The round is deciding the map. You land the first shot, the second one misses, the FPS drops from 180 to 60 in less than a second. Result: defeat. This isn't a lack of skill. It's the setup working against you. Many people who try to improve the Valorant FPS configuration Reduce all graphics settings to the minimum and expect an immediate change in performance. Even so, the freezes continue to appear at the most crucial moments of the match. The FPS fluctuates inexplicably, the response to commands seems slow, and that decisive firefight becomes more difficult than it should be.
The problem is that Increasing FPS in Valorant doesn't just depend on lowering the graphics quality. Some settings genuinely improve performance, while others yield almost imperceptible gains. Furthermore, factors such as frame rate stability, latency, hardware used, and monitor refresh rate directly influence the feeling of fluidity during gameplay. Therefore, before copying pro player settings or applying random adjustments, it's worth understanding which changes truly make a difference for your profile and how you play.
What is the best FPS setting for Valorant?
Many people spend hours testing different settings without knowing which adjustments actually make a difference. The good news is that you don't need to transform the entire game to gain performance. Some simple changes can already help reduce latency, improve frame stability, and make the experience much more consistent. In general, the recommendation is:
- Full screen activated
- Multithreaded rendering activated
- Graphic quality low
- V-Sync deactivated
- Anti-aliasing deactivated
- NVIDIA Reflex activated + boost
- FPS Limit adjusted according to the monitor's refresh rate
This combination usually offers the smoothest experience for most female gamers. But there is no universal configuration. An entry-level laptop, a mid-range PC, and a machine focused on competitive gaming have different needs. Therefore, before changing any option, it's worth understanding which adjustments actually impact performance and which offer little noticeable gain during matches.
🎬 Watch the video guide with the settings tested in 2025:
Best Valorant settings to gain FPS
You can copy a pro player's settings, watch the same optimization videos, and still experience FPS drops or a lag feeling in the controls. This happens because performance in Valorant depends on a combination of factors that go far beyond graphics options. What works for someone else doesn't always work for you, and understanding this difference is one of the first steps to improving more consistently within the game.
Before copying a streamer's or pro player's setup, it's worth identifying which profile your computer fits into. From there, it becomes much easier to prioritize the adjustments that actually generate noticeable gains and avoid changes that have little influence on FPS during matches.
Configuration for low-end PCs
Those who play on an older computer or an entry-level laptop often face two problems: sudden FPS drops and freezes during moments of intense action. In this scenario, the main objective should not be to achieve impressive numbers, but rather... maintain a stable frame rate to avoid losses during shootouts and rapid movements.
| Settings | Recommendation | Practical benefit |
|---|---|---|
| Resolution | 1280×720 or 1600×900 | Reduces the load on the GPU and improves stability. |
| Display mode | Full screen | Reduces operating system interference. |
| Quality of materials | Low | Reduces unnecessary graphics processing. |
| Texture quality | Low | Reduces video memory consumption. |
| Quality of details | Low | Prevents FPS drops in more complex areas. |
| Shadows | Disabled | One of the adjustments that frees up the most resources. |
| Anti-Aliasing | None | Increases FPS on less powerful graphics cards. |
| NVIDIA Reflex | Activated | Reduces command latency. |
| FPS Limit | Equal to or slightly above the monitor | It keeps the game more stable. |
Among all these options, Resolution and shadows usually deliver the most noticeable gains. The other adjustments help reduce fluctuations that hinder fluidity during gameplay. If you play on a laptop or an older computer, don't fall into the trap of thinking you need an expensive setup to improve. Before thinking about upgrading, it's worth ensuring that your current equipment is delivering everything it can offer.
Configuration for mid-range PC
If your computer already delivers a comfortable FPS in most matches, the challenge changes. Instead of seeking any possible gain, the goal becomes finding balance. After all, performance also means seeing the map clearly, identifying movements easily, and maintaining a consistent experience over several hours of gameplay.
| Settings | Recommendation | Practical benefit |
|---|---|---|
| Resolution | Native to the monitor | Maintains sharpness without significantly impacting FPS. |
| Display mode | Full screen | Lower latency and greater stability. |
| Texture quality | Average | Improved visuals without significant performance loss. |
| Quality of materials | Low or medium | Balance between image quality and FPS. |
| Shadows | Disabled | Performance gains without compromising gameplay. |
| Anti-Aliasing | MSAA 2x or none | Smoother edges without a huge cost. |
| NVIDIA Reflex | Activated + Boost | Shorter delay between action and response |
| FPS Limit | Above the monitor rate | Maintain consistency throughout the match. |
Many people make the mistake of setting everything to minimum even when they have mid-range hardware. In practice, this rarely yields significant gains and can even impair the visual readability of some elements of the scene. In many cases, Maintaining medium texture quality offers a more enjoyable experience without compromising performance.
