The best Marvel Rivals settings depend on whether you value image quality, consistent frame time, or the lowest possible latency. On PC, begin by lowering Global Illumination and reflections, use a DLSS, FSR, or other GPU-supported upscaler in a quality mode, and reduce render scale only if you still need headroom. Disable VSync when latency is the priority and enable NVIDIA Reflex if your hardware and current client offer it. On consoles, the documented trade-off is generally 60 FPS at a higher resolution in Standard or Pro modes versus up to 120 FPS in HFR mode, provided the entire display chain supports 120 Hz.
These are starting points, not guaranteed FPS boosts. The available guides do not provide a controlled benchmark that applies to every CPU, GPU, resolution, driver, game build, and display. Tune one change at a time, watch frame-time consistency, and verify the current menu labels in the live game because seasonal updates can change options.
What are the best Marvel Rivals settings for performance?
Use an iterative setup rather than a copied “ultimate” preset. Keep textures at a level your graphics memory can handle, reduce the expensive lighting and reflection options first, then use an upscaler before sacrificing large amounts of render resolution. This preserves more image detail than immediately dropping every setting to Low.
The July 13, 2026 settings guide from its esports identifies Global Illumination and reflections as sensible first reductions. The official FAQ takes a broader troubleshooting approach: lower graphics options such as texture quality, update the GPU driver, and select Windows high-performance mode if stuttering remains. Neither source establishes a universal number of additional frames.
Start with a known baseline
- Use the resolution and refresh rate you actually play at, not a temporary test resolution.
- Record whether the problem is a low average frame rate, uneven frame pacing, or short stutters. These can have different causes.
- Change one option, play the same type of match or training scenario, and check clarity and consistency before changing another option.
- Set a frame-rate limit only when it produces steadier pacing or matches your display; an uncapped counter is not automatically a better experience.
Lower the costly options first
Reduce Global Illumination and reflections before cutting render scale. Lighting and reflection changes can create useful GPU headroom while retaining a sharper image than a large resolution reduction. If a particular effect is important to you visually, move it down one step rather than assuming the lowest value is necessary.
Use an appropriate upscaler
Choose DLSS, FSR, or another upscaling option only when the current GPU and game build support it. Start with a quality-oriented mode. Move toward a more performance-oriented mode only after checking text, hero silhouettes, distant objectives, and effects for shimmer or softness. The setting names and available modes can change, so treat the menu in your installed version as authoritative.
Lower render scale last
Render scale changes the internal resolution before the final image is presented. It can provide additional headroom, but it also makes the scene less sharp and can reduce the readability of small targets. Make modest changes, then test at the resolution and display distance you use in real matches.
Control latency deliberately
Disabling VSync can reduce the queueing delay associated with waiting for a display refresh, at the cost of possible tearing. Use a suitable frame cap or your display’s variable-refresh feature if tearing is distracting. NVIDIA Reflex is worth testing when the option is available, but its presence is hardware- and version-dependent; do not assume it improves every bottleneck.
Which PC settings should I lower first?
The following order balances likely GPU cost against visual damage. It is a practical starting sequence, not a measured ranking for every scene or computer.
| Setting or change | First action | What to watch |
|---|---|---|
| Global Illumination | Lower one or more steps when GPU usage is high. | Lighting depth and the appearance of shaded areas. |
| Reflections | Reduce before lowering overall resolution. | Surface detail, water and glossy-effect quality. |
| Upscaler | Use a GPU-supported quality mode. | Edge stability, text clarity and motion artifacts. |
| Render scale | Reduce modestly only after the options above. | Overall sharpness and target readability. |
| Texture quality | Lower if memory pressure or hitching persists. | Surface detail and texture pop-in. |
| VSync | Disable when latency is the priority; re-enable if tearing is unacceptable. | Tearing, input feel and frame pacing. |
The table describes adjustment priorities, not guaranteed frame gains. A CPU-limited system may see little change from GPU-heavy options, while a GPU-limited system may respond strongly. Check utilization and frame time rather than judging from the FPS number alone.
What PC hardware does Marvel Rivals require?
