ATTACK SHARK R2 Magnesium Alloy Wireless Gaming Mouse, PAW3950 Sensor, 8K Polling, Tri Mode Bluetooth

Light, fast, and built to feel effortless in your hand, the wireless gaming mouse ATTACK SHARK R2 is made for players who want quick control without the drag of a heavy shell. Its magnesium alloy frame gives it a premium, sturdy feel while keeping the weight around 45g (about 1.59oz), so flicks and micro-adjustments feel easier during long sessions. The PAW3950 sensor mouse setup is designed for consistent tracking, while the 8K polling rate mouse performance helps reduce input delay in 2.4G mode. With tri mode connectivity, you can switch between 2.4G, Bluetooth, and wired depending on your desk setup or travel needs.

Key Features
This magnesium alloy mouse uses a lightweight metal shell design with an ultralight build around 45g (about 1.59oz) for faster, less fatiguing movement. It supports wired USB C, 2.4G wireless, and Bluetooth for easy switching between gaming and office devices. The R2 is listed with a PAW3950 sensor and up to 8000Hz polling in 2.4G mode for low latency performance.

Why Choose Our ATTACK SHARK R2 Magnesium Alloy Wireless Gaming Mouse
Many lightweight mice feel flimsy, or they force you into one connection type. The R2 pairs a rigid magnesium alloy build with tri mode flexibility, plus 8K wireless polling for players who care about responsiveness while still wanting a clean, cable free setup. If you like to customize settings, ATTACK SHARK provides official downloads for drivers and software.

Perfect For (Occasions & Uses)
FPS and competitive gaming, fast daily aiming practice, lightweight travel setups, laptop plus desktop switching, and office work where Bluetooth convenience matters.

Product Specs
Weight: about 45g (about 1.59oz). Sensor: PAW3950. Polling rate: up to 8000Hz in 2.4G wireless mode. Connectivity: wired, 2.4G, Bluetooth.

Get a Lighter Mouse That Still Feels Premium
Upgrade your setup with a responsive, magnesium alloy build that stays comfortable for long sessions and switches smoothly between devices.