Configuration for competitive PCs
Those with more powerful hardware generally seek a combination of high FPS, low latency, and maximum consistency. In this scenario, the goal is not just to achieve high numbers, but to ensure that performance remains stable even during intense rounds, with multiple abilities being used simultaneously.
| Settings | Recommendation | Practical benefit |
|---|---|---|
| Resolution | Native to the monitor | Better definition of the game elements. |
| Display mode | Full screen | Lowest possible latency |
| Quality of materials | Low | Prioritizes competitive performance. |
| Texture quality | Low or medium | Maintains good visual readability. |
| Shadows | Disabled | Eliminates unnecessary processing. |
| Anti-Aliasing | None | Reduces any additional impact on the GPU. |
| NVIDIA Reflex | Activated + Boost | Shorter response time |
| FPS Limit | Above the monitor rate or unlimited | Greater competitive consistency |
Many female gamers chase ever-higher FPS counters, but what truly influences in-game performance is predictability. When the game responds the same way in every round, it becomes easier to develop muscle memory, trust your aim, and make decisions under pressure. Consistency doesn't show up in match highlights, but it usually does in the results.

What each setting actually does
Many Valorant settings have gained fame within the community because they appear in videos, live streams, and quick optimization guides. The problem is that not all of them deliver noticeable improvements during a match. In some cases, the difference only appears in the FPS counter. In practice, the gameplay experience remains exactly the same.
Therefore, before activating or deactivating options, it's worth understanding the real impact of each adjustment. When you know the function of each setting, it becomes much easier to identify what truly improves performance and what only generates minor changes in the final result.
Multithreaded rendering
Multithreaded rendering allows Valorant to distribute some of the work across multiple processor cores simultaneously. On modern CPUs, this feature helps reduce bottlenecks and improves performance stability, especially during the most intense moments of the match.
In practice, the benefit usually becomes apparent when a lot of information needs to be processed simultaneously. Firefights with multiple abilities on screen, executions at bomb sites, or more chaotic rounds tend to demand more from the processor. With multithreaded rendering enabled, the game can handle this workload better.
For most female players, the recommendation is simple: Keep this option enabled. It rarely causes problems and usually delivers real gains on compatible processors.
V-Sync and FPS limit
Few settings generate as much confusion as V-Sync. The feature was created to eliminate so-called screen tearing, an effect that makes the image appear "cut" during fast movements. Although it solves this visual problem, it can also... increase command latency.
In a competitive game like Valorant, milliseconds make all the difference. When V-Sync adds a delay between mouse movement and on-screen response, the feeling of control becomes less precise. That's why most competitive players prefer to leave this option disabled.
However, limiting the FPS deserves closer analysis. Many people believe that unlimited FPS is always the best choice. Not always. Depending on the hardware, limiting the frame rate can reduce stuttering, decrease system strain, and generate a more consistent experience throughout the game.
NVIDIA Reflex and latency reduction
NVIDIA Reflex was developed for to reduce the latency between the action performed by the player and the response displayed on the screen. In other words, it reduces the time it takes the computer to process your commands.
During a balanced firefight, this difference can be more important than a few extra FPS. After all, it's no use quickly spotting your opponent if the system takes too long to register your reaction.
For those using compatible graphics cards, the best choice is usually to stick with NVIDIA Reflex. Activated + Boost. In addition to reducing latency, the feature helps keep the graphics card ready to respond more quickly during demanding moments. Not all performance improvements are reflected in the FPS counter. Some appear in the speed at which the game responds to your commands.
Graphic quality and shadows
When it comes to gaining FPS, many female gamers lower all graphics settings without evaluating the individual impact of each option. However, some settings significantly influence performance, while others produce minimal gains.
Resolution and shadows are usually among the most resource-intensive settings. Therefore, they generally deliver the most noticeable results when the goal is to improve performance. Options linked to smaller visual details, on the other hand, tend to generate far less significant differences.
| Significant impact on FPS | Minor impact on FPS |
|---|---|
| Resolution | Interface |
| Shadows | Minor details |
| Anti-Aliasing | Cosmetic elements |
| Overall quality of the graphics | Low-frequency effects |
This is precisely why setting everything to minimum isn't always the best strategy. In many cases, it's more worthwhile to adjust only the elements that truly impact performance and maintain settings that aid in visually reading the map and your opponents.
