Layabout Snug Mat Single W96 x L96 x D30cm

£101.00

Helping to Support Teaching and Learning

Durable and Hygienic: Designed for durability and easy maintenance, the Layabout Snug Mat adds a long-lasting, hygienic element to any sensory learning environment.
Ample Space for Activities: With dimensions of W96 x L96 x D30cm, this mat provides ample space for individual or group activities, making it a versatile choice for sensory environments.
Easy Joining Feature: The hook and loop flap feature enables easy joining of up to four mats, creating larger, cohesive seating areas for group interactions and sensory play.
Supports Sensory Regulation: Its soft, comfortable design creates a calming space for children, supporting sensory regulation and providing a safe retreat within sensory learning environments.
Fosters Social Interaction: By facilitating group sessions and collaborative play, the Layabout Snug Mat aids in developing social skills and interaction among children.

A soft, comfortable spot for children to sit and relax in a multi-sensory learning environment.

Features a hook and loop flap for easy connection, allowing up to four mats to join, enhancing sensory learning spaces.

The Layabout Snug Mat is meticulously designed to enrich sensory learning environments, providing a soft and comfortable resting space for children to sit, relax, and engage with sensory activities. Measuring W96 x L96 x D30cm, it fits seamlessly into individual or group settings, encouraging calm and focus.

Featuring a unique hook and loop flap, this mat allows for the effortless connection of up to four mats. This adaptability is vital for creating versatile seating arrangements that cater to group sessions, collaborative play, and sensory exploration, promoting social skills and interactive learning.
Constructed to offer durability while being easy to clean, the mat supports a range of sensory activities for children. It is an ideal component in sensory spaces, offering both tactile stimulation and a comforting presence that aids in sensory regulation.