes
PS5 Fidelity mode
Bohemia Interactive’s PS5 analysis describes Fidelity as the image-quality priority. It uses higher visual settings and targets 30 FPS. Choose it when sharper effects, denser presentation, and a steadier cinematic look matter more to you than low input latency.
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- Immersive & Clear Viewing: 1500R curvature reduces image distortion and eyestrain. 160Hz refresh rate, 1ms (MPRT) response time, FreeSync
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PS5 Performance mode
Performance lowers visual settings and resolution to target 60 FPS. Choose it for faster camera response and lower latency, particularly in competitive or close-quarters play. The lower internal resolution is the deliberate cost of the higher frame-rate target.
| PS5 mode | Target FPS | Native or rendered resolution | FSR scale | Visual settings | Input latency | Best fit |
|---|---|---|---|---|---|---|
| Fidelity | 30 FPS | Higher-resolution presentation; exact internal value is not stated in the mode description | Not stated | Higher settings | Higher than a 60-FPS mode in normal frame-time terms | Visual quality and slower-paced play |
| Performance | 60 FPS | Lower resolution than Fidelity | Not stated | Lower settings | Lower than Fidelity when the target is achieved | Aim response and smoother motion |
On PS5 Pro, the native image is higher before being upscaled to 2160p with FSR 1.0. That changes the quality available within the same basic choice, but it does not turn Fidelity and Performance into identical modes.
Reforger is listed for Windows PC, PlayStation 5, and Xbox Series X/S. The documented mode comparison above applies to PS5; do not assume that the same labels, targets, or resolution behavior exist on Xbox without checking the current console build.
Night grain, patches, and changing defaults
Settings advice can become stale after an update. The November 21, 2025 update disabled night grain by default and disabled it on official servers after player feedback. Do not recommend enabling night grain as a universal visibility fix: check the current build and the rules of the server you are joining first.
Patch changes can also alter defaults, performance characteristics, or the visual balance of a setting. After an update, recheck your resolution, render scale, FSR state, FPS cap, V-Sync, and any environment options you had changed. Keep a note of your previous values so you can identify which change affected performance.
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“Lowering every setting did almost nothing.”
Restore textures and the clearest render scale that your GPU can handle, then test view distance and shadows. If the frame rate remains flat, the workload is probably CPU-, server-, or simulation-limited. Check population, scripts, mods, and background CPU use before reducing image quality further.
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“FSR makes the game faster but too blurry.”
Move up one step: Performance at 50% to Balanced at 59%, or Balanced to Quality at 67%. If native 100% is already close to your target, use native rendering and recover the remaining headroom by lowering environment quality, shadows, or view distance in small increments.
“The game looks clear but stutters when textures appear.”
Check VRAM pressure and texture streaming behavior. Lower texture detail one step, close background GPU applications, and retest the same route. Do not lower view distance solely to solve a memory-streaming problem unless your test shows that distance is also contributing.
“Rain, fog, or clouds cause the drop.”
Lower environment quality and compare the same weather state. This setting covers volumetric clouds, sky rendering, fog, cascade shadows, and rain quality, so the visual change may be broad. If the drop persists with those effects reduced, test shadows and then the CPU indicators described above.
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Test V-Sync off with a sensible FPS cap. If tearing is unacceptable, re-enable V-Sync and decide whether the cleaner presentation is worth the added latency on your display. Judge the result while moving and aiming, not only while looking at a static scene.
“Performance changes from server to server.”
That is expected in a simulation-heavy multiplayer game. Record the server population, mission, weather, lighting, and mod set when comparing results. A setting that is stable on an empty test scene may not hold during a scripted event or a large engagement.
A step-by-step tuning sequence
- Set native display resolution, 100% render scale, and your preferred anti-aliasing and depth-of-field options.
- Choose a repeatable scene and record average and low frame rates during the same short segment.
- If the GPU is clearly limiting performance, enable FSR Quality at 67% and repeat the segment.
- If Quality is insufficient, test Balanced at 59%, then Performance at 50%, stopping at the clearest mode that meets your goal.
- If FSR produces little improvement, return to the clearest scale and lower view distance and shadows in small steps.
- Lower environment quality only when weather, fog, clouds, or sky effects are part of the measured problem.
- Keep textures and filtering high unless VRAM or texture streaming is demonstrably the issue.
- Set an FPS cap near the repeatable rate your system sustains and compare V-Sync on and off for tearing and latency.
- Retest in the multiplayer mission where you normally play, because population and scripting can change the limiting component.
- After a major patch, verify every changed option and repeat the short baseline test.
What “best” means for this game
For a GPU-limited PC, the best balance is usually native output with 100% scale until you need more headroom, followed by FSR Quality at 67% rather than an immediate jump to a soft image. For a CPU- or simulation-limited PC, lower view distance and shadows while preserving resolution and texture clarity. For PS5, Fidelity is the 30-FPS visual-quality choice and Performance is the 60-FPS responsiveness choice. None of these modes guarantees a universal frame rate because Reforger’s workload is highly dependent on the scene and the current patch.
The most defensible preset is therefore the one that survives your own repeatable test in the missions, weather, and servers you actually use. Change one variable group, measure the result, and keep the highest visual quality that does not compromise the frame-time stability you value.
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