How to increase FPS outside of the game
If you've already adjusted all the Valorant settings and are still experiencing low FPS, the problem might not be within the game itself. In many cases, the operating system, programs running in the background, and even power settings directly influence performance during matches.
The good news is that you don't need to resort to complex tweaks or risky modifications to get results. Some simple optimizations often yield real gains, especially on laptops and computers with more limited hardware.
🎬 See how to adjust settings outside of the game to reduce input lag:
Update your drivers.
Drivers act as a bridge between the operating system, the video card, and the games. When they are outdated, performance issues, instability, and incompatibility can occur more frequently.
Manufacturers like NVIDIA, AMD, and Intel regularly release updates to fix bugs and improve performance in popular games. While an update won't transform a weak PC into a high-performance machine, it can eliminate bottlenecks that directly impact the Valorant experience.
Before installing any new version, it's worth checking if it includes specific improvements for competitive games or fixes related to your graphics card. This precaution helps avoid unnecessary updates and keeps the system more stable.
Close background programs.
It's common to open Valorant and forget that several other applications are still consuming resources at the same time. Browsers with many tabs open, recording programs, launchers, automatic updates, and communication software can compete with the game for RAM and processing power.
The impact is usually greater on laptops and computers with less available memory. In these cases, even a small saving of resources can reduce crashes and improve frame rate stability during gameplay. Before queuing, it's worth checking the Task Manager and identifying which programs remain active unnecessarily. Often, this simple habit yields better results than complex changes to graphics settings.
Adjust the power plan.
Many female gamers spend hours adjusting game settings and overlook an option that may be limiting their computer's performance. Depending on the power plan configured in Windows, The system automatically reduces processor usage to save battery power. or reduce energy consumption.
This behavior primarily affects laptops. Even when plugged in, some devices continue to use profiles that prioritize power saving over performance.
Whenever possible, use the High Performance mode or the equivalent configuration provided by the notebook manufacturer. This way, the processor can operate more freely during games and avoids limitations that can cause unexpected FPS drops. Before looking for high-end configurations, make sure your computer is using its full potential.
Errors that cause Valorant to lose performance.
Many female gamers associate improvement solely with aim training, hours of ranked play, or warm-up routines. All of that matters. But performance also involves consistency. When FPS fluctuates, latency increases, or the settings work against you, it becomes harder to develop confidence, create muscle memory, and see your own progress within Valorant.
If you've already tried various settings and still feel the game isn't delivering the expected performance, it's worth checking if any of the behaviors below are part of your routine.
Copy pro player settings
When a pro player dominates a match or a streamer publishes their setup, the urge to copy everything is almost automatic. After all, it seems logical to think that using the same setup will generate similar results. But there is an important difference between inspiration and adaptation.
A configuration designed for a computer capable of maintaining over 400 FPS may not perform the same way on a laptop or mid-range PC. In some cases, the result is the opposite of what was expected: more instability, worse visual quality, and no noticeable improvement in performance.
References can help as a starting point, but progress rarely happens by simply copying a pre-made setup. In practice, progress usually occurs when each player understands their own hardware, adjusts the game to their reality, and builds a consistent experience to develop their skills.
Setting everything to the bare minimum unnecessarily
For years, the community has associated competitive performance with the idea of playing with all graphics options at the minimum. While this makes sense on more limited computers, the logic changes when the hardware is already capable of delivering a good frame rate.
Reducing all settings indiscriminately can Making the game visually poorer without generating significant FPS gains. In certain situations, the loss of quality ends up making it difficult to read important elements of the scene and reduces visual comfort during longer sessions.
The most efficient approach is to identify which settings are truly impacting performance and focus adjustments on them. This way, you preserve fluidity without sacrificing useful visual information during the game.
Ignoring FPS stability
This is perhaps the most common mistake. Many female gamers only look at the maximum FPS displayed on the screen and ignore how those frames behave throughout the game.
In practice, A game that constantly fluctuates between 140, 250, and 300 FPS tends to feel less consistent than one that remains stable at 165 FPS throughout. Oscillations can affect the perception of fluidity, impair the timing of movements, and make the experience less predictable.
That's precisely why competitive female players value stability so much. When performance remains consistent, it becomes easier to develop muscle memory, trust movements, and react quickly in crucial situations.
Between an unstable 300 FPS and a consistent 165 FPS, The second scenario usually delivers a better competitive experience.
Ultimately, performance isn't just about achieving the highest possible FPS counter. What truly makes a difference is the ability to maintain fluid, predictable, and responsive gameplay throughout the entire match.
