| Genre | Typical reaction time | Why |
|---|---|---|
| Competitive FPS (CS2, Valorant) | 150–180 ms | Pure flick-and-click reactions, drilled for years |
| Battle royale (Apex, Fortnite) | 170–200 ms | Reaction plus target tracking across chaos |
| MOBA (League, Dota) | 200–250 ms | Reaction matters less than decision-making and macro |
| Fighting games | 200–250 ms | Reads and reversals lean on anticipation, not raw speed |
| Rhythm games | Timing, not RT | Scored on precision to the beat rather than reaction |
| Average ranked player | 200–250 ms | Solidly above the population, well short of pro |
| Population average | ~250 ms | The non-gaming baseline for comparison |
How fast do pro gamers actually react?
The headline figure is broadly real: elite first-person-shooter players are commonly reported at simple reaction times around 150–180 milliseconds, comfortably faster than the roughly 250 ms population average. But the gap is smaller than it looks, and it doesn't hold the same way across every genre — reaction speed matters far more in a twitch-aim shooter than in a game built around longer-term decision-making.
Controlled, peer-reviewed lab testing tells a more conservative story than competitive-gaming benchmarking does. Professional Counter-Strike: Global Offensive players, tested with a mouse-click reaction task, averaged about 219 ms, against roughly 270 ms for novice players in the same study — slower than the headline range above, because a controlled lab test strips out the anticipation and low-latency hardware that shave time off a reaction measured mid-match. A separate study of composite reaction time across visual, auditory and tactile tests found esports competitors at about 269 ms versus 306 ms for non-competitive college students. We deliberately don't attribute specific millisecond figures to named players here — those numbers are almost always self-reported, taken from a single click-test attempt, or impossible to verify.
It's anticipation, not reflexes
A player who "reacts" to an opponent appearing in well under 200 ms usually did not out-reflex anyone — they pre-aimed the angle and started moving before the target appeared. Crosshair placement, sound cues, minimap reads and pattern recognition all let the response begin early, which looks superhuman but is really elite prediction rather than raw nervous-system speed.
This is backed up by research rather than just intuition: a peer-reviewed comparison across esports genres and traditional sportsmen found no significant difference in simple visual, auditory or choice reaction time between most groups tested, with only a modest edge for one genre over another in specific test types. In other words, the popular idea that one genre of game reliably produces measurably faster reflexes than another is not strongly supported — the real separator between pros and everyone else is decision-making and anticipation, not raw reaction speed.
Why a high refresh-rate monitor "improves" your score
A faster display does not speed up your brain — it just shows you the signal sooner after it happens, so your measured reaction time drops. This is a genuine, well-documented display effect, not a change in your biology, and it is one of the bigger reasons pro-level scores read so low.
The mechanism is simple arithmetic. A display can only show a new frame at its next refresh, and on average a signal appears at a random point within that refresh interval — so the average delay a display adds is about half of one frame's duration, or 500 divided by the refresh rate in Hz. A 60 Hz display refreshes every 16.7 ms, for an average added delay near 8 ms; a 360 Hz display refreshes every 2.8 ms, for an average added delay near 1.4 ms.
| Refresh rate | Frame interval | Average added delay |
|---|---|---|
| 60 Hz | 16.7 ms | ~8 ms |
| 144 Hz | 6.9 ms | ~3.5 ms |
| 240 Hz | 4.2 ms | ~2 ms |
| 360 Hz | 2.8 ms | ~1.4 ms |
What a real training routine looks like
Competitive players generally spend more time on aim mechanics, positioning and game sense than on raw reaction drills, because the research above suggests that is where the larger, more trainable gains actually live. A short reaction-time check is more often used as a quick readiness check — "am I alert and warmed up?" — than as the main event of a practice session.
The practical takeaway: use the Aim Reaction Test for the react-then-flick skill that mirrors FPS play, the Classic Reaction Time Test for a clean, comparable baseline, and the 5-Choice Reaction Test for the decision speed that separates good players from great ones. Take all three on the same monitor and input device you actually compete on, and put the bulk of deliberate practice into the anticipation and decision-making skills that the research consistently points to as the real differentiator.
- 01Gostilovich, S., Kotliar Shapirov, A., Znobishchev, A., Phan, A-H., & Cichocki, A. (2023). Biomarkers of professional cybersportsmen: Event related potentials and cognitive tests study. PLOS ONE, 18(8), e0289293. Link
- 02Luu, C., Winans, A., Suniga, N., & Motz, B. (2021). Reaction Times for Esport Competitors and Traditional Physical Athletes are Faster than Noncompetitive Peers. Ohio Journal of Science, 121(1). Link
- 03Bickmann, P., Wechsler, K., Rudolf, K., Tholl, C., Froböse, I., & Grieben, C. (2021). Comparison of Reaction Time Between eSports Players of Different Genres and Sportsmen. International Journal of eSports Research, 1(1), 1-16. Link