These Valorant Low-End PC Settings are ranked by FPS impact, not by how impressive they look in a settings menu. Valorant was designed to run on weak hardware. Riot’s own minimum spec lists an Intel Core i3-370M from 2010 as enough to play. That does not mean every weak PC is automatically fine, but it does mean the game responds to optimization in ways that most modern titles do not. The right settings and system tweaks can turn a 30 FPS experience into 90 FPS on the same hardware.
📋 Table of Contents
TL;DR: Shadows Off and Multi-threaded Rendering On are the two settings that move the most FPS on weak hardware. Resolution scale is the lever you pull when those are not enough. Beyond in-game settings, Windows power plan and disabling overlays recover another 15 to 25 FPS for free.
Quick wins if you are in a hurry
- Turn Shadows to Off in Valorant graphics settings. This single change recovers 20 to 35 FPS on GPU-limited systems.
- Set Multi-threaded Rendering to On. On CPUs with four or more cores, this distributes rendering work and is one of the biggest free FPS gains in Valorant.
- Set Windows Power Plan to High Performance. On a budget PC, the Balanced plan’s dynamic downclocking can cost 15 to 20 FPS by itself.
- Close Discord, Chrome, and any background apps before launching Valorant. Each one competes for RAM and CPU on a system that has less of both.
If those do not get you where you need to be, the full guide covers what to do next.
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What low-end actually means in Valorant
Low-end in this context means a PC that struggles to hold 60 FPS at default settings. Typically that is a system with an older quad-core CPU (Core i5-7th gen or Ryzen 5 1600-era), 8 GB of RAM, and a GPU in the GTX 1050 Ti, RX 570, or older range.
Valorant is fundamentally CPU-bound, not GPU-bound. At competitive settings, a GTX 1050 Ti is almost never the bottleneck at 1080p. The CPU — and specifically its single-core performance — is where most weak-PC FPS ceilings come from. That changes which settings to prioritize.
The settings that matter most, ranked by FPS impact
1. Resolution scale (biggest single lever)
Dropping resolution is the most effective way to increase FPS when your GPU is the bottleneck. 1920×1080 to 1600×900 typically recovers 20 to 35 percent more FPS. 1600×900 to 1280×720 recovers another 20 to 30 percent. The image looks softer, but at the refresh rates achievable on weak hardware, the clarity tradeoff is worth it.
In Valorant’s video settings, you can set Resolution to 1600×900 or 1280×720 directly, or use the Resolution Scale slider under Graphics Quality. Some players prefer the stretched resolution trick (1280×960 at 4:3 ratio stretched to fill a 16:9 monitor) because it makes enemies appear wider — a preference, not a performance fix.
2. Shadows → Off
Shadows in Valorant are GPU-expensive and visually meaningless for competitive play. At Medium, they add character and geometry shadows that make the environment look better but also give enemies additional visual cover. Off removes them entirely and recovers 20 to 35 FPS on a GPU-limited system. It is also a competitive advantage — enemies are easier to spot on clean, shadow-free surfaces.
This is the one setting where the competitive and performance interests are perfectly aligned. Turn it off and never turn it back on.
3. Multi-threaded Rendering → On
This setting tells Valorant to use multiple CPU cores for rendering preparation instead of relying on a single core. On a quad-core or six-core CPU, enabling this distributes the per-frame work and can add 15 to 30 FPS. It is off by default and is one of the most overlooked free gains.
The one exception: on extremely old dual-core CPUs, this can sometimes cause instability. If the game becomes less stable after enabling it, turn it back off.
4. Material Quality and Texture Quality → Low
These reduce VRAM usage and the complexity of surface rendering. On GPUs with 4 GB of VRAM or less, setting these to Low can prevent VRAM overflow — which causes severe stuttering as the game pages data in and out of system RAM. On a GTX 1050 with 2 GB VRAM, setting textures to Low is not optional, it is necessary for stability.
5. Anti-Aliasing → Off or MSAA 2x
Anti-aliasing smooths jagged edges. Off looks slightly sharper and harder on the eyes in extended sessions, but costs nothing. MSAA 2x is a small improvement in image clarity for a proportionally small FPS cost. MSAA 4x and above are expensive and not worth it on weak hardware. Use Off or 2x only.
6. Bloom, Distortion, and Vignette → Off
These are visual effect settings that have a smaller FPS impact than the ones above but add up. Bloom creates light glow effects, Distortion adds heat-shimmer and ability distortion effects, Vignette darkens screen edges. All off, no exceptions, for competitive and performance reasons.
System-level tweaks for weak PCs
Windows High Performance power plan
This is mandatory on weak PCs where the Balanced plan’s downclocking actively hurts performance. Set it in Control Panel → Power Options → High Performance. On a desktop, there is no downside. On a laptop, the battery will drain faster — accept this tradeoff or plug in.
Disable Xbox Game Bar and Game DVR
Xbox Game Bar (Windows Key + G) runs a background recording service that consumes RAM and CPU on every Windows 10 and 11 machine. On a PC with 8 GB of RAM, this background overhead is meaningful. Disable it at Settings → Gaming → Xbox Game Bar → Off. Also go to Settings → Gaming → Captures → Record in the background while I’m playing a game → Off.
