If you want to increase FPS on PC, you don’t need to drag every graphics slider to “low” and hope something sticks. FPS improves fastest when you fix the few things that quietly hold performance back: wrong refresh rates, heavy graphics settings like shadows and volumetrics, background apps, power limits, driver issues, and heat.
This guide walks through practical steps that work in real gameplay, not just benchmarks. It also helps you identify what’s actually limiting your system, so every change you make has a purpose.
The Quick Truth: More FPS Alone Isn’t the Goal
Many players raise FPS and still feel stutter. That’s because smooth gameplay is a mix of:
- Frame rate
- Frame timing
You can see “high FPS” and still feel rough camera movement, hitching in fights, or pauses when entering new areas. What people usually mean when they say “I want to increase FPS on PC” is this:
- Higher FPS where it matters
- More stable frame delivery so motion feels clean
This guide targets both at the same time.
A 2-Minute Check Before Changing Anything
Do this first. It prevents wasted tweaking.
Confirm Your Monitor Refresh Rate in Windows
Many gaming monitors ship at high refresh rates but run at 60Hz in Windows by default.
What to do
Open Windows display settings and set your screen to its actual refresh rate. Then open the game and confirm the same refresh rate is selected in the game’s display menu.
What you’ll notice
Mouse movement feels more direct, camera panning looks smoother, and tearing often becomes less obvious.
This single fix can immediately increase FPS feel without touching hardware.
Use One Overlay to Find the Real Limit
You only need one overlay showing:
- FPS
- GPU usage
- CPU usage
- VRAM usage (if available)
Read it like this:
- GPU usage stays high and FPS is low → GPU limit
- GPU usage is low but FPS is low → CPU limit, background apps, or CPU-heavy settings
- VRAM nearly full with hitching → texture settings or asset streaming
This quick check tells you which steps will actually increase FPS on PC on your system.
Fast In-Game Changes That Increase FPS on PC
Start in the game’s video menu. These changes usually give the biggest gains with the least visual damage.
Render Scale Beats Blind Resolution Drops
Many games let you change render scale (resolution scale). This lowers internal workload while keeping your screen resolution intact.
Why it works
A small drop in render scale can raise FPS without making UI and text look messy.
What to try
Lower render scale in small steps. Test in a busy scene, not an empty room. Stop when the image looks too soft, then raise it one notch.
Shadows: The Classic FPS Killer
Shadows are expensive in many modern games, especially shadow distance in open areas.
What to try
Lower shadow quality one level. If shadow distance exists, reduce it slightly. This is one of the most reliable ways to increase FPS on PC without ruining visuals.
Volumetrics and Fog: Heavy Cost, Subtle Payoff
Volumetric lighting and fog look cinematic but hit performance hard during movement.
What to try
Drop volumetrics one level before touching textures. Many players regain a lot of FPS here.
Reflections and Ray Tracing: Treat as Optional
Reflections cost performance. Ray tracing costs a lot.
What to try
Turn ray tracing off and test. If you want it, re-enable one RT feature at the lowest level and test again.
Anti-Aliasing and Image Clarity
Some AA modes blur the image and cost more FPS than expected, especially when combined with upscaling.
What to try
Use a moderate AA option and add a small sharpening value if needed. Keep changes small so you can feel each effect.
Textures and VRAM: Smoothness Over Looks
Textures don’t always drop FPS directly, but VRAM overload causes hitching that feels like FPS loss.
What to try
If you stutter when turning quickly or entering new areas, drop textures one level. Keep other visuals high if VRAM allows.
FPS Cap: A Quiet Fix for Wild Frame Swings
Capping FPS often feels smoother than running uncapped.
Where to cap
Cap near your monitor refresh rate. Some systems feel best slightly below it. Test both.
V-Sync, VRR, and Tearing
A simple testing order:
- Enable VRR (FreeSync, G-Sync, HDMI VRR)
- If tearing remains, test V-Sync
- If input feels heavy, turn V-Sync off and rely on VRR + FPS cap
Windows Settings That Can Increase FPS Without Touching the Game
Game Mode: Worth a Quick Test
Windows Game Mode can help consistency on some systems.
What to do
Turn it on, restart, test the same in-game scene again.
Kill Background FPS Thieves
You don’t need to close everything—just the noisy stuff.
Close or pause:
- Extra browser tabs
- Video playback
- Downloads
- Unneeded overlays
Then test again.
Power Mode and Laptop Limits
Laptops throttle hard on battery. Desktops can also sit in conservative power plans.
What to do
Plug in laptops before testing. Choose a performance-focused power mode while gaming.
Startup Clutter and Scheduled Tasks
Random FPS drops often line up with background scans or updates.
What to do
If drops happen at predictable times, check what else is running at that moment and schedule it for off-hours.
GPU Drivers and Control Panel Basics
Drivers matter, but newer isn’t always faster.
A clean routine
Update from the official GPU tool, restart, test.
If performance dropped after an update, rolling back one version can help.
Avoid Stacked Limits That Fight Each Other
Multiple FPS caps cause bad frame pacing.
What to do
Pick one place for FPS limiting (start with in-game). Disable others while testing.
Storage, RAM, and VRAM: The Hidden Stutter Triangle
Storage: Why an SSD Feels Like an FPS Upgrade
Modern games stream assets constantly. Slow storage causes hitching mid-match.
What to do
Install main games on an SSD. Keep free space available.
RAM: When “Enough” Isn’t Enough
Running a game plus browser, voice chat, and recording can push memory over the edge.
What to do
Close heavy apps while testing. If you want them open long-term, plan a RAM upgrade.
VRAM: Texture Settings Are Your Tool
VRAM overload causes hitching that feels like FPS loss.
What to do
If VRAM is near full, lower textures or shadows slightly.
Increase FPS on PC by Matching Settings to Resolution
1080p: High-FPS Comfort Zone
Focus on refresh rate, FPS cap stability, shadows, and volumetrics.
1440p: Balance Clarity and Speed
Use upscaling, keep textures within VRAM limits, lower shadows before dropping resolution.
4K: Smoothness First
Upscaling helps. Drop shadows and volumetrics. Keep ray tracing off unless you have headroom.
If FPS Still Won’t Go Up: Find the Real Bottleneck
CPU-Bound Signs
Low GPU usage with low FPS, worst drops in cities or large battles.
Fix
Lower view distance, crowd density, simulation detail.
Heat and Throttling: The Silent FPS Killer
FPS starts strong, then drops after 10–20 minutes.
Fix
Clean dust, improve airflow, avoid blocking laptop vents, check temperatures.
Network Confusion: Lag Is Not FPS
If FPS is stable but movement feels delayed, test a different server or check network load.
Reset Game Settings When Things Get Messy
After patches, configs can break.
What to do
Reset graphics to a preset, then re-apply only key changes: refresh rate, render scale, shadows, volumetrics, ray tracing, FPS cap.
About the “Increase” Search Noise
When searching increase fps on pc, you may see dictionary or language-learning pages mixed into results. That’s normal search noise around the word “increase.” Ignore it and stick to the practical steps above.
A Clean “Increase FPS on PC” Checklist
Use this order:
- Refresh rate and display mode
- Render scale
- Shadows and volumetrics
- Ray tracing off
- Textures if VRAM is tight
- FPS cap
- Background apps
- Temperature check after 15 minutes
Conclusion
To increase FPS on PC, don’t chase every setting. Fix the big levers in the right order: refresh rate, render scale, shadows, volumetrics, ray tracing, texture load, and a stable FPS cap. Support that with a clean Windows session, sensible driver settings, and good cooling. Do this, and most games feel smoother even before you think about hardware upgrades.