Aim Speed & Accuracy Benchmark
Aim Test
This is the quick browser aim benchmark. For the dedicated FPS aim experience, head to our sister site.
An aim test measures how quickly and accurately you can click on-screen targets, the core skill behind first-person shooter games. Over a 30-second round you click targets that appear one at a time; your result combines speed -- the average time to hit each target in milliseconds -- with accuracy, the share of clicks that land on target. A typical player hits roughly 25-35 targets in 30 seconds at 85-95% accuracy, while trained gamers push past 50. Because it runs in the browser and needs no download, this aim test works as a fast benchmark rather than a full aim trainer.
The science of aim: Fitts's Law
Every target you click on the aim test obeys a rule that predates video games by decades. In 1954, psychologist Paul Fitts showed that the time to move to a target depends on two things: how far away it is and how big it is. Fitts's Law states that acquiring a small, distant target takes longer than a large, near one, and it does so in a precise, logarithmic way. This is why aim benchmarks feel harder when targets are small and scattered, and why lowering your mouse sensitivity -- which effectively makes targets "bigger" relative to your hand movement -- often improves precision at the cost of speed. Good aim is the constant negotiation of that speed-versus-accuracy trade-off.
Reaction time versus aim
An aim test and a pure reaction time test measure related but different things. Reaction time is how fast you respond to a single expected signal; aim adds a spatial component -- you must also move a cursor to the right place. That means aim scores depend on reaction speed plus motor control, target tracking, and prediction. A fast reaction time helps, but the players who top aim benchmarks are the ones who read where the next target will be and start moving before it fully registers, turning reaction into anticipation.
DPI, sensitivity, and eDPI
Your hardware settings shape your aim more than most players realise. DPI (dots per inch) is how many pixels the cursor moves per inch of mouse travel; in-game sensitivity then multiplies that. Because the two combine, competitive players compare eDPI -- DPI multiplied by in-game sensitivity -- as the true measure of how far the crosshair sweeps. Most professional first-person shooter players run a surprisingly low eDPI, often in the 400-800 range for Valorant or CS2, which sacrifices fast turns for the fine control that precise aim demands. If your accuracy on this aim test is low, lowering your sensitivity is usually the first fix.
Why refresh rate and latency matter
Aim also depends on how fast your screen and input update. A 60 Hz monitor draws a new frame every 16.7 milliseconds; a 144 Hz display does so every 6.9 milliseconds, so targets appear sooner and your corrections show up faster. Combined with a wired, low-latency mouse, a high-refresh setup can meaningfully raise your hit count on the same aim test, purely by shortening the loop between seeing a target and confirming your click. It will not turn an average player into a pro, but it removes a real handicap.
Optimal aim settings by game
The right sensitivity is personal, but these starting points reflect where competitive players tend to cluster. Treat them as a baseline to tune from, not a rule.
| Game | Typical eDPI range | Notes |
|---|---|---|
| Valorant | 200-400 | Tactical, precise taps -- low sensitivity favours accuracy |
| CS2 | 700-1100 | Larger maps and flicks -- slightly higher than Valorant |
| Apex Legends | 800-1600 | Fast movement and tracking -- higher sensitivity for turns |
eDPI = mouse DPI × in-game sensitivity. Lower values mean the crosshair moves less for the same hand motion, trading turn speed for precision.
How to improve your aim
Aim is one of the most trainable skills in gaming. These changes raise your score on the aim test and carry over to real matches.
Lower your sensitivity and use your arm
Most new players run far too high. Drop your eDPI, aim with your whole arm rather than tiny wrist flicks, and give yourself the mouse space to do it. Precision almost always beats speed once targets get small.
Prioritise accuracy over raw clicks
Spraying clicks tanks your accuracy without adding many hits. Deliberate, confirmed shots build the muscle memory that lets speed come naturally later. Chase a clean 95% run before you chase a fast one.
Warm up before you benchmark
Aim, like reaction time, is cold for the first minute. Run a couple of throwaway rounds to prime your hand-eye coordination, then record -- your true score is the warmed-up one, not the first cold attempt.
Fix the hardware loop
A wired mouse, a high-refresh monitor, and a clean mouse pad remove latency you cannot train away. Once the loop between eye and click is short, every practice rep counts for more.
Try the rest of the suite
Aim is one piece of gaming performance. Benchmark your reflexes and memory too -- all free, all in your browser.
Reaction Time
Click when the panel turns green. The pure-reflex benchmark behind fast aim.
Take the test →Chimp Test
Working-memory challenge based on Matsuzawa's 2007 chimpanzee study.
Take the test →Number Memory
How many digits can you hold in mind against Miller's "magical seven"?
Take the test →Sequence Memory
Reproduce a growing pattern of flashes -- the classic Corsi block task.
Take the test →Visual Memory
Memorise a grid pattern, then recall it. Three lives, rising difficulty.
Take the test →FPS Test
Our dedicated first-person-shooter aim benchmark, on its own site.
Open FPS Test →Frequently asked questions
On this 30-second aim test, 25 to 35 hits is average, 40 to 50 is good, and 55 or more is excellent and approaches competitive levels. Just as important as raw hits is accuracy: a strong score pairs a high hit count with 90% or better accuracy, since spraying clicks inflates attempts without landing shots.
Lower your sensitivity so you aim with your arm rather than tiny wrist movements, and prioritise accuracy over raw speed until clean shots become automatic. Warm up before benchmarking, and remove hardware latency with a wired mouse and a high-refresh monitor. Consistent short practice sessions beat occasional long ones for building aim.
Reaction time helps, but it isn't the whole story. Aim combines reaction speed with motor control, tracking, and prediction, so top players win by anticipating where a target will appear rather than reacting to it. A fast reaction time is an advantage, yet game sense and crosshair placement often matter more than raw reflex.
Most competitive players use a low effective sensitivity, or eDPI -- mouse DPI multiplied by in-game sensitivity. Common ranges run roughly 200 to 400 for Valorant, 700 to 1100 for CS2, and 800 to 1600 for Apex Legends. If your accuracy is low, lowering sensitivity is usually the first fix, trading turn speed for precision.
Professional players run daily aim routines mixing flicks, tracking, and precision clicking, usually in dedicated aim trainers rather than quick browser benchmarks. They keep a fixed sensitivity for consistent muscle memory, warm up before matches, and track accuracy over time. A browser aim test like this one works as a handy check between sessions.
Sources
- Fitts, P. M. (1954). The information capacity of the human motor system in controlling the amplitude of movement. Journal of Experimental Psychology, 47(6), 381–391. doi.org/10.1037/h0055392