The official Marvel Rivals FAQ lists the following published requirements. They indicate whether a system is within the supported range; they do not guarantee a particular resolution or frame rate.
| Component | Minimum published specification | Recommended published specification |
|---|---|---|
| Operating system | Windows 10 64-bit (1909 or later) | Not separately stated |
| Processor | Intel Core i5-6600K or AMD Ryzen 5 1600X | Intel Core i5-10400 or AMD Ryzen 5 5600X |
| Memory | 16 GB RAM | Not separately stated |
| Graphics | NVIDIA GeForce GTX 1060, AMD RX 580, or Intel Arc A380 | NVIDIA GeForce RTX 2060 Super, AMD RX 5700-XT, or Intel Arc A750 |
| API | DirectX 12 | Not separately stated |
| Storage | 70 GB | Not separately stated |
These values come from the official FAQ. The FAQ also recommends installing the game on an SSD “for better experience.” That advice concerns the general experience and loading behavior; it is not a promise of higher in-match FPS.
How do I fix stuttering or slow performance on PC?
If your computer meets the published minimum and the game still stutters, follow the official troubleshooting sequence before buying hardware.
- Update or clean-install the graphics driver. Download the current driver for your GPU and use the installer’s clean-install option when available. Reboot before testing again.
- Set Windows graphics preference to high performance. Open Settings → System → Display → Graphics, add or select Marvel Rivals, open its options, and choose High performance. The exact wording can differ by Windows build.
- Reduce graphics settings. The FAQ specifically gives texture quality as an example. Also apply the lighting, reflection, upscaling and render-scale order described above.
- Check whether the symptom is a frame-time spike. If average FPS looks acceptable but movement hitches, monitor frame-time consistency and background activity rather than lowering every visual option.
- Contact support if the slowdown persists. Include your hardware, operating-system version, driver version, graphics settings, resolution, and a description of when the hitch occurs.
The official FAQ’s troubleshooting recommendations are available at Epic Games Store. Meeting a minimum requirement is not the same as having enough headroom for a high-refresh target.
Should I use DLSS, FSR, or frame generation?
Use only the technology your GPU and current Marvel Rivals version expose in the menu. Upscaling renders internally at a lower resolution and reconstructs the output; frame generation creates additional displayed frames from rendered frames. The latter can make motion appear smoother, but it is not equivalent to increasing the game’s underlying simulation or automatically reducing input latency.
Official patch notes dated February 20, 2025 record DLSS 4 Multi Frame Generation support for RTX 50 Series GPUs, AMD Radeon Anti-Lag 2 support for RX 5000-series and newer cards, and an FSR3 frame-generation pacing fix. Those notes document implementation at that time, not a guarantee that every feature remains available or is optimal on every current setup. Read the current in-game description and test responsiveness in a real match.
When comparing an upscaler or frame-generation mode, evaluate:
- Native or reconstructed image clarity at your chosen output resolution.
- Frame-time consistency during effects-heavy fights.
- Input response, especially when the base rendered frame rate is low.
- Whether your GPU is actually the limiting component.
- Compatibility with your driver, GPU generation and current game version.
The dated implementation details are in the February 2025 official patch notes.
What FPS and graphics modes do the consoles offer?
A May 16, 2025 TechRadar Gaming guide describes a resolution-versus-refresh-rate choice on current consoles. Because modes can change through patches, use these figures as source-dated guidance and confirm the live game menu and console output settings.
| Platform and mode | Reported target | Trade-off or requirement |
|---|---|---|
| PS5 Standard Mode | 60 FPS at higher resolution | Prioritizes image resolution over the 120-FPS option. |
| PS5 HFR mode | Up to 120 FPS | Lower resolution than Standard Mode; requires a display capable of 120 Hz or more. |
| PS5 Pro Pro Mode | Stable 60 FPS at higher resolutions, with Lumen lighting described by the guide | Higher-fidelity presentation than the 120-FPS mode. |
| PS5 Pro HFR mode | Up to 120 FPS | Requires a suitable high-refresh display and uses the HFR trade-off. |
| Xbox Series X HFR | Up to 120 FPS | Requires a 120-Hz-capable display and compatible console output path. |
| Xbox Series S Standard Mode | 60 FPS | The cited guide does not describe a 120-FPS HFR mode for Series S. |
These descriptions are from TechRadar Gaming’s May 2025 guide. A 120-Hz television or monitor alone cannot create an unsupported game mode: the console, game build, cable/input path and display must all accept the signal.
Is 120 FPS worth choosing over 60 FPS on console?
