Description
The ATTACK SHARK X3 Wireless Gaming Mouse is a high-performance gaming accessory designed for serious gamers who demand precision and responsiveness. With its advanced features, this mouse enhances gameplay and offers a reliable connection across multiple devices.
Equipped with the Pixart PAW3395 flagship optical sensor, the X3 provides exceptional tracking capabilities. This sensor allows for six adjustable DPI settings ranging from 800 to 26,000, ensuring that gamers can tailor their sensitivity for various in-game situations. The mouse supports a tracking speed of 650 IPS and a response rate of 1000Hz, making it ideal for fast-paced gaming scenarios. Weighing only 49g, the X3 is designed with ultralight materials that ensure comfort during long gaming sessions, while its ergonomic design caters to different grip styles, reducing wrist fatigue and palm sweating.
Key Features:
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Pixart PAW3395 Sensor: Offers six adjustable DPI settings (800/1600/2400/3200/5000/26000) for tailored sensitivity.
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Ultralight Design: Weighs just 49g, making it one of the lightest gaming mice available.
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Ergonomic Grip: Designed to support various hand shapes, minimizing fatigue during extended use.
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Kailh GM8.0 Switches: Provides a click lifespan of 80 million clicks, ensuring durability and a satisfying tactile feedback.
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Three Connection Modes: Supports USB-C wired, 2.4G wireless, and Bluetooth 5.2 for versatile connectivity options.
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Programmable Buttons: Features five customizable buttons for setting DPI, polling rates, and macros for enhanced gameplay.
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Multi-Device Connectivity: Can connect to up to four devices simultaneously, ideal for multitasking between gaming and work.
The ATTACK SHARK X3 Wireless Gaming Mouse is perfect for gamers who seek a lightweight, responsive, and versatile gaming tool. Its advanced sensor, ergonomic design, and multiple connection modes make it suitable for both competitive and casual gaming. Elevate your gaming experience with this high-performance mouse that blends comfort and technology seamlessly.