Attack Shark R1 59g SUPERLIGHT Gaming Mouse
• Sensor: PixArt PAW3311 Gaming Sensor
• Connectivity Options: Bluetooth / 2.4G Wireless / Wired
• Weight: 59 grams
• Design: Ultra-Lightweight Ergonomic Build
• Buttons: Customizable Programmable Buttons
• DPI (Dots Per Inch): Adjustable DPI for Precision and Speed
• Battery Life: Long-Lasting Battery for Extended Gaming Sessions
• Polling Rate: High-Speed Response for Minimal Latency
• RGB Lighting: Customizable RGB Lighting Effects
• Grip Style: Suitable for Palm, Claw, and Fingertip Grip Styles
• Build Quality: Durable and Premium Material Construction
• Compatibility: Compatible with Windows, macOS, and Gaming Consoles
• Software Support: Dedicated Software for Advanced Customization
• Cable: Ultra-Flexible Paracord Cable for Wired Mode
• Charging: Fast Charging Support for Minimal Downtime
• Scroll Wheel: Tactile Scroll Wheel for Enhanced Control
• Ideal For: Esports Professionals and Competitive Gamers
The Attack Shark R1 59g SUPERLIGHT Gaming Mouse is engineered for elite gaming performance. Weighing only 59 grams, it provides effortless movement and precision in high-stakes gaming scenarios. Equipped with the PixArt PAW3311 Gaming Sensor, it ensures exceptional tracking accuracy, responsiveness, and seamless gameplay. Its versatile connectivity—Bluetooth, 2.4G Wireless, and Wired modes—allows gamers to switch between connection options without compromising performance.
The mouse features adjustable DPI settings, customizable buttons, and a high polling rate, delivering a near-zero latency experience. It supports RGB lighting customization, letting you match your mouse aesthetics to your gaming rig. Designed for durability and comfort, the ergonomic shape supports multiple grip styles, minimizing hand fatigue during long gaming marathons.
With dedicated software support, you can fine-tune every aspect of the mouse, including button mapping and performance profiles. Whether you're an esports professional or a casual gamer, the Attack Shark R1 offers a superior edge in every co
mpetitive environment.