10-Piece High Precision Hall Effect Joystick Rocker Module for PS4, PS5, and Xbox - No Drifting Design

10Pcs Analog Stick Sensor Module High Precision No Drifting Thumbsticks Module Repair Parts Adjustable Compatible with PS4/PS5/XBox/Switch

Features:

1. High Precision Control: Experience gaming like never before with this 3D hall effect joystick, offering exceptional precision and control. for games that require precise movements, such as shooting or racing, it enhances your gameplay performance by providing accurate and fine-tuned control.
2. Adjustable Joystick: Customize your gaming experience with the adjustable feature of this analog stick sensor module. Tailor the height and sensitivity of the joystick to your personal preference and finger length, ensuring a comfortable and personalized gaming experience that suits your unique playstyle.
3. Hall Effect Technology: The no drifting thumbsticks module repair part incorporates Hall Effect technology, delivering stable and precise control signals. Compared to traditional resistive joysticks, the Hall Effect joystick offers a longer lifespan and more stable performance, ensuring reliable and smooth gameplay.
4. Enhanced Gaming Experience: Elevate your gaming experience with the high precision and adjustability of this joystick module controller. Whether you're striving for better performance in competitive games or seeking a more immersive experience in single-player adventures, this Hall Effect joystick brings more enjoyment and satisfaction to your gaming sessions.
5. and Reliable: Built to last, this game machine hand switch is designed with durability in mind. Its high-quality materials and reliable construction ensure long-lasting performance, making it a reliable companion for countless gaming sessions.

Material: Plastic

Size: 130.00x65.00x20.00mm/5.12x2.56x0.79inch

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.