Hiirimatto Sharkoon SKILLER SGP30 D3

The Sharkoon SKILLER SGP30 D3 is an XXL gaming mouse pad (900 × 400 mm) with a textile surface, stitched edges and a non-slip rubber base. Its large dimensions provide space for both keyboard and mouse plus additional accessories, while a variety of printed motifs and a multicolour design let you choose a look that fits your setup. The textile surface is water-repellent and easy to clean, and the flexible, thin construction allows the mat to be rolled for transport.

Advantages

The SKILLER SGP30 D3 combines a smooth textile glide surface with a durable sublimation-printed motif and stitched edges to reduce abrasion and fraying. A rubber anti-slip backing keeps the mat firmly in place during intensive use. The water-repellent finish makes cleaning under running water simple, and the low thickness and flexible material enable easy rolling and transport.

Suitable for

• PC and console gamers who need a large surface for wide mouse movements
• Users who want a desk-sized mat that accommodates keyboard, mouse and accessories
• Anyone seeking an easy-to-clean, non-slip mouse pad for extended sessions

Key specifications

• Brand: Sharkoon
• Model: SKILLER SGP30 D3
• Size: 900 × 400 mm (XXL)
• Surface material: Textile with sublimation-printed motif
• Base: Rubber non-slip
• Product colour: Multicolour
• Stitched edges: Yes
• Weight: 0.68 kg
• Water-repellent coating: Yes

How to use

Place the SKILLER SGP30 D3 on a flat desk surface with the textile side up and the rubber base down to ensure stable positioning. Lay your keyboard and mouse on the mat so they sit comfortably within the 900 × 400 mm area. For transport, roll the mat with the printed side out or fold it gently if necessary; unroll it before use to allow it to lie flat.

Recommendations

For best performance, keep the textile surface free of dust and debris by rinsing under running water and letting it air dry completely before use. Avoid placing very heavy or sharp objects on the mat to prevent deformation or damage to the printed surface.