PS5 No-Drift TMR Analogue Stick Upgrade With Hall-Sensing Technology
No more drift.
Choose these TMR Hall-Sensing Analogue Sticks as an upgrade to any custom PS5 DualSense controller you buy from our shop - includes 2 analogue sticks: Left + Right.
These analogues can only be added to your cart together with any custom PS5 controller (and can not be ordered as a stand-alone item.)
Once you add them to your controller order, we will build it with the upgrade, assembled and ready to play.
What Are TMR Hall-Sensing Analogues?
TMR analogue sticks aim to provide a superior control experience by offering increased accuracy, reliability, and efficiency compared to older technologies.
Here are some of the advantages often associated with TMR analogue sticks:
- Higher Precision and Sensitivity: TMR sensors can detect even smaller changes in the magnetic field compared to Hall effect sensors, potentially leading to more precise and nuanced control.
- Lower Power Consumption: TMR sensors generally require less power to operate than Hall effect sensors, which can contribute to longer battery life in wireless controllers.
- Improved Stability and Reliability: Like Hall effect sticks, TMR sticks are contactless, minimizing wear and tear and significantly reducing the likelihood of stick drift. They are also reported to have better temperature stability and less susceptibility to magnetic interference.
- Faster Response Times (Higher Polling Rates): Some sources suggest that TMR technology can allow for higher polling rates, meaning the controller reports the stick's position to the console or PC more frequently, potentially resulting in lower latency and a more responsive feel.
- Extended Lifespan: Due to the contactless nature of the sensing mechanism, TMR analogue sticks are expected to have a longer lifespan compared to traditional potentiometer-based sticks.
Please note: This is an add-on and cannot be purchased separately. Orders with this upgrade will take their full processing time, as any regular controller customization.
