Mouse Pad Corsair MM500 v2

The Corsair MM500 v2 is a large gaming mouse pad with a 450 mm x 400 mm surface that provides ample space for wide, precise mouse movements. The woven cloth surface ensures consistent, low-friction glides on both the x- and y-axis for accurate tracking, while the monochromatic black finish and stitched edges improve durability. A 3 mm thick natural rubber base prevents slipping and gives a slightly cushioned feel during extended use.

Advantages

The hybrid high-density woven surface delivers smooth and consistent glide performance for fast, pinpoint mouse control. A spill-resistant coating helps protect the surface from accidental liquids and humidity. Stitched anti-fray perimeter stitching prevents edge peeling under heavy use. The non-slip natural rubber base keeps the pad securely in place and provides stable support during intense gaming.

Suitable for

• PC and laptop gaming where large tracking area is required
• Users who need precise mouse control for FPS and competitive titles
• Desk setups that require a durable, spill-resistant surface

Key specifications

• Brand: CORSAIR
• Model: MM500 v2 (CH-941B161-WW)
• Dimensions: 450 mm x 400 mm
• Thickness: 3 mm
• Surface material: High-density hybrid woven cloth
• Base material: Natural rubber (non-slip)
• Edge finish: Stitched anti-fray perimeter
• Color: Monochromatic black
• Weight: 0.484 kg
• EAN: 0840006688808

How to use

Place the MM500 v2 on a clean, flat desk surface with the rubber base down to ensure a secure grip. Position your mouse anywhere on the large 450 mm x 400 mm surface to take advantage of full tracking area. Clean the woven surface with a soft cloth and mild detergent if needed, and allow it to air dry completely before use.

Recommendations

For best performance, avoid prolonged exposure to direct sunlight and high heat. Wipe spills promptly with a damp cloth; do not machine-wash the pad. Use a compatible gaming mouse and adjust in-game sensitivity settings to benefit from the MM500 v2's consistent tracking surface.