ATTACK SHARK X1 Wireless Gaming Mouse with RGB Charging Dock - Ultra

In this review the ATTACK SHARK X1 is assessed as a versatile, performance-focused wireless mouse for gamers and power users who want low latency and a striking desktop presence. The single biggest reason to buy is its combination of a flagship PAW3395PRO sensor with a magnetic RGB touch-control charging dock, which delivers extremely accurate tracking up to 40,000 DPI while keeping the mouse charged and visually customisable without extra software. It balances tournament-grade responsiveness with a light 53g shell and tri-mode connectivity for use across devices.

Key Features

• Flagship sensor: The PAW3395PRO sensor offers up to 40,000 DPI, 700 IPS tracking and high acceleration so movements remain precise on high-resolution and multi-monitor setups.
• RGB touch-control dock: The magnetic charging dock provides instant power and one-tap lighting control without installing software, keeping the desk tidy and visually dynamic.
• Tri-mode connectivity: Bluetooth, 2.4G wireless, and USB-C wired modes allow quick switching between laptop, tablet, and desktop with low-latency performance in wireless modes.
• Ultra-light ergonomic shell: At about 53g the ambidextrous, textured-sided body reduces fatigue during long sessions while maintaining a comfortable grip for gaming or productivity.
• Durable input: Optical switches rated for 100 million clicks deliver crisp, reliable button action suited to heavy daily use.
• Long battery life and glide: Power-efficient design plus premium PTFE feet ensure extended playtime and smooth cursor movement between charges.

Who It's For

The X1 is aimed at competitive and enthusiast PC gamers who need precise, high-speed tracking and minimal input lag, as well as creators who move across large displays or multiple monitors. Its tri-mode connectivity and light weight also make it a good choice for people who switch between a work laptop and a desktop and want the same mouse on both.

Users who prefer extremely small or heavily sculpted ergonomic mice for a hybrid fingertip/palm grip should compare fit before buying, and those who expect extensive onboard configuration without any web or PC software may find the web-based driver less convenient than integrated firmware options.

Pros & Cons

Pros

• Excellent tracking with the PAW3395PRO sensor for pixel-precise cursor control.
• Convenient magnetic RGB charging dock with touch control that removes the need for cables during charging.
• Lightweight 53g shell and textured sides deliver comfortable control during long sessions.
• Multiple connectivity modes provide flexibility across devices without sacrificing responsiveness.

Cons

• Customization requires the web-based driver or PC software rather than fully onboard memory, which may be inconvenient for some users.
• Ambidextrous shape may not perfectly suit users who need a strongly right-handed ergonomic shell.

Specifications

Sensor	PixArt PAW3395PRO
Maximum DPI	Up to 40,000 DPI
Connectivity	Bluetooth, 2.4G wireless, USB-C wired
Weight	Approximately 53g
Switch rating	Optical switches, 100 million clicks
Charging	Magnetic RGB touch-control charging dock (150mA, 4.25V-5.25V)
Feet	Premium PTFE

Our Verdict

The ATTACK SHARK X1 is a strong choice for competitive gamers and power users who want top-tier tracking and a lightweight feel, paired with a convenient magnetic RGB charging dock. It offers excellent value for those who prioritise sensor performance and flexible connectivity, though buyers should ensure the ambidextrous shell fits their preferred grip and accept that customization is handled via a web or PC utility.

Frequently Asked Questions

Does the dock require software to control the RGB?
The touch-control panel on the charging dock changes lighting effects with a tap and does not require additional software.

Can the mouse be used while charging on the dock?
Yes, the magnetic dock supplies instantaneous power so the mouse can remain in use while charging.

Is the DPI adjustable without software?
DPI can be adjusted through on-device controls and via the web-based driver or PC software for finer tuning.