YENKEE CRUISER WT47 egérpad

The YENKEE CRUISER WT47 mousepad delivers a smooth tracking surface and a stable rubber base designed for consistent performance during gaming and everyday use. The limited edition World of Tanks-themed print gives the mousepad a distinctive visual character while the 320 x 270 mm active area provides sufficient space for typical desktop mouse movements without occupying excessive desk space.

Advantages

The low-friction textile surface ensures accurate sensor tracking and responsive cursor control, suitable for both optical and laser mice. A non-slip rubber underside keeps the mat firmly in place on different desk materials, reducing unwanted movement during intensive sessions. The compact rectangular format balances workspace economy with usable area, and the durable printed surface maintains imagery clarity over time under normal use.

Suitable for

• Office work requiring precise pointer control
• Casual and competitive gaming sessions
• Home setups where desk space is limited
• Fans of World of Tanks or themed peripherals

Key specifications

• Surface type: smooth textile for precise tracking
• Base material: non-slip rubber
• Dimensions: 320 x 270 mm (active area)
• Design: limited edition World of Tanks print
• Compatibility: suitable for optical and laser sensors

How to use

Place the mousepad on a clean, flat section of your desk with the printed surface facing up and the rubber base contacting the desk. Align your mouse movement area within the central portion of the pad to optimize the 320 x 270 mm tracking surface. For best results, use default mouse sensitivity settings first and adjust in the operating system or game settings as needed to match your personal control preferences.

Recommendations

Keep the mousepad free from dust and spills; wipe the surface gently with a damp cloth and let it air dry. Avoid folding or creasing the pad to preserve the printed design and surface uniformity. Store flat when not in use and avoid prolonged exposure to direct sunlight to maintain color fidelity.