🎬 Check out the specific optimizations for those who play on low-spec PCs or laptops:
The female scene is growing. Is your setup keeping up with this evolution?
Talking about setup without considering who's on the other side of the keyboard is ignoring half the conversation. According to... Game Brazil Research 2026, 52.81% of players in Brazil are women.And 75.31% of the population claims to play some type of digital game. It's not a niche. It's the majority.
In Valorant specifically, the female player base is proportionally much larger than in other FPS games. While in classic tactical shooters women represent between 4% and 7% of the players, in Valorant this number rises to an estimated 30% to 40% of the global player base, according to an analysis published by [source missing]. Abios GamingAnd part of that is directly due to VCT Game Changers, a Riot initiative that structured a world-class women's competitive circuit.
According to data from Esports Charts compiled by Esports Insider in 2025, Almost 24% of all Valorant tournaments held in 2024 were exclusively for female players. These championships accounted for approximately 14% of the game's total prize pool, and Valorant concentrated nearly 60% of the entire female esports audience that year.
MIBR GC is at the center of this movement. In November 2024, the team reached the final of... Game Changers Championship 2024 after eliminating G2 Gozen 3-0 in the semi-final. The final against Shopify Rebellion registered record-breaking tournament viewership.with a peak of over 460,000 simultaneous viewers, a result that put Brazil on the map of the global women's competitive Valorant scene. In April 2026, MIBR GC returned to compete in the final of Game Changers Brazil Stage 1, held in person at the Riot Games Arena in São Paulo.
This matters for those trying to build a career in competitive gaming because The difference between those who evolve and those who stagnate often lies not in their aim, but in the consistency of their setup. Professional gamers have calibrated equipment, a stable connection, and a tested setup. Beginners need to compensate intelligently: understand what their own hardware can offer and get the most out of it before thinking about any upgrades.
What really makes a difference in your next match?
Finding the best Valorant FPS configuration It's not about chasing absurd numbers on the counter or copying the setup of someone playing in a completely different reality than yours. What truly generates results is building a stable, predictable, and comfortable experience so you can focus on what matters: making better decisions, executing with confidence, and improving match after match.
Settings like NVIDIA Reflex, multithreaded rendering, proper frame rate limiting, and power adjustments can directly influence the feeling of fluidity and responsiveness within the game. In many cases, these factors have a greater impact than simply aiming for ever-higher numbers.
From now on, it's worth paying attention not only to how many FPS your computer delivers, but also... How they behave during the most important moments of the game. A stable, predictable, and responsive experience often makes a much bigger difference in firefights than occasional performance spikes.
The competitive landscape changes rapidly. New updates, meta shifts, tournaments, and opportunities arise all the time. If you want to keep up with this evolution closely, the WIBR newsletter It brings together the main movements of women's competitive football in one place.
Improving in Valorant isn't just about practicing more. Sometimes, the first step is ensuring the game can keep up with your progress.
FAQ
The best configuration for most female gamers uses full screen, multithreaded rendering enabled, V-Sync disabled, NVIDIA Reflex enabled + boost, low graphics quality, and an FPS limit adjusted according to the monitor's refresh rate. However, the ideal result always depends on the hardware used and the goals of each player.
The most efficient approach involves combining adjustments both inside and outside the game. Reducing settings that significantly impact performance, keeping drivers updated, closing background programs, and using a performance-focused power plan often yields noticeable improvements without requiring advanced system changes.
Ideally, the game should maintain a frame rate equal to or higher than the monitor's refresh rate. On a 144 Hz monitor, for example, the goal should be to maintain at least 144 FPS stably. Above that, there are still competitive advantages, but... Stability remains more important than high FPS spikes.
On laptops, the biggest gains usually come from reducing the most demanding graphics settings, using the performance-oriented power mode, and closing programs that consume RAM and processing power in the background. It's also worth checking if the device is plugged into a power outlet during gameplay.
Yes, especially for competitive gamers using compatible graphics cards. NVIDIA Reflex reduces latency between commands and on-screen response, making the experience faster and more predictable during firefights and situations requiring quick reflexes.
When a powerful computer displays low FPS, the problem isn't always the hardware. Outdated drivers, background processes, incorrect system settings, or power limitations can all affect performance. Before replacing components, it's worth investigating these factors.
It depends on your equipment and the stability observed during gameplay. In many cases, limiting the FPS helps reduce fluctuations and maintains a more consistent experience. If the system exhibits large performance variations, testing a limit close to or above the monitor's refresh rate might be a good strategy.



