Whether you are trying to land a flick shot in a tactical shooter, swerve to avoid an obstacle while driving, or catch a falling glass, your reaction time plays a central role. But what actually qualifies as a "good" reaction time?
Human Visual Averages
For the general population, the average visual reaction time (the time it takes to see a light change color and press a key) is approximately 250 milliseconds (ms).
Here is how reaction speed brackets generally break down:
| Classification | Time (ms) | Percentile |
|---|---|---|
| Elite / Esports Pro | Under 180 ms | Top 5% |
| Fast | 180 – 220 ms | Top 25% |
| Average | 220 – 280 ms | Most adults |
| Warming Up | Over 280 ms | Bottom 25% |
Visual vs. Auditory Reaction Time
Surprisingly, auditory reaction times are generally faster than visual ones. The average auditory response time is around 170ms. This is because sound signals travel to the auditory cortex and trigger a reflex reaction faster than visual signals travel through the complex pathways of the visual cortex.
Why Hardware Distorts Your Score
Online benchmark tools measure your reaction time over the web, which introduces hardware latency:
- Monitor Refresh Rates: Standard 60Hz office screens add 16.7ms of visual lag. High-refresh gaming screens (144Hz–360Hz) drop this input delay to 1ms–4ms.
- Input Device: Mobile touchscreens and wireless office mice add 50ms–100ms of latency compared to high-performance wired mechanical mice with high polling rates.
Consequently, a 240ms reaction score on a phone or laptop trackpad might translate to a sub-180ms reflex speed on a dedicated gaming PC setup.
How reflexbench Normalizes Latency
To ensure a fair comparison regardless of what hardware you are using, reflexbench calculates a Normalized Score for latency-sensitive assessments (Reaction Time, F1 Reaction, and Aim Trainer). We analyze your device environment and automatically apply latency offsets:
- Touch Digitizer Compensation: Tapping a touchscreen has an inherent delay in digitizer processing. We subtract 70ms for Touch inputs.
- Refresh Rate Compensation: Visual rendering on 60Hz and lower screens introduces frame display delay. We subtract 10ms for refresh rates of 60Hz or lower.
This calculation isolates your true neurological reaction speed (your estimated "Brain Reflex") from input device disparities, giving you a transparent, standardized view of your performance.
Put your reflexes to the test
Measure your visual reflex speed in milliseconds instantly.