The world's most advanced controller diagnostic engine. We analyze Mechanical Wear, Signal Jitter, and Input Latency to provide a 100-point Health Audit.
Waiting for hardware telemetry...
| Health Metric | Tier 1 (Pro) | Tier 2 (Good) | Tier 3 (Critical) |
|---|---|---|---|
| Stick Drift | < 3.0% | 5% - 12% | > 15% |
| Input Polling | 1000Hz+ | 250Hz - 500Hz | < 125Hz |
| Latency | < 2.5ms | 4ms - 8ms | > 12ms |
| Sensor Type | Hall Effect | New Potentiometer | Worn Carbon Track |
It’s the instability in your stick’s raw data. Even without drift, high jitter means your aim will feel shaky. We factor this into our Health Score.
No. Firmware can only adjust deadzones. Physical wear on the resistive carbon track requires part replacement.
It uses magnetic induction. No physical friction means the health score remains at 95%+ for years.
Competitive gamers should run a full audit every 3 months or after 500 hours of gameplay.
It improves the Latency Score but puts more stress on the MCU. Ensure you follow our overclocking guides.
When a button press is registered without you touching it. This drops your button response index to Grade F.
At 15%, your potentiometer is nearing the end of its life. A physical repair is better than software deadzones.
Battery is a separate module. We focus on Input Performance which directly affects your K/D ratio.
Internal boards are similar to standard PS5 units, but their modular nature makes them easier to repair.
Usually, the internal rubber membrane is torn or the spring has lost tension. This is a Grade C/D issue.
Complete your controller audit using our specialized testing suite. Each tool is precision-engineered to target specific hardware components—from analog sensors to circuit response times.