Best Valorant Settings for 2026

The best Valorant settings give you stable frame times, low input latency, an uncluttered picture, and controls you can repeat. A strong PC baseline is Fullscreen at native resolution, low visual quality, Multithreaded Rendering on, V-Sync off, NVIDIA Reflex on when available, a consistent FPS limit, a simple crosshair, a fully visible minimap, and one spatial-audio method—not two.

Best Valorant settings at a glance

These values are a defensible starting point, not a pro-player costume. Keep anything that improves comfort or accessibility, and change one variable per test.

Mouse DPI, sensitivity, and eDPI

eDPI = mouse DPI × in-game sensitivity. At 800 DPI and 0.35 sensitivity, eDPI is 280. That lets you compare speeds across different DPI values, but eDPI is not a quality score. Desk space, grip, arm movement, agent role, and physical comfort decide what works.

A practical calibration method

1. Start around 240–300 eDPI if you have enough mousepad space. This is only a test range.
2. In the Range, make a comfortable 180-degree turn without running off the pad. If you cannot turn, raise sensitivity slightly.
3. Track a bot's head while strafing. If you constantly pass the target, lower sensitivity by 5–10%; if you lag behind, raise it.
4. Run two Deathmatches and note whether errors are overshoots or undershoots.
5. Keep the winner for a week. Daily sensitivity changes prevent useful muscle-memory feedback.

Begin scoped and ADS multipliers at 1.0. Lowering the Operator scope multiplier can help tiny corrections, but it also changes the relationship you must learn. Do not assume “1” produces identical physical movement at every field of view; it is simply a clean starting point.

A clear Valorant crosshair baseline

Use a bright color that remains visible on every map, turn firing and movement error off once you understand them, and keep the center open enough to see a head. A small cyan or green static cross with thin inner lines is a safe start. A dot works for disciplined tapping but gives less horizontal reference during spray transfer.

If you want import codes and alternatives for different sight preferences, use our Valorant crosshair guide. Copying a pro's crosshair is harmless; copying it without checking visibility is not.

Video and graphics settings

Choose Fullscreen, your monitor's native resolution, and its highest available refresh rate. Lower resolution can help a GPU-bound low-end PC, but Valorant often becomes CPU-limited at competitive settings. If reducing resolution barely changes FPS, the GPU is probably not the bottleneck.

How to set FPS limits

Cap menu and background FPS to reduce heat and power use. For gameplay, first measure the worst sustained FPS during utility-heavy fights. A steady 240 feels better than a counter bouncing between 400 and 180. With variable refresh, follow the display maker's recommended cap and sync combination; with no adaptive sync, compare a stable cap against uncapped play. Avoid copying a single “three frames below refresh” rule without considering Reflex, monitor behavior, and GPU load.

Input latency, Multithreaded Rendering, and Reflex

Enable Multithreaded Rendering when Valorant exposes it on a supported PC. Riot introduced it to improve performance in scenes with many objects, particularly on capable systems. If enabling it causes a repeatable regression on an unusual CPU, document the same benchmark and turn it back off.

On supported NVIDIA GPUs, use NVIDIA Reflex Low Latency: On. Test On + Boost if lowest latency matters more than power and heat. NVIDIA explains that Boost keeps clocks high in CPU-bound cases for a modest extra latency benefit, but it consumes more power. When Reflex is active in Valorant, do not stack an NVIDIA Control Panel Ultra Low Latency override; let the in-game Reflex integration manage the queue.

AMD users should begin with current drivers, Radeon Anti-Lag only if the driver supports it for Valorant, and no global “one-click optimization” that silently changes resolution, sharpening, or caps. Verify each driver feature with the in-game frame-time graph. If your FPS problem is broader than this guide, our Valorant FPS troubleshooting guide covers diagnosis in depth.

Minimap settings for complete information

The non-negotiable requirement is seeing the relevant map without waiting for a rotation. Keep vision cones on, show map region names if you are learning callouts, and reduce zoom until both sites and common rotation lanes fit. Rotate versus Fixed/Based on Side is preference: rotating maps align with your view; fixed maps preserve consistent callout orientation.

Try map size 1.0–1.2, zoom around 0.8–0.9, and Keep Player Centered off as a starting point. On small displays, a slightly larger map can be worth more than extra peripheral view. The correct result is instant comprehension, not a particular decimal.

Controls, keybinds, and communication

Keep movement on WASD and place walk, crouch, jump, spike, weapons, and abilities where they do not force your movement fingers to leave position at the wrong moment. Mouse side buttons are useful for abilities that must be used while strafing, but avoid binding every utility action to the aiming hand.

