Mouse Spin Test — Circular Motion RPM Tester - Check Spinning Speed

Move your mouse in fast circles around the center dot inside the zone. Your RPM (Revolutions Per Minute) is calculated live. Choose a time window, beat your personal best, and see your clockwise/counter-clockwise breakdown.

Ready — 10s
Time
↻ CW
0 RPM
0.0 SPINS
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Mouse Spin Test
Click anywhere in the zone or press Start Test to start spinning
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Start Spinning!
Move your mouse in circular motions around the center dot — timer runs for 10s
0
0 RPM
Time left: 10.0s — Keep spinning!
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Test Complete!
0.00
avg RPM • 0 total spins
Press Reset to test again
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Avg RPM
—
Total Spins
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Clockwise
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Counter-CW

Session Stats

Last SPM—
Spinning %—
Best SPM—
Duration—
Worst SPM—
Most Spins—
Session Avg—
Tests Run0
Spins Per Second — Breakdown

RPM Speed Guide

>350 RPM
🌟 World Class
Top 0.1%
250–350 RPM
⚡ Elite
Top 1%
150–250 RPM
🚀 Fast
Top 10%
80–150 RPM
📖 Average
Top 30%
40–80 RPM
🕐 Casual
Top 70%
<40 RPM
🐂 Beginner
Learning

Spin Test Controls & Sensor Diagnostics

Diagnostic Tracking Mode
Select how angular motion and rotational velocity are monitored
Sprint Target Goal (Spins)
Auto-finishes test when exact rotation revolutions are achieved
Hardware DPI Preset
Calibrate sensor sensitivity to evaluate tracking stability
Guide Ring Arc Radius
Adjust concentric circle bounds for wrist pivot vs full arm swipe
Visual Orbit Style
Visual feedback ring following mouse pointer coordinates
Audio Feedback
Real-time synthesizer acoustics based on RPM and sensor stability
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Sensor Spinout & Max IPS Velocity

The Mouse Spin Test acts as a high-speed sensor spinout checker and optical tracking velocity test. Rapid circular sweeps stress the sensor's maximum tracking speed (IPS — inches per second) and acceleration tolerance (G-rating). Quality sensors track cleanly up to 650+ IPS without losing tracking. Test your baseline sensor stability with our mouse drift.

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Rotational RPM vs. Linear Swiping

Unlike straight horizontal flicks, circular rotations create uninterrupted angular acceleration and rapid vector shifts. This benchmark verifies that high USB polling rates (1000Hz to 8000Hz) report smooth coordinates without frame dropping or micro-stutters. Benchmark your clicking speed under speed drills on our cps calculator.

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Clockwise vs. Counter-Clockwise Balance

Human wrist anatomy naturally rotates differently when abducting outward versus flexing inward. Tracking your CW and CCW revolution split highlights muscle asymmetries between forearm-driven and wrist-driven aim. Balance your rotational dexterity for rapid 180° flick resets in shooters with our aim training.

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Diagnosing Hardware Jitter & LOD

Spinning at extreme speeds quickly exposes firmware smoothing flaws, angle snapping, low lift-off distance (LOD) issues, and mousepad friction unevenness. If your live RPM drops sharply mid-arc, clean your sensor lens and inspect mouse skate wear. Check your exact mouse sensitivity tuning on our mouse sensitivity.

Frequently Asked Questions

A mouse spin test measures how fast you can rotate your mouse in circular trajectories around a center axis, calculating your real-time RPM (Revolutions Per Minute) while testing whether your optical sensor spins out under extreme angular acceleration.
Sensor spinout occurs when a mouse exceeds its maximum tracking speed (IPS rating) or G-force acceleration limits, causing the sensor to lose surface tracking and send erratic coordinates or freeze.
Casual desktop rotation typically ranges between 80 to 150 RPM. Competitive gaming swipes and rapid warm-up drills reach 150 to 250 RPM, while elite esports players can sustain over 300 to 350+ RPM.
A higher polling rate (1000Hz or above) provides smoother angular tracking through rapid arc transitions, while appropriate DPI ensures precise micro-step registration without sensor jitter or artificial smoothing latency.