What Counts as a Good Ping for Gaming

For most games, anything under 50ms is a good ping — inputs feel immediate and hit registration is reliable. For competitive shooters, fighting games, and ranked play, aim for under 20ms whenever your connection and server location allow it. Ping above 100ms starts to feel sluggish in fast-paced genres, and above 150ms most action games become genuinely difficult to play well. But the single number only tells part of the story: the game you're playing, its netcode, and how stable that ping is (not just how low) all change what "good" actually means in practice.

The Master Ping Thresholds Table

Use this as your baseline, then adjust for genre using the table further down.

Ping Range	Rating	What It Actually Feels Like
0-20ms	Excellent	Inputs register as if local. This is LAN-tournament territory — the gap between your click and the on-screen result is imperceptible.
20-50ms	Good	The realistic target for online play. Aim feels crisp, abilities land where expected, and most players cannot distinguish this from 0ms in a blind test.
50-100ms	Playable	A small but real delay. Casual games feel fine; twitch-aim shooters and fighting games start to feel "off" even if you can't say exactly why.
100-150ms	Noticeable	Clear input lag. Peekers and first-shots go to your opponent more often. Turn-based and slower strategy games remain fully playable here.
150ms+	Difficult	Rubber-banding, delayed hit confirmation, and desync become common. Real-time competitive genres are effectively compromised past this point.

Genre-by-Genre Ping Requirements

The same 60ms that ruins a fighting game match barely registers in a turn-based strategy title. Here's what each genre actually needs and why.

Genre	Good Ping	Why
FPS (Valorant, CS2, Overwatch 2)	Under 30ms, ideally under 20ms	Fights are won or lost in single-digit-millisecond windows. Most FPS netcode favors the shooter, so the player with lower ping generally wins close duels.
Fighting games (Street Fighter, Tekken, Guilty Gear)	Under 30ms, stability matters more than raw number	Frame-perfect inputs (often a single frame is under 17ms) mean even small delay changes timing windows. Modern titles use rollback netcode, which predicts opponent inputs and rewinds/resimulates if wrong — this hides moderate ping well but any jitter causes visible "rollback" stutter that feels worse than steady latency.
Racing sims (iRacing, Gran Turismo, Forza)	Under 40ms	Position and physics updates need to stay tightly synced at racing speeds; a car traveling 200 km/h covers real distance during even 30-50ms of delay, so high ping causes phantom collisions and late braking cues from other cars.
MOBA (League of Legends, Dota 2)	Under 60ms, ideally under 40ms	Skill-shot timing and last-hitting reward low ping, but the client-side prediction and generous hit windows in these games tolerate more latency than an FPS.
Battle royale (Fortnite, Apex Legends, Warzone)	Under 60ms	Combines FPS-style gunplay with larger server populations and more distant matchmaking pools, so target ranges sit slightly above pure arena shooters.
MMORPG (WoW, FFXIV, Final Fantasy XIV)	Under 100-150ms is workable	Global cooldown systems and ability queuing were designed around real-world internet latency, so these games remain playable well above FPS thresholds — though raiding and PvP still reward lower ping.
RTS (StarCraft II, Age of Empires)	Under 100ms	Command queuing absorbs some delay, but high-APM players notice input lag on micro-intensive unit control.
Turn-based (Hearthstone, chess, Civilization)	Under 200ms is fine	No real-time reaction requirement means ping mainly affects how quickly the game state updates between turns, not competitive outcomes.

Why the Same Ping Feels Different in Different Games

Two games can report identical 40ms ping and feel completely different to play. Three engine-level factors explain why:

Tick rate. A game server that only processes updates 20 times per second (a 20-tick server) adds up to 50ms of its own delay on top of your network ping, regardless of your connection. A 128-tick server processes updates roughly every 8ms, so it exposes your true network latency far more directly — which is why competitive shooters increasingly push for higher tick rates.
Netcode model. Most modern shooters use "favor the shooter" lag compensation: the server rewinds the game state to what the shooter saw on their screen, so the person with lower ping to the server generally wins contested duels. Fighting games instead use rollback netcode, which lets both players act with zero perceived delay by predicting inputs and correcting after the fact — this makes ping less punishing but makes jitter far more visible, since every misprediction causes a visual correction.
Interpolation and prediction. Games smooth out other players' movement between server updates by predicting where they're likely to be. Good interpolation can mask 60-80ms of latency almost seamlessly; poor interpolation makes even 30ms look choppy. This is a large part of why "good ping" varies so much between game engines.

Ping vs. Jitter vs. Packet Loss

Ping is only one piece of connection quality, and it's not always the most important one. A steady 40ms connection will feel noticeably better than a connection that averages 20ms but swings between 5ms and 80ms — because your game has to constantly compensate for a moving target, causing rubber-banding and inconsistent hit registration even though the average number looks great.

Ping is the round-trip delay between you and the server — how long it takes.
Jitter is the variation in that delay from one packet to the next — how consistent it is. Read our full breakdown in Jitter vs. Ping: What is the Difference and Why It Matters.
Packet loss is data that never arrives at all, forcing retransmission or leaving gaps the game has to guess around. Even 1-2% loss can feel worse than 100ms of stable ping.

When you run a ping test, check all three numbers together, not just the headline ping figure — a low ping with high jitter or any packet loss is not actually a good connection.

What Ping Do Pro Players Actually Play At

Esports professionals in CS2, Valorant, and League of Legends typically compete at 10-30ms to their region's server, and LAN tournament environments — where players connect directly to a local switch with no internet routing at all — bring that down to roughly 0-5ms. This is the practical ceiling for "as good as it gets": once you're within a few milliseconds of LAN, further improvements produce essentially no gameplay benefit. If your ping test consistently reads under 20ms to your game server of choice, you have already matched the standard professional players compete at.

Five Highest-Impact Ways to Lower Your Ping

Connect with Ethernet, not Wi-Fi. Wireless adds variable delay and retransmissions that a wired connection simply doesn't have. This single change often does more than any router setting.
Pick the closest server region. Distance is physics — light itself takes roughly 4-5ms to travel 1,000 km through fiber, before any routing overhead. Manually select the nearest server rather than trusting auto-matchmaking.
Stop background traffic during play. Downloads, cloud backups, and streaming devices on your network compete for the same upstream bandwidth and can spike your ping even on a fast connection.
Fix the root cause, not just the symptom. If your ping is high everywhere, not just in one game, work through our What Causes High Ping? 10 Common Reasons and How to Fix Them guide to isolate whether it's your router, your ISP, or routing beyond your control.
Test before and after every change. Use our game ping tests hub to check region-specific latency for your exact game before assuming a fix worked — confirming with data saves hours of guessing.