Lenovo GXH1C97869 podložka pod myš herná podložka pod myš čierna, modrá

Lenovo GXH1C97869 is a large-format gaming mouse pad with a microfibre surface measuring 900 mm x 400 mm. The pad combines a smooth-glide surface and a stylized black-and-blue image coloration to fit both gaming and office setups, providing a consistent tracking area across its entire surface for broad mouse movements.

Advantages

The microfibre material provides a uniform low-friction contact area that supports accurate cursor control for optical and laser mice. Its 900 mm x 400 mm size allows wide, uninterrupted movements suitable for low-DPI gaming or multi-monitor workflows. The black and blue image design offers a neutral, modern appearance that integrates with desktop layouts. Model identifiers MPN GXH1C97869 and EAN 195713732574 ensure correct model identification and sourcing.

Suitable for

• PC and laptop users who need an extended surface for mouse movement
• Gamers requiring wide, uninterrupted tracking space
• Workstations with multiple input devices or large desks
• Setups where a durable microfibre glide surface and consistent tracking are required

Key specifications

• Brand: Lenovo
• Model / MPN: GXH1C97869
• EAN: 195713732574
• Dimensions: 900 mm x 400 mm
• Material: Microfibre
• Product colour: Black, Blue
• Surface coloration: Image
• Gaming mouse pad: Yes
• Wrist rest: No
• Weight: 0.433 kg
• Category: Mouse pads

How to use

Unroll the Lenovo GXH1C97869 mouse pad on a flat, stable desk surface and align its edges with your desk for stability. Place your mouse on the microfibre surface and adjust sensitivity or DPI settings if necessary to match the larger tracking area. The pad is ready to use immediately and requires no assembly or attachment.

Recommendations

Keep the surface free of dust and debris to maintain consistent tracking and appearance; wipe gently with a soft, slightly damp cloth when necessary. Avoid direct heat sources and prolonged sunlight. Store rolled or flat when not in use to preserve image coloration and surface texture.