Podložka pod myš Steelseries QcK Large Lavender 490x420mm mikrovlákno guma

The Steelseries QcK Large Lavender mouse pad measures 490 x 420 mm and is made from high-quality microfibre with a rubber base. Its micro-woven surface is optimized for both low and high DPI tracking movements, offering consistent sensor response for gaming and precise cursor control for everyday tasks. The pad’s monochromatic lavender colour provides a neutral, professional look while the non-slip rubber base keeps it stable on various desk surfaces. The material is durable and washable, supporting long-term use.

Advantages

The microfibre surface provides smooth, consistent tracking suitable for optical and laser sensors. A non-slip rubber base ensures the pad stays in place during fast mouse movements. The product is durable and can be washed to remove dirt and oils, maintaining performance over time. Its large size (490 x 420 mm) offers ample space for wide mouse movement without restricting hand or arm motion.

Suitable for

• PC gaming with a range of DPI settings
• Graphic design and photo editing requiring precise cursor control
• Office work and general computer use
• Users preferring a larger surface area for mouse movement

Key specifications

• Brand: STEELSERIES
• Model: QcK Large Lavender
• Dimensions: 490 x 420 mm
• Material: Microfibre surface, rubber base
• Colour: Lavender (monochromatic)
• Washable: Yes
• MPN: 63463
• EAN: 5707119066624

How to use

Place the mouse pad on a flat, clean desk surface with the rubber side down to ensure a stable, non-slip foundation. Position your mouse on the microfibre surface and adjust sensitivity or DPI settings as needed for optimal tracking. For cleaning, hand-wash or gently machine-wash the pad using mild detergent, then air-dry completely before reuse to preserve the rubber base and surface texture.

Recommendations

To maintain tracking performance and appearance, wash the mouse pad periodically and avoid exposing it to direct sunlight or heat sources that could degrade the rubber base.