ATTACK SHARK R6 8K Tri-Mode 42000 DPI Gaming Mouse (White)

ATTACK SHARK R6 8K  Gaming Mouse Price in Bangladesh

ATTACK SHARK R6 8K Tri-Mode Wireless Gaming Mouse (White). Powered by the PixArt PAW3950MAX sensor, this ultra-lightweight mouse delivers up to 42,000 DPI, 750 IPS tracking speed, and 50G acceleration for lightning-fast response and pinpoint accuracy in every game. Designed for pro gamers, the R6 features Omron Optical Microswitches rated for 100 million clicks, ensuring exceptional durability and reliability. The ice-feeling matte coating offers a smooth, sweat-resistant grip for long gaming sessions. With tri-mode connectivity — Wired, 2.4GHz Wireless, and Bluetooth 5.2 — you can seamlessly switch between devices and enjoy lag-free gameplay. The advanced Nordic 52840 chip and 8000Hz polling rate provide ultra-low latency performance and precise control. Weighing just 39±3g, the R6 is incredibly lightweight, giving you effortless speed and agility during competitive play. It also supports web driver customization, allowing users to fine-tune DPI levels, button mapping, macros, and lighting effects. The built-in smart sleep mode conserves battery by automatically entering standby after 30 seconds of inactivity. Combining style, precision, and advanced engineering, the ATTACK SHARK R6 White Edition is built for gamers who demand excellence.

Buy ATTACK SHARK R6 8K White Gaming Mouse in Bangladesh from Tech Land BD

Get the stylish and powerful ATTACK SHARK R6 8K Tri-Mode Wireless Gaming Mouse (White) at the best price in Bangladesh from Tech Land BD. Enjoy 42,000 DPI precision, 8000Hz polling, Omron 100M switches, 39g super-light design, and multi-mode connectivity — all in one pro-grade gaming mouse.

FAQs:

What sensor is used in the R6?

The R6 uses the PixArt PAW3950MAX sensor with a DPI range of up to 42,000.

What connectivity modes are available?

It supports Wired, 2.4GHz Wireless, and Bluetooth 5.2 connections.

What is the polling rate?

The mouse features an ultra-responsive 8000Hz polling rate for zero-lag input.