Test controller polling rate frequency in Hz and report interval in milliseconds. Test PS5 DualSense, Xbox, and Switch controller input latency online.
Overclocked USB connection. Maximum precision for competitive esports play.
Standard wired or high-speed wireless connection. Excellent overall performance.
Standard Bluetooth connection. Noticeable input delay in fast-paced games.
Just three steps to run a complete controller test and understand your controller's health status.
Connect your controller to your computer via USB cable or Bluetooth. If the browser doesn't respond, press any button on the controller to activate the connection.
Press each button in the visual interface and confirm the corresponding area lights up on screen. This helps troubleshoot unresponsive or double-clicking buttons.
Rotate the sticks to check linearity and drift issues; click the vibration test button to feel if the left and right motor feedback is working properly.
Select a diagnostic calibration suite, deadzone analyzer, or high-frequency overclock tool.
Calibrate zero-point offsets or follow step-by-step repair guides.
Calculate exact radial vs axial deadzone overlays for Fortnite, Apex, & COD.
Verify true hardware polling Hz stability and statistical circularity grades.
Turn your test results into skill. These arcade games train the exact inputs you just measured — drift, buttons, triggers, D-pad and reaction time.
Input polling rate dictates how rapidly your physical inputs are recognized by game engines. Higher polling rates reduce input latency, allowing faster shot registration and smoother camera panning in first-person shooters.
Everything you need to know about testing your controller.
Polling rate (measured in Hertz) is the frequency at which your controller reports input updates to your PC or console every second. A 250Hz polling rate updates every 4ms; a 1000Hz polling rate updates every 1ms.
500Hz to 1000Hz is recommended for competitive esports (Rocket League, Apex Legends, Call of Duty). Overclocking PS5 DualSense controllers over USB allows 1000Hz polling rates.
Bluetooth wireless connections use dynamic polling intervals to conserve battery power. Connecting via USB cable or using an overclocked wireless dongle stabilizes input report frequency.
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