• Jump: Space, mouse wheel, or both; keep a conventional key for menu/tutorial prompts.
• Crouch: Ctrl or a comfortable alternative. Do not hold it automatically in every duel.
• Equip last weapon: use it if Operator and sidearm swaps feel slow on number keys.
• Agent profiles: create only when one agent needs a special layout; too many exceptions increase errors.
• Push-to-talk: choose a key you can press without releasing movement. Set mic threshold so keyboard noise stays closed.

Keep tactical callouts audible and mute abusive players early. Voice and pings are information channels, not obligations to absorb distraction. Players who want individualized feedback can compare Valorant coaching options without treating coaching as a requirement for improvement.

Audio, footsteps, and HRTF

Use exactly one headphone-spatialization path. The simplest baseline is Speaker Configuration: Stereo, HRTF: On, and Windows/headset virtual surround off. If you prefer Dolby Atmos, Windows Sonic, DTS, or supported headset spatial software, set Valorant to Auto-Detect, enable that one Windows solution, and let Valorant turn off its HRTF. Stacking HRTF with another surround processor can smear direction.

Turn music down or off during matches, keep sound effects clear, and balance voice chat below gunfire and footsteps. HRTF is designed for headphones, not speakers or mono output. Riot says no single HRTF solution universally provides a competitive advantage because each model fits different anatomy, so compare front/back accuracy and comfort.

Windows, monitor, NVIDIA, and AMD checks

1. Set the display refresh rate in Windows. A 240 Hz monitor running at 60 Hz defeats the in-game choice.
2. Use Game Mode and current GPU drivers. Reboot after driver installation.
3. Disable overlays one at a time. Recording, chat, RGB, and stat overlays can cause hitches.
4. Keep Windows pointer acceleration irrelevant. Valorant uses raw input; Patch 11.06 made its higher-performance buffer permanent.
5. Avoid conflicting caps. Do not combine an in-game cap, driver cap, overlay cap, and monitor sync without understanding which one is active.
6. Confirm power and thermals. Laptops should be plugged in; sustained clock drops often explain late-match stutter.

Settings for low-, medium-, and high-end PCs

Low-end PC or laptop

Use Fullscreen, all quality options Low, anti-aliasing None, anisotropic filtering 1x–2x, clarity and sharpening off if they cost frames, Multithreaded Rendering on when available, and a 60/90/120 cap the system can sustain. Reduce resolution only after quality options and background apps.

Mainstream 144–240 Hz PC

Use native resolution, Low materials/detail/UI, Medium textures, MSAA 2x, AF 4x, Multithreaded Rendering on, V-Sync off, and Reflex on for NVIDIA. Cap around a verified stable value rather than the highest Range result.

High-end competitive PC

Keep native resolution and low-clutter visuals. Extra GPU power should protect frame-time lows, not justify Bloom or Distortion. Test Reflex On + Boost, high polling rates, and uncapped versus capped play with a repeatable metric; retain only changes that improve latency without introducing heat or instability.

A 15-minute settings verification routine

1. Confirm Windows refresh rate, Fullscreen mode, native resolution, and the correct monitor.
2. Enable the client FPS, frame-time, packet-loss, and ping graphs.
3. Use the Range to test sustained spray, ability effects, and bot tracking—not idle FPS.
4. Run Deathmatch for sensitivity, crosshair visibility, footsteps, and fight-time frame drops.
5. Save screenshots of every final settings page and stop changing them before ranked.

Settings remove friction; they do not replace positioning, utility timing, or practice. If ranked progression is the next question, the updated Valorant ranking-system guide explains RR and MMR separately.

Valorant settings FAQ

What eDPI is best for Valorant?

There is no universal best eDPI. Start around 200–320 if you have adequate mousepad space, then calibrate from overshoots, undershoots, and a comfortable 180-degree turn.

Should NVIDIA Reflex be On or On + Boost?

Start with On. On + Boost can shave a little more latency by keeping GPU clocks high in CPU-bound play, but it uses more power and creates more heat. Test both under the same workload.

Where is Raw Input Buffer in Valorant?

It no longer appears. Riot removed the configurable setting in Patch 11.06 and permanently enabled the more performant path for all players.

Should HRTF be on?

For headphones, test Stereo plus Valorant HRTF first. If you use Windows or headset spatial audio instead, select Auto-Detect and use only that processor. HRTF and spatial audio are not intended for speakers or mono.

Does stretched resolution make agents wider?

Valorant does not give the same stretched-player-model effect players associate with some other shooters. Native resolution preserves the clearest UI and image; lower resolution is primarily a performance choice.