Logitech G440 Hard Gaming Mouse Pad with Low Friction Surface and Stable Rubber Base

• LOW FRICTION = HIGH SPEED
• CONSISTENT SURFACE TEXTURE
• MATCHED TO LOGITECH G SENSORS
• STABLE RUBBER BASE

LOW FRICTION = HIGH SPEED
G440 features ultra low surface friction, offering high DPI gamers an ideal surface for subtle hand movements and quick mouse gestures. The polyethylene surface allows the mouse to move even when applying minimal force, minimizing mistakes from overcompensation when starting or stopping.

CONSISTENT SURFACE TEXTURE
Heavy patterns and designs can interfere with sensor performance. G440 features a clean, consistent surface texture. This gives sensors better imagery for translating mouse movement into cursor movement, an improvement over inconsistent or dirty table and desk surfaces.

MATCHED TO LOGITECH G SENSORS
G440 can give gamers access to enhanced sensor accuracy and precision. G440 uses a surface texture comparable to the optimal testing environment for Logitech G mice.

STABLE RUBBER BASE
The only thing sliding on G440 is your mouse. A natural rubber base is firmly bonded to the high-impact polystyrene core, keeping the rigid surface right on the desk where you put it.

• Gamers: For high-speed gaming and precise movements.
• Professionals: Ideal for graphic designers and video editors needing accuracy.
• Students: Perfect for those who spend long hours on their computers.
• Casual Users: Great for anyone who uses a mouse regularly.

Use the Logitech G440 Hard Gaming Mouse Pad in various scenarios:

• During intense gaming sessions for ultimate precision.
• At the office for a smoother work experience.
• In creative projects requiring accurate mouse movements.
• For daily browsing and usage to enhance comfort.

• High Speed: Low friction allows quick and effortless mouse movements.
• Improved Accuracy: Consistent surface texture enhances sensor performance.
• Enhanced Sensor Compatibility: Matched to Logitech G sensors for better tracking.
• Stability: Stable rubber base keeps the pad in place during use.