Mouse Sensitivity Test - DPI Analyzer & Tester - Aim Accuracy Checker

Use this mouse sensitivity checker to measure mouse sensitivity, evaluate your cm per 360 test ratio, and verify your physical mouse turn distance. Click the targets as accurately and quickly as you can. Your accuracy percentage is calculated live with each hit. Choose a difficulty, beat your personal best, and see your precision tier.

Ready — Medium
Target Size
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Sensitivity Test
Press Start Test to begin
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Click the Target!
Hit 20 targets as accurately as you can
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0 % acc
Remaining: 20 targets — Click the circle!
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Test Complete!
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accuracy • 0/0 hits
Press Reset to test again
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Accuracy
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Hits / Total
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Avg React
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Target Size

Session Stats

Last Accuracy—
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Best Accuracy—
Polling Rate—
Worst Accuracy—
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Target Hits—
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Session Avg—
Tests Run0

No tests yet. Complete a test to see history.

Accuracy Per Target — Breakdown

Accuracy Rating Guide

>97%
🌟 Pro Aim
Top 0.5%
93–97%
⚡ Elite
Top 5%
85–93%
🚀 Precise
Top 20%
70–85%
📖 Average
Top 50%
50–70%
🕐 Casual
Top 80%
<50%
🐂 Beginner
Learning
Live Accuracy Graph

Sensitivity Calibration & Aim Diagnostics

Diagnostic Test Mode
Select aim analysis mode and target mechanics
Target Difficulty (Size)
Radius scaling to stress-test micro-corrections vs flick speed
Targets Per Round
Number of target spawns required to complete the session
Target Theme Color
Contrast hue for optimal visibility across backgrounds
Hardware DPI Baseline
Select your current mouse DPI to calibrate sensitivity diagnostics
Hit Sound Feedback
Synthesized acoustic response for hits, bullseyes, and misses
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High Sensitivity vs. Low Sensitivity (eDPI)

Your effective sensitivity (eDPI) balances hardware DPI with software modifiers. High sensitivity allows fast turns with small wrist flicks but amplifies micro-tremors and leads to target overshooting. Low sensitivity encourages arm aiming from the elbow, unlocking smoother micro-corrections and consistent crosshair placement. Convert settings between games using our eDPI calculator.

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Diagnosing Overshoot vs. Undershoot

Tracking your target landing coordinates reveals whether your sensitivity is misaligned. Consistently clicking past the target edge indicates overshooting — your DPI or in-game slider is set too high. Stopping short and needing secondary readjustment micro-flicks signifies undershooting. Fine-tune your physical arm travel distance with our mouse distance.

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Raw Input & Windows Acceleration

To calibrate muscle memory, your mouse must deliver a 1:1 hardware translation between physical hand displacement and onscreen pixels. Always disable “Enhance pointer precision” in Windows settings, as acceleration varies travel distance based on velocity rather than true displacement. Verify sensor tracking fidelity and jitter on our mouse drift.

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Flick Speed vs. Placement Precision

Competitive aiming divides into initial target acquisition flicking and terminal micro-adjustment. When practicing on small and tiny targets, prioritize landing inside the bullseye before increasing movement speed. Pair your sensitivity calibration drills with dynamic target flicking on our aim training.

Frequently Asked Questions

An accuracy score above 85% is considered strong for gaming, while scores exceeding 92% to 95%+ reflect elite, pro-tier mouse control and crosshair placement consistency.
If you regularly overshoot targets and must pull back your cursor, your sensitivity or DPI is likely too high. If you fall short and require multiple micro-swipes to reach the target, your sensitivity is too low.
Most competitive FPS players standardize on 800 or 1600 DPI. These settings provide low input latency, smooth sensor granularity, and avoid pixel skipping without jitter.
Yes. Always disable 'Enhance pointer precision' in Windows mouse settings. Acceleration alters cursor travel distance depending on hand speed, preventing muscle memory from developing consistent physical-to-screen movement.