CPS Test — Click Speed Test

A cps test measures how many times you press a mouse button in a set window of time. The resulting number shows your input frequency, expressed as clicks per second. This site provides a casual clicking score, not a hardware diagnostic.

Taking a browser-based click speed test gives you an immediate reading without third-party software. The abbreviation CPS directly means clicks per second. On this site, the final score is the number of click events received by the active box divided by the selected duration in seconds.

This tool runs in your browser with selectable windows of 1, 5, 10, 15, 30, and 60 seconds. The default is 10 seconds.

The test takes four steps:

1. Rest your hand comfortably on your mouse with proper wrist support.
2. Choose a duration from the button bar and tap start.
3. Tap the active box as fast as possible until the timer expires.
4. Check your final score, your rank on the title ladder, and your local personal best.

The Start handler records performance.now(). A requestAnimationFrame callback checks elapsed time and ends the run on the first frame at or after the selected duration. Each onClick on the active box adds one to the count; the final divisor remains the selected duration, even if a frame runs late. Scheduling and input delays can affect the result; this is not an independently calibrated timer.

Compare runs on the same device, browser, input hardware, and duration. Your personal best combines all durations in this browser; it is not a duration-specific record. Personal-best scores are saved in local browser storage when available. The result card can be screenshotted; Share uses the browser share sheet when available or copies the test link. See the Privacy link beside the test for third-party analytics.

Gamers use several distinct clicking methods to maximize their registered inputs. Each method carries trade-offs between raw click speed, cursor accuracy, and physical strain.

Regular Clicking

Regular clicking uses only your index finger in a natural curve, keeping your wrist relaxed. Your score depends on your input hardware, technique, and selected duration.

Jitter Clicking

Jitter clicking locks your wrist and tenses forearm muscles to vibrate the finger against the switch. While fast, jittering makes crosshair aiming difficult. Prolonged tension also strains wrist tendons. Stop immediately if you feel joint stiffness or numbness.

Butterfly Clicking

Butterfly clicking alternates two fingers on one button in a rapid flutter. Forearm relaxation makes cursor tracking easier than with jittering. However, many Minecraft servers ban butterfly clicking because automated anti-cheat systems cannot distinguish rapid bounce clicks from an autoclicker.

Drag Clicking

Drag clicking relies on friction. Sliding a finger across a matte shell triggers switch vibrations that can produce multiple click events. While effective for block bridging in Minecraft, it cannot track moving targets and wears out mechanical switches quickly.

Kohi Clicking

Kohi clicking originated on the classic Kohi Minecraft server. Rather than chasing peak bursts, it emphasizes a steady clicking rhythm while focusing on aim tracking, strafing, and attack resets. Duels often reward hit consistency over chaotic tapping.

Improving your score on a click speed test involves hand conditioning, ergonomic adjustments, and disciplined practice:

• Warm up before testing: Run hands under warm water or stretch fingers gently. Cold tendons move sluggishly and injure easily.
• Position your finger near the front edge: Mouse buttons act as levers. Pressing near the front tip requires less downward force than pressing near the center.
• Tap lightly: Driving your finger forcefully into the shell does not register extra clicks. It only dampens upward rebound and slows your next tap.
• Take regular breaks: Rapid clicking stresses hand joints. Rest between test rounds to avoid overuse injuries.
• Match your grip style: A claw or fingertip grip gives your fingers more vertical travel freedom than a flat palm grip.

Your mouse hardware dictates the physical ceiling of what a cps test can register:

• Switch Architecture: Traditional mechanical switches use metal contacts that vibrate when pressed. Optical switches use infrared light beams, actuating faster and eliminating accidental bounce clicks.
• Debounce Delay: Many gaming mice allow lowering firmware debounce delay to a few milliseconds. Lower debounce lets switches register secondary bounces during butterfly clicking. Higher debounce filters those signals out to prevent accidental double-clicks during daily desktop work.
• Shell Texture: Drag clicking requires friction. Smooth glossy coatings cause fingers to slip, whereas textured PBT plastic or aftermarket grip tape provides the grip needed for friction bouncing.