Disable full-screen optimizations
Right-click the Valorant executable → Properties → Compatibility → Disable full-screen optimizations. This forces true exclusive fullscreen mode, which gives your GPU direct control of the display and removes Desktop Window Manager compositing overhead.
Kill browser and Discord during sessions
Chrome with tabs open can consume 300 to 800 MB of RAM depending on the tabs. Discord in the background takes another 200 to 400 MB. On a system with 8 GB total, this leaves Valorant with 6 to 7 GB at best, which causes visible performance degradation as the game competes for memory. Close both before launching if you are below 16 GB of RAM.
FPS targets by hardware tier
| GPU | CPU | RAM | Expected FPS (1080p Low) | Expected FPS (900p Low) |
|---|---|---|---|---|
| GTX 1650 / RX 570 | Core i5-9th gen / Ryzen 5 3600 | 16 GB DDR4 | 140-180 FPS | 180-230 FPS |
| GTX 1050 Ti / RX 480 | Core i5-7th gen / Ryzen 5 1600 | 8 GB DDR4 | 80-110 FPS | 110-150 FPS |
| GTX 1050 / RX 460 | Core i3-8th gen / Ryzen 3 2200G | 8 GB DDR4 | 55-80 FPS | 70-100 FPS |
| GT 1030 / integrated graphics | Dual-core any | 8 GB DDR4 | 30-50 FPS | 40-65 FPS |
These numbers assume all optimization steps above are applied, based on community benchmarks from similar configurations — results will vary depending on driver version, background apps, and Windows version. My own RTX 4070 + 5800X system serves as the baseline for optimal settings, and I extrapolate from documented community testing for lower-tier hardware.
Common issues and fixes
Issue: FPS improved after turning off Shadows, but the game still stutters.
Fix: The stuttering is likely a RAM or shader cache issue rather than raw FPS. If you have 8 GB of RAM, close all background apps. If VRAM is under 4 GB, set Texture Quality to Low. Also delete the Valorant shader cache if stuttering started after a patch.
Issue: The game crashes after enabling Multi-threaded Rendering.
Fix: Disable it. Your CPU may not be handling the multi-core load correctly, which happens on some dual-core systems and with certain older driver configurations. The performance gain is not worth instability.
Issue: FPS improved to 80 but drops to 40 in large fights.
Fix: The CPU bottleneck is exposed during combat when more entities need to be processed simultaneously. There is no settings fix for this — it is a hardware ceiling. Consider upgrading RAM to 16 GB dual-channel or improving CPU cooling to prevent thermal throttling during sustained load.
Frequently asked questions
Can I play Valorant on 4 GB of RAM?
Technically yes, but expect frequent stutters as the system pages data to the pagefile. Valorant itself uses 2 to 3 GB of RAM during active play, leaving 1 to 2 GB for Windows and background processes. The result is regular hitching. 8 GB is the practical minimum for a stable experience.
Does lowering resolution really help that much?
Yes, especially on older GPUs. A GTX 1050 at 1280×720 with Low settings can run Valorant at 90 to 100 FPS. The same card at 1920×1080 might cap at 55 FPS. The resolution reduction is jarring at first but the improved responsiveness at higher FPS compensates.
Should I use stretched resolution like pro players?
Stretched resolution (4:3 aspect ratio stretched to fill a 16:9 monitor) makes player models appear wider, which some players find easier to hit. It also reduces GPU workload in the horizontal direction. It is a competitive preference, not a raw performance optimization. Try it and see if it suits your playstyle.
Quick Valorant Low-End PC Settings Checklist
- Shadows set to Off
- Multi-threaded Rendering set to On
- Resolution at 1600×900 or lower if needed to hit 60+ FPS
- Texture and Material Quality at Low
- Anti-Aliasing at Off or MSAA 2x
- Bloom, Distortion, Vignette all Off
- Windows Power Plan set to High Performance
- Xbox Game Bar and background recording disabled
- Browser and Discord closed during sessions
Valorant gives back more FPS per optimization dollar than almost any other competitive game. These settings and tweaks can genuinely double FPS on a weak PC. If you’re now hitting your FPS target but ping is still a problem, our Valorant ping guide covers that independently. And if you’re considering a hardware upgrade and want to know what actually matters for Valorant, our guide on what PC specs you need for Valorant breaks it down by FPS target.
For the official minimum and recommended Valorant hardware requirements, see Riot’s Valorant PC specs page. NVIDIA Reflex is also available on weak hardware and reduces input latency at no FPS cost.
Tested by Anir | FPSFlow.com
Hardware: RTX 4070 + Ryzen 7 5800X, 32 GB DDR4 3600MHz as reference system. Lower-tier FPS estimates based on published community benchmarks from equivalent configurations.
Last updated: July 2026
Method: Each setting tested in isolation to measure FPS impact. System tweaks tested on the reference bench with throttled GPU to simulate lower-tier conditions.
