Lightweight 37g Esports Mouse with 3395 Chip, Triple-Mode (2.4G, Wired), Ergonomic Design, Ultra-Fast Response for Competitive Gaming
Wireless three-mode: Wired / 2.4G
Battery capacity: 500mAh
Charging interface: Type-C
Suitable for gaming, esports, and office use

At approximately 37 g, the SC800 gaming mouse features a non-porous, lightweight design for a silky-smooth grip.

The PAW3395 flagship sensor delivers more precise and responsive tracking, allowing the lightweight 37g design to be fully utilized for greater control and flexibility.


Classic feel with crisp, pleasant clicks and a quick response. With an approximately 50 million-click lifespan, it provides reliable durability for long-term use.

The grid scale makes each scroll more precise, keeping you informed and in control with every operation.

The lightweight, non-perforated design weighs about 37g, retaining the full grip of a solid-shell mouse while providing flexible operation and comfortable long-term use without wrist fatigue.

Switch freely between USB-C wired mode and 2.4GHz wireless mode. The soft braided cable provides flexible, tangle-free mobility for a smoother gaming experience.

Built-in 250mAh battery capacity provides long-lasting use without compromising battery performance for weight reduction.

Press the mouse forward button and scroll wheel center button simultaneously to cycle through six DPI levels. The default levels are 400, 800, 1200, 1600, 3200, and 5000 DPI, while the driver supports customized adjustment from 1 to 26,000 DPI. The receiver light cycles through the current level during adjustment.

It is available in two colors: Light Luxury Black and Thin Feather White. Choose your favorite color according to your preferences.

The DPI can be adjusted from 1 to 26,000 through the driver. Press and hold the mouse forward button and the middle button of the scroll wheel simultaneously to cycle through the six DPI levels. The default levels are 400, 800, 1200, 1600, 3200, and 5000 DPI. The receiver light flashes in a cycle during adjustment.