Begin from a neutral state.
The drill starts with an empty stage so you can settle your pointer before the first target. There is no account, download or game connection. The target field is only a browser practice surface.
Independent browser practice
Run one controlled 60-second aim trainer drill, then read the whole result: hits, misses, accuracy, average hit time and your best streak. It is a repeatable browser baseline, not an official CS2 score.
01 / aim trainer
Target acquisition drill
Click each target as soon as it appears. Background clicks count as misses.
Start the drill, then click the lime target before it moves again.
02 / results
Accuracy tells you how cleanly you clicked. Average hit time shows pace. Best streak shows whether you can keep control after the first few targets.
Finish the 60-second target practice above to populate this panel with a real browser measurement.
Target trace
Exact hit times are listed in your local run summary.
Read the result
A completed run will explain what this metric says and what it does not say.
| Date | Hits | Accuracy | Average hit | Streak |
|---|
03 / how it works
A useful aim practice session is a controlled comparison. Keep your browser, display, pointer and sensitivity stable, then judge the pattern across several runs instead of chasing one fast click.
The drill starts with an empty stage so you can settle your pointer before the first target. There is no account, download or game connection. The target field is only a browser practice surface.
Targets appear at changing positions inside the work area. A target click records hit time and advances the drill. Clicking the background records a miss and resets the current streak, which makes rushed movement visible.
Accuracy is the share of valid target attempts that became hits. Average hit time describes pace only for successful clicks. Best streak shows sustained control, not a global rank or a promise about in-game performance.
Example output
The page is built for a simple before-and-after comparison. A result such as 42 hits, 84% accuracy, 410 ms average hit and a best streak of 9 tells a more useful story than the 410 ms number alone.
Hits and accuracy. Hits are successful target clicks. Accuracy divides hits by all target attempts, including background misses, so rushing has a visible cost.
Average hit. This is the mean time for successful target clicks in the run. It does not include a missed background click, and it should be compared only with the same drill and setup.
Streak and misses. Best streak shows how long control held without a miss. A lower average with a broken streak may be a speed tradeoff rather than a cleaner baseline.
A clean comparison session
Use the same setup before and after a warm-up, sensitivity change or hardware change. A small set of comparable runs is more useful than a long chain of tired attempts.
Run one unrecorded warm-up to settle your hand.
Complete two recorded 60-second drills under the same conditions.
Compare accuracy, average hit time, misses and best streak together.
Repeat later if browser focus, fatigue, display or pointer settings changed.
Example. If average hit time improves while accuracy falls and the best streak breaks early, you may be moving faster than you can control. If accuracy stays stable and the hit-time trace narrows after a warm-up, that is a clearer practice signal. The page keeps those measurements separate so a single best target does not become the whole conclusion.
04 / choose the right drill
These tools overlap around practice, but they do not measure the same task. Pick the page that matches the question you want to answer.
A continuous 60-second target loop. Use hits, accuracy, average hit time and streak to check whether target acquisition remains controlled over a short session.
A randomized visual-signal response drill. Use it when you want to isolate the time from a visual change to a click, including early-click errors.
Short spatial checks for target acquisition and motion control. Use their own history rather than comparing their values directly with this page's 60-second result.
Measurement note. This is an independent browser utility. It is not an official CS2 rating, FACEIT level estimator, anti-cheat diagnostic, mouse-latency instrument or population leaderboard. Keep the same device and browser when comparing runs.
05 / scope and privacy
Display refresh, browser scheduling, operating-system load, pointer hardware and human anticipation all shape the result. Use this page for within-setup comparisons, not as a calibrated laboratory.
The page does not read CS2 files, connect to an account or change mouse sensitivity. If you compare sensitivity or warm-up settings, change them yourself and note what changed.
No sign-in is required. When available, the browser stores a small history object in local storage. Clearing site data, private browsing or browser restrictions can remove or prevent that history.
For the site's broader data and advertising disclosures, review the privacy policy. For measurement boundaries and acceptable use, see the terms and disclaimer.
06 / faq
A CS2 aim trainer is a practice tool for target acquisition. This page runs a 60-second browser drill and reports hits, misses, accuracy, average hit time and best streak so you can compare your own practice sessions.
Each recorded run lasts 60 seconds. Use one short warm-up first, then two recorded runs if you are comparing a setting, browser or routine. Repeating endlessly can mix fatigue and anticipation into the result.
No. The browser drill does not read or change CS2 settings. Keep your normal mouse and sensitivity setup consistent when comparing runs, and record any manual change beside the result.
No. The output is a local practice signal from a browser target field. It is not an official Counter-Strike 2 score, FACEIT level estimator, rank predictor, anti-cheat result or population percentile.
No account is required. Recent results are stored in the browser's local storage when the browser allows it. The history can disappear after site data is cleared, a private window is closed or storage is blocked.
A browser surface and an in-game frame pipeline do not measure identical events. Display refresh, browser scheduling, operating-system load, pointer path, target size and human anticipation can all differ. Use the same setup to compare yourself over time.
Use the aim trainer for a continuous target-acquisition loop with accuracy and streak. Use the CS2 reaction test when you want a randomized visual-to-click measurement. The two pages answer different practice questions.