HKM-107027 Wired Infrared Signal Receiver for Wii U with Dual-Sided Tape and Multi-Controller Support

Enhance your Wii U gaming experience with the HKM-107027 Wired Infrared Signal Receiver. This innovative accessory is designed to improve connectivity and gameplay for multiple players, making it an essential addition to your setup.

Featuring a long wireless receiver equipped with double-sided tape, it can easily be mounted either above or below your display for optimal visibility and accessibility. The receiver connects seamlessly to your Wii console via a dedicated interface, ensuring a reliable link for your gaming sessions.

With two infrared light-emitting diodes integrated into the receiver, it emits infrared rays that the Wii’s right controller uses to accurately recognize its position and distance. This technology allows the controller to effectively grasp your movements, resulting in a more dynamic and responsive gaming experience.

What sets the HKM-107027 apart is its capacity to connect up to four controllers simultaneously. This means that you can enjoy multiplayer games without the hassle of switching controllers, paving the way for friendly competition among friends and family.

For the good performance, it's essential to ensure that the receiver is not exposed to direct sunlight, as this can interfere with the infrared signal's accuracy.

Elevate your gaming setup with the HKM-107027 Wired Infrared Signal Receiver and enjoy a collaborative gaming environment like never before.

A long wireless receiver with double-sided tape at the bottom can be attached above or below the display and connected to the Wii console via an interface.

There are two infrared light-emitting diodes on the wireless receiver, which can emit infrared rays for the infrared sensor of the Wii's right controller to recognize and perceive its position and distance, so as to grasp the player's movements. Up to four controllers can be connected to allow four players to play games at the same time. Avoid direct sunlight when using, otherwise the light may affect the accuracy of the induction.