Choose HFR when control responsiveness and motion clarity matter more to you than maximum resolution, and choose Standard or Pro presentation when sharper resolution and richer lighting are the priority. Competitive players often prefer the HFR trade-off, but it is not a universal requirement.
Choose the 60-FPS presentation when
- You sit close enough to notice the HFR mode’s resolution reduction.
- Your display is limited to 60 Hz.
- You prefer steadier image detail and higher-fidelity lighting.
- You would rather avoid changing console output settings.
Choose HFR when
- Your display accepts 120 Hz or higher at the console’s output resolution.
- You value smoother camera movement and lower perceived latency.
- You accept a reduction in image resolution.
- The current game and console menus actually expose the mode.
How should I match a frame-rate target to my display?
Start with the refresh rate your display can really show. A 60-Hz panel cannot display 120 distinct refreshes per second, while a 120-Hz-capable display can make an HFR mode visible when the console and game support it. Confirm the supported input mode in the display’s manual or on-screen information panel, then set the console output accordingly.
On PC, match a cap to a refresh rate only if it improves frame pacing or keeps the system within a stable performance envelope. A higher counter value is not useful if frame times fluctuate heavily or the display cannot present the extra frames.
What are the most common Marvel Rivals settings mistakes?
- Copying a “best” preset blindly: presets cannot account for your CPU/GPU bottleneck, resolution or refresh rate.
- Dropping render scale first: this can make the whole image blurry when lighting and reflection reductions would have provided enough headroom.
- Assuming SSD storage raises FPS: the official recommendation is for a better overall experience, not a measured in-match frame-rate increase.
- Treating frame generation as native performance: displayed frames and fully rendered frames are not the same, and latency may not improve proportionally.
- Buying a 120-Hz display without checking compatibility: every part of the console-to-display chain must support the desired mode.
- Changing many options at once: you lose the ability to identify which setting helped or harmed clarity and pacing.
- Quoting an FPS gain without a test setup: no reproducible, configuration-specific benchmark was established for these recommendations.
How can I test a settings change fairly?
Use a repeatable routine. Record the game version, GPU and CPU, driver, RAM, resolution, upscaler mode, render scale, display refresh rate and whether frame generation is enabled. Test the same map area or training activity for a similar length of time, then compare average FPS together with frame-time consistency and image clarity.
Run at least one real match after the controlled check. Heavy ability effects, multiple players and destructible environments can expose a bottleneck that a quiet menu or training area does not. If a change improves the counter but makes aiming or text harder to read, it may be the wrong trade for your goal.
What is the practical best-settings checklist?
- Confirm your target: maximum clarity, stable 60 FPS, or a high-refresh competitive mode.
- Verify your PC against the official requirements or confirm the console and display support the desired mode.
- Lower Global Illumination and reflections first on PC.
- Enable a supported upscaler in a quality mode, then reduce render scale only as needed.
- Test VSync and any available latency feature according to your display and preference.
- Update the GPU driver and select Windows high-performance graphics mode if stuttering persists.
- Change one setting at a time and judge frame time, clarity and input response together.
- Recheck the live client after major patches because option names and availability can change.
Frequently Asked Questions
Can a 60 Hz TV benefit from Marvel Rivals HFR mode?
No visible 120-Hz benefit can be shown on a 60-Hz panel. The console may offer the mode, but the display must accept and refresh at 120 Hz or higher for the higher refresh output to matter.
Why does lowering resolution sometimes fail to improve my FPS?
If the processor, game simulation or another non-GPU component is limiting performance, reducing internal resolution removes little of the bottleneck. Check GPU utilization and frame-time behavior before making larger image-quality sacrifices.
Should I enable frame generation for competitive matches?
There is no universal answer. Compare responsiveness and frame pacing with it on and off at your normal settings; the official notes document support for specific hardware and versions but do not establish a competitive advantage for every system.
Does installing Marvel Rivals on an SSD guarantee smoother matches?
No. The official FAQ recommends an SSD for a better overall experience, but it does not claim or measure a specific in-match FPS improvement. Storage speed should not be treated as a substitute for diagnosing a CPU or GPU bottleneck.
How often should I revisit my graphics settings?
Recheck them after major game updates, driver changes, a monitor upgrade or a change in resolution. New rendering features and altered defaults can change which option is the best trade-off on your system.