Mouse pad LTC LXMP201 Moro — fabric surface, rubber base, medium size

LTC LXMP201 Moro is a medium-size mouse pad featuring a fabric surface and a non-slip rubber base. The surface is engineered to provide consistent tracking for both optical and laser mice while the rubber underside secures the pad to desks and workstations. Designed for everyday office tasks and casual gaming, this mouse pad balances maneuvering space and compact footprint for tidy setups.

Advantages

The fabric top ensures smooth, low-friction movement and reliable sensor detection, reducing cursor jitter and improving precision. The rubber base prevents unwanted sliding on smooth or textured desks, maintaining a steady surface during prolonged use. The medium dimensions offer a compromise between large gaming pads and small portable mats, making it versatile for different mouse sensitivities and hand movements.

Suitable for

• Office work and productivity tasks
• General home computing and internet browsing
• Casual and entry-level gaming
• Compact desk setups and laptop workstations

Key specifications

• Surface material: woven fabric for smooth tracking
• Base material: non-slip rubber for stable grip
• Size category: medium — balanced area for movement and desk space
• Compatibility: optimized for optical and laser mouse sensors
• Durability: stitched or finished edges to resist fraying (fabric-based construction)

How to use

Place the mouse pad on a flat, dry surface and position it to align with your preferred mouse hand and keyboard layout. Use the fabric side up and ensure the rubber base makes full contact with the desk to prevent shifting. For best tracking, keep the pad clean by periodically wiping the surface with a soft cloth; avoid harsh chemicals. When transporting, roll the pad gently if flexible, or lay flat to avoid creasing.

Usage recommendations

For consistent sensor performance, clean both the mouse feet and fabric surface regularly. If you switch between high and low DPI settings, the medium area of this pad supports a range of sensitivities without requiring frequent repositioning.