NEVORK Wireless Controller for PS5 Console and PC, Hall Effect Joysticks and Hall Triggers, RGB LED Gaming Controller 7 Colors, Programmable Back Buttons M1 M2, Turbo Rapid Fire, Dual Vibration, 6 Axis Motion, 3.5mm Audio Jack, Black

Take your gaming performance to the next level with this NEVORK controller wireless designed for PS5 console systems and Windows PC. Built for competitive gamers and dedicated players, this wireless gaming controller combines hall effect joystick precision, RGB LED lighting customization, programmable back buttons and turbo rapid fire functionality. The advanced hall effect 3D joysticks and hall trigger buttons use magnetic sensing technology to deliver smooth, accurate and consistent input control. This design helps minimize stick drift risk while maintaining reliable performance during long gaming sessions. Whether playing first person shooters, sports titles, racing games or action adventures, this PS5 compatible controller provides responsive control and stable tracking. Personalize your setup with a built in RGB LED lighting system featuring 7 vibrant colors and multiple lighting modes. Choose gradient transitions or solid color display to match your gaming desk, streaming background or console station. The lighting system enhances visual immersion without compromising performance. The programmable back buttons M1 and M2 allow single button remapping or macro combinations, enabling faster reaction time and more efficient command execution. The turbo function supports manual and automatic rapid fire for supported buttons, giving players additional control flexibility in high intensity gameplay situations. Dual vibration motors provide responsive feedback for a more immersive gaming experience, while the 6-Axis motion sensor supports motion based gameplay mechanics. Compatible with PS5 console systems and Windows PCs, this controller supports wireless gameplay and wired pairing via Type C cable. The built in speaker and 3.5mm audio jack allow seamless headset connection for in game communication.