Alfombrilla de ratón grande para juegos de deportes electrónicos BenQ Zowie G-TR

Consistent and Controlling Glide.

Humidity Resistance Cloth Gaming Mouse Pad

Unique Stopping Power

ZOWIE's professional-grade gaming mousepad, from the bottom layer to the top, ensures consistent, stable, and precise control. Its stopping power enhances players' accuracy, allowing them to aim with pinpoint precision, and elevate their game every day.

Effortless Stopping with Superior Stability and Support

This softer-base version delivers effortless stopping with superior stability and support, minimizing excessive depression during spraying or flicking, while reducing discomfort from desk surface hardness.

Smooth Transitions from Stop to Motion

The TR base's superior elasticity ensures smooth transitions from stop to motion. Unlike other soft mousepads, its quick rebound provides stable and seamless mouse movements.

ComfortGlide™ | Consistent and Controlling Glide

This gaming mousepad delivers precision and stability for gamers who prioritize accuracy. It provides a more controlled gliding experience with a subtle 'locked-in' effect, enhancing accuracy and providing precise control during various scenarios.

Comfortable Touch

For players, every hand movement feels comfortable, with reduced friction on the arm, ensuring a consistent glide without the rough, skin-biting sensation of coarse surfaces.

Enhanced Humidity Resistance

G-TR's top layer of cloth stays dry and avoids sticky glide feeling often resulted from clogged moisture.

High-Quality Craftsmanship | Quality Glide Craftmanship

Rigorous quality control ensures all mousepads meet high standards for flawless gliding. This screening process guarantees players experience consistent, smooth and precise mouse movement across every mousepad.

Anti-Slip & Durability | New Anti-Slip Base

ZOWIE's new anti-slip base enhances stability, reducing mousepad slip caused by intense gameplay.

Improved Durability

G-TR has a tighter surface weave which reduces the problem of glide inconsistency after frequent use and therefore enhancing durability.