Valorant Ping Test
Valorant is a game of tight angles and half-second duels, and Riot built its infrastructure around 128-tick servers precisely because milliseconds decide gunfights. This test measures your round-trip time to the cloud regions sitting closest to Riot's Valorant data centers, so you can see which region will treat your crosshair fairly before you queue up.
Lower = better. The number is the real HTTPS round-trip from your browser to that region; your in-game ping will read a bit lower.
Regions we test for Valorant
These are the 10 regions where Valorant players are typically served, ordered roughly west to east. Run the test above to rank them by your own latency.
Frankfurt
Europe
Ireland
Europe
UAE
Middle East
Virginia
North America
Oregon
North America
São Paulo
South America
Singapore
Asia
Tokyo
Asia
Seoul
Asia
Sydney
Oceania
What counts as good ping in Valorant?
| Ping | Verdict | What it feels like |
|---|---|---|
| Under 25 ms | Competitive-ready | The range pros and Radiant grinders play on. Peeks, sprays, and util timings register exactly as you see them. |
| 25–50 ms | Great for ranked | You will rarely feel the delay; only extreme jiggle-peek duels slightly favor lower-ping opponents. |
| 50–80 ms | Playable | Fine for unrated and swiftplay, but in ranked you will occasionally trade kills you should have won or die behind cover. |
| Over 80 ms | Frustrating | Peeker's advantage works against you in nearly every duel. Change your preferred data centers or fix your route. |
Why latency hurts more in Valorant than in most shooters
At 128 ticks per second, a Valorant server processes a new world state roughly every 7.8 milliseconds. That high refresh rate means the network delay between you and the server becomes the dominant source of lag — there is very little server-side buffering left to hide behind. If you hold an angle on 80 ms while the enemy swings you on 25 ms, peeker's advantage lets them see and shoot you a noticeable fraction of a second before you ever see them move.
Riot also operates its own backbone, Riot Direct, which peers with ISPs to shorten routes to its data centers. That helps, but it cannot beat geography: your physical distance to the data center still sets the floor for your ping.
Shards, regions, and picking a data center
Your Valorant account lives on a shard (EU, NA, AP, KR, BR, or LATAM), and inside each shard Riot spreads matches across multiple data centers — EU players, for example, bounce between Frankfurt, Paris, London, Stockholm, and Warsaw. In the in-game settings you can set preferred servers, and matchmaking weighs those preferences against queue times.
Run the test below and note your two or three fastest regions. Those are the geographies you should prefer in Valorant's server selection — deprioritizing everything else stops matchmaking from dropping you onto a 90 ms server at 3 a.m. just to fill a lobby.
How we measure this
Browsers can't send the ICMP or UDP packets games use, so this tool measures the warm HTTPS round-trip time from your device to the cloud region closest to each of Valorant's server locations — a reliable proxy for the latency you'll experience, not a direct ping to Valorant's game servers. We warm up each connection first so TCP/TLS handshakes aren't counted, then keep the best of several samples. Absolute values can read slightly higher than in-game ping; the ranking of regions from fastest to slowest is what you should rely on.
Valorant ping FAQ
Is this the same ping I'll see in Valorant?
Not exactly, and we're upfront about that. A browser can't send Valorant's UDP game traffic, so we measure warm HTTPS round-trip time to the cloud region nearest each Riot data center — a reliable proxy for the latency you'll experience, not a direct ping to Riot's servers. In-game ping is often a few milliseconds lower thanks to Riot Direct routing, but the ranking of regions from fastest to slowest carries over accurately.
Which Valorant server should I pick?
Pick the region that comes out fastest in this test, then open Valorant's settings and set your preferred servers to the data centers in that geography. If two regions test within about 10 ms of each other, enable both — you'll get faster queues with no practical latency cost.
Why is my in-game Valorant ping different from this result?
Three common reasons: Riot Direct may route your traffic more directly than the public internet path we measure; matchmaking sometimes places you on a non-preferred data center during off-peak hours; and Wi-Fi interference or network congestion at the moment of the match adds variance that a short test can't capture. Treat our number as your baseline, not a guarantee.
Does 128-tick actually make low ping more valuable?
Yes. On a 128-tick server the simulation itself adds almost no delay, so your network latency makes up nearly all of the lag you feel. Cutting your ping from 60 ms to 25 ms in Valorant is far more noticeable than the same cut would be in a game running 20-tick servers, where the server update interval masks part of the improvement.