| 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 | Decision-making and macro count for more than reaction |
| Fighting games | 200–250 ms | Reads and reversals run 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?
There is truth in the headline figure. Reports routinely place elite first-person-shooter players at simple reaction times near 150–180 milliseconds, well clear of the roughly 250 ms population average. Even so, the gap is smaller than it looks, and it does not hold up equally across genres. A twitch-aim shooter leans on reaction speed in a way that a game built around longer-term decision-making never does.
Controlled, peer-reviewed lab work paints a more conservative picture than competitive-gaming benchmarking. Given a mouse-click reaction task, professional Counter-Strike: Global Offensive players averaged about 219 ms, compared with roughly 270 ms for novices in the same study. That falls short of the headline range because a controlled lab test removes the anticipation and low-latency hardware that trim time off any reaction measured mid-match. Another study, this one on composite reaction time across visual, auditory and tactile tests, placed esports competitors near 269 ms against 306 ms for non-competitive college students. We deliberately don't attribute specific millisecond figures to named players here. Such numbers are nearly always self-reported, drawn from one click-test attempt, or simply unverifiable.
It's anticipation, not reflexes
When a player appears to "react" to an opponent in well under 200 ms, they have usually out-predicted rather than out-reflexed anybody. 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. The result looks superhuman, but it is elite prediction rather than raw nervous-system speed.
Research supports this, not just intuition. One peer-reviewed comparison spanning esports genres and traditional sportsmen found no significant difference in simple visual, auditory or choice reaction time between most of the groups tested, with only a modest advantage for one genre over another in particular test types. Put plainly, the popular belief that certain genres reliably build measurably faster reflexes has weak support. What genuinely separates pros from 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. All it does is present the signal sooner after it occurs, which drops your measured reaction time. The effect is genuine and well documented, a matter of display behaviour rather than biology, and it goes a long way toward explaining why pro-level scores read so low.
The mechanism comes down to arithmetic. New frames can only appear at the display's next refresh, and a signal turns up at a random point inside that refresh interval. On average, then, a display adds about half of one frame's duration, or 500 divided by the refresh rate in Hz. At 60 Hz the refresh comes every 16.7 ms, giving an average added delay near 8 ms. At 360 Hz it comes every 2.8 ms, for an average 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
Most competitive players put more hours into aim mechanics, positioning and game sense than into raw reaction drills, since the research above points to those as the larger and more trainable gains. A quick reaction-time check usually serves as a readiness gauge ("am I alert and warmed up?") rather than the centrepiece of a practice session.
The practical takeaway: reach for the Aim Reaction Test to work the react-then-flick skill that mirrors FPS play, the Classic Reaction Time Test for a clean and comparable baseline, and the 5-Choice Reaction Test for the decision speed that divides good players from great ones. Run all three on the monitor and input device you actually compete with, then aim the bulk of your deliberate practice at the anticipation and decision-making skills the research keeps identifying 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. Gostilovich, 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.
- 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). Luu, 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).
- 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. Bickmann, 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.