HyperX Pulsefire Surge RGB Gaming Mouse

The HyperX Pulsefire Surge delivers elite precision and style with its state-of-the-art Pixart 3389 sensor and stunning 360-degree RGB lighting. Engineered with reliable Omron switches rated for 50 million clicks, it gives gamers pinpoint accuracy and responsive control.

The HyperX Pulsefire Surge gives gamers the best of both style and substance, providing pinpoint accuracy thanks to its state-of-the-art Pixart 3389 sensor and spectacular 360-degree RGB lighting effects. Designed to meet the demands of competitive gaming, this mouse ensures every movement and shot is tracked with absolute precision.

Equipped with native DPI settings up to 16,000 DPI, the Pulsefire Surge satisfies even the most demanding digital snipers and fast-paced action enthusiasts. The advanced optical tracking ensures fluid and responsive cursor movement across high-resolution displays without hardware acceleration or lag.

Reliability is at the core of the Pulsefire Surge, featuring Omron switches rated for up to 50 million clicks. These premium switches deliver crisp, tactile feedback and immediate responsiveness, ensuring that every command registers flawlessly in critical gaming moments.

Customization is effortless with the HyperX NGENUITY software suite. Gamers can personalize DPI presets, assign macros, customize individual LED light effects, and save their custom profiles directly to the onboard memory for plug-and-play convenience anywhere.

The mouse is also engineered with extra-large mouse skates on the underside, enabling a remarkably smooth and controlled glide across mousepads and desk surfaces, reducing friction during rapid maneuvers.

• Sensor: Pixart 3389 optical sensor

• Resolution: Up to 16,000 DPI

• Lighting: 360-degree dynamic RGB light ring

• Switches: Omron switches rated for 50 million clicks

• Customization Software: HyperX NGENUITY compatible

• Onboard Memory: Profile and macro storage

• Skates: Extra-large mouse skates for smooth gliding

• Form Factor: Ergonomic symmetrical design