Yoga and Fitness Mat UMBRO Mata nonslip 173 x 61 cm Red

UMBRO Mata nonslip 173 x 61 cm Red is a yoga and fitness mat designed for floor workouts, stretching and bodyweight exercises. The mat’s non-slip surface offers traction for a range of positions and movements, while its 173 x 61 cm dimensions provide coverage suitable for most users. Constructed to be lightweight and portable, the mat is appropriate for use at home, in the gym or during group classes.

Advantages

The non-slip surface reduces slippage during dynamic sequences and static holds, improving exercise stability. The mat’s dimensions balance coverage and portability, offering enough length and width for common yoga poses and pilates movements while remaining easy to roll and carry. Its material is designed for quick drying and routine cleaning, supporting hygiene for frequent use.

Suitable for

• Yoga practice including standing and floor poses
• Pilates and core stabilization exercises
• Bodyweight training and stretching routines
• Home workouts, gym sessions and group fitness classes

Key specifications

• Dimensions: 173 x 61 cm
• Surface: non-slip texture for increased grip
• Color: red
• Weight: lightweight and easy to transport
• Use: suitable for floor exercises, yoga, pilates and stretching

How to use

Unroll the mat on a flat, dry surface and place it so there is sufficient space around you for movement. For best traction, ensure the floor beneath the mat is clean and free of dust. Use the mat for yoga poses, pilates exercises and bodyweight movements, maintaining even weight distribution to avoid premature wear. After use, wipe the surface with a mild cleaner or a damp cloth and allow to dry before rolling up for storage.

Usage recommendations

For longer mat life, avoid exposing the mat to direct sunlight for extended periods and do not wash in a machine. Store rolled, not folded, and keep away from sharp objects. For hygiene in shared environments, clean the mat between sessions with a suitable disinfectant that is safe for the mat material.