FLICK LAB / FIELD GUIDE
What Is Flick Aim Training?
Flick aim training practices moving the pointer quickly toward a target, stopping on it, and clicking. Flick Lab is a browser-based pointing drill, not a measure of complete FPS skill.
Why can quick reactions still miss?
Responding to a visual change is one task. Moving a system pointer to a specific target and stopping on it before clicking adds target acquisition and control. This drill observes that browser task, not in-game accuracy.
FPS / AIM PRACTICE
Flick Aim Practice for Valorant and CS2 Players
Move the system pointer to each new target and click. Compare several runs under similar input, device and practice-area conditions.
This browser drill has no game crosshair, recoil, movement shooting or map decisions. It is separate from the reaction tests and cannot predict rank.
01 / PROTOCOL
How does Flick Lab work?
Complete 15 base targets, each with a nominal 50 px size.
You have 1.2 seconds per target. A response after the limit is recorded as a timeout.
The first valid response click ends the target, including a miss; a response after the limit is a timeout.
Each base-target hit in rounds 11–15 triggers one nominally 40 px bonus target.
02 / READ THE RESULT
What Makes a Good Flick?
A controlled flick reaches the target repeatedly. Read the 15 base targets’ hit rate alongside mean time on successful base hits; bonus targets are reported separately.
Base target hit rate
Base hits divided by 15 base targets. It is a target hit rate, not the share of all clicks that landed inside a target.
Mean time on hits
Average time from target spawn to a successful hit, using successful targets only. With no hits, there is no mean to display.
Bonus and failures
Bonus results are shown separately. The stored combined average includes successful bonus hits. Missed clicks and timeouts are separate outcomes.
Measurement notes
Targets scale in with a spring animation. The 50/40 px values describe layout dimensions, not a fixed clickable area throughout the animation. Times are browser-practice times.
Why is one 100 ms hit not necessarily better?
1 / 15 · 100 ms
15 / 15 · 300 ms
Illustrative results: the first run hit only 1 of 15 targets; the second hit all 15. Its higher mean hit time should be read alongside its much higher hit rate. Neither single run proves overall skill.
03 / DIFFERENT TASKS
Reaction, Flick and moving-target tasks
Flick Lab isolates quick target acquisition and controlled stopping. The standard aim test combines flicking with a distractor and target-selection stage. Practice and benchmark results are stored separately and should not be treated as the same score.
Simple reaction
Respond to a visual stimulus. It provides a general response-time reference without requiring a move to a target.
Flick Lab
Move the pointer to a newly placed target, stop and click. Review successful-hit time together with target hit rate.
Moving-target selection
Select a moving target among distractors. It records target clicks, not continuous time-on-target tracking.
04 / PRACTICE LOOP
A Three-Step Flick Practice Routine
Use this simple routine to practice control. It is a suggestion, not a guaranteed way to improve game performance.
- 01Find the target and choose a clear path for the pointer.
- 02Move decisively, stop on the target, then click instead of clicking during a correction.
- 03Review average hit time and hit rate together; repeat under similar settings before judging progress.
Compare your own sessions
Compare hit rate and hit time across several runs under similar protocol, game context, input, device, pointer settings, and practice-area size. Target positions vary, so one run cannot establish progress.
05 / CONDITIONS
How Does Mouse Sensitivity Affect Flicking?
Sensitivity changes how far the pointer travels for a given mouse movement and may contribute to overshooting or undershooting. There is no universal best setting or predictable millisecond gain. Adjust gradually and keep settings consistent when comparing sessions.
Mouse, touch and pen are different inputs
Mouse, touch and pen records are labeled separately. Mixed or unknown input stays visible but is excluded from direct comparison. Browser pointer settings and display latency may change conditions; they do not reveal an exact neural delay.
Explore PC input lag06 / FAQ
Flick Aim Training FAQ
Should I prioritize speed or hit rate?
Start with reliable hits, then work on shorter hit times without letting hit rate collapse. Read both measures together.
Will Flick Lab improve my Valorant or CS2 rank?
It can help you practice pointer control, but a browser drill cannot guarantee in-game improvement or predict your rank.
Does Flick Lab count toward the standard aim benchmark?
No. Flick Lab is a separate practice mode; take the standard aim test for a benchmark result.
Why is mean hit time blank when I hit nothing?
The mean uses successful hits only. With zero successful hits there is no value to average, so the result shows a dash.
Do bonus targets change the average?
The original combined average includes successful bonus targets. The result also displays the 15 base targets separately so you can read the fixed part of the drill.
Can I compare a phone run with a mouse run?
They use different actions and are labeled separately. Keep the input and other conditions similar when looking at your own trend.