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[Owen Phillips]

Here’s the deal with Hall effect switches, because the physics actually matters for calibration. A tiny magnet on the switch stem slides past a Hall sensor, and the sensor outputs an analog voltage proportional to the local magnetic field strength. The catch is that a magnetic dipole field falls off roughly with 1/r³, so your position-to-voltage curve is inherently nonlinear, not a clean straight line. That’s why you can’t just assume linearity across the whole travel. The sensor’s useful range is where the dV/dx (voltage change per unit distance) is most stable, so manufacturers tune the magnet travel to sit in that sweet spot. If your key’s resting position puts the magnet too far from the sensor, you’ll get a compressed signal with poor resolution, which directly tanks your ability to hold tight rapid trigger thresholds.

For rapid trigger specifically, the core mechanic is that actuation and reset are decoupled: the

"Wooting 60HE (Tachyon mode enabled, 0.1mm rapid trigger) + Lamzu Maya 4K"

[Owen Phillips]

That clarifies the execution pipeline significantly. Tested the configuration and verified the behavior.

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"Rapid trigger active, zero deadzone; never miss a counter-strafe."

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