Verify your Hall effect joystick mod. Run 'Before & After' benchmarks to generate a verifiable Mod Success Certificate.
Replacing ALPS potentiometers with electromagnetic Hall effect sensors? Benchmark your controller before the mod, then verify the result after. The certificate proves the swap worked — drift, circularity, and linearity on record.
Record the original stick drift and circularity error to prove the controller was faulty.
Test the newly installed Hall effect modules to verify perfect centering and linearity.
Your Hall effect sensors show an average drift of 0.02%, down from the pre-mod baseline.
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 browser-observed update timing Hz stability and statistical circularity grades.
Stick drift occurs when analog sticks register input without being touched. This is typically caused by physical wear in traditional carbon-film potentiometers. A deadzone is a software-level threshold (e.g., 5-10%) applied to ignore these microscopic false inputs.
Unlike traditional ALPS potentiometers, Hall Effect modules use magnetic fields to measure stick position. Because there is no physical contact or friction between the internal components, they are virtually immune to wear-induced stick drift, drastically extending the controller's lifespan.
Polling rate is how often your controller sends data to your device, measured in Hertz (Hz). A standard Bluetooth connection yields around 125Hz (8ms latency). Overclocking or using a wired USB connection can push this to 500Hz-1000Hz (1ms-2ms latency), critical for competitive gaming.
When you rotate a joystick along its outer edge, a perfect module should trace a mathematically perfect circle. Circularity error measures the deviation from this perfect circle. High deviations (>15%) can result in uneven diagonal movement speeds in FPS games.
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