Tapete de rato gaming SAVIO Turbo Dynamic XL — cinzento, 900×400 mm, 3 mm de espessura, superfície de tecido antiderrapante costurada

Savio Turbo Dynamic XL - Grey Edition is a professional gaming mouse pad with a large monochromatic grey surface measuring 900 × 400 × 3 mm. Made from durable ABS synthetics with a non-slip rubber base and stitched anti-wrap edges, the pad is designed to provide stable, long-lasting performance for both gaming and everyday use.

Advantages

The XL surface offers freedom of movement for mouse and keyboard while maintaining precise tracking thanks to a smooth, low-friction speed surface. Stitched edges prevent fraying and deformation, and the 3 mm thickness delivers comfortable cushioning without sacrificing stability. The non-slip base keeps the pad firmly in place during rapid or intense actions.

Suitable for

• Competitive and casual gamers who need wide mouse movement space
• Users who prefer a clean, organized desktop with room for keyboard and accessories
• Fast-paced FPS and action games requiring flick shots and precise tracking
• Office work where stable, comfortable wrist support and smooth mouse control are important

Key specifications

• Product type: Gaming mouse pad
• Model: Savio Turbo Dynamic XL - Grey Edition (SAVGGETDXL)
• Dimensions: 900 × 400 × 3 mm
• Material: ABS synthetics
• Surface coloration: Monochromatic grey
• Base: Non-slip rubber
• Edges: Stitched, anti-wrap
• Weight: 0.686 kg

How to use

Place the Savio Turbo Dynamic XL on a flat, clean desk surface with the rubber base facing down to ensure a secure grip. Position your keyboard and mouse on the pad so there is sufficient space for wide mouse movements. Use the smooth speed surface for precise aiming and tracking during gameplay; clean with a damp cloth if needed and avoid soaking or machine washing.

Recommendations

For best results, keep the pad flat and avoid folding or rolling for extended periods. Wipe spills immediately and store the pad flat when not in use to maintain the stitched edges and surface performance.