Women's cycling longsleeve Castelli Medio Base Layer W melange gray (4525546_006_CAS)

Castelli Medio Base Layer W women's long sleeve cycling top in melange grey is an advanced base layer designed for cycling enthusiasts. Made from breathable polyester, it provides thermal comfort during road cycling, MTB, and gravel rides. The slim fit enhances movement ergonomics, and the weight of 190 g/m² offers optimal protection against the cold.

Breathability and comfort

The Castelli Medio Base Layer W women's long sleeve cycling top is constructed from a material that effectively wicks away moisture, which increases comfort during intense activity. Breathability is a key feature that translates to dry skin even during prolonged training sessions. Thanks to the use of 100% polyester, the fabric is lightweight and does not absorb sweat, further supporting user comfort.

Fit and functionality

Castelli Medio Base Layer W women's long sleeve cycling top in melange grey features a slim fit that hugs the body, supporting aerodynamics. The long sleeve protects against wind, which is essential during changing weather conditions. The product is intended for various cycling disciplines, making it a versatile choice for every female cyclist.

Material and durability

The Castelli Medio Base Layer W women's long sleeve cycling top is made entirely from polyester, which ensures durability and resistance to mechanical damage. The fabric retains its properties even after multiple washes, which is important for maintaining quality over time. The construction of the material also supports its flexibility, allowing freedom of movement while riding.

Castelli Medio Base Layer W long sleeve - features:

• The breathability of the material enhances thermal comfort;
• The slim fit supports aerodynamics;
• The weight of 190 g/m² ensures protection against the cold;
• The material made of 100% polyester contributes to durability;
• The long sleeve protects against wind;
• The product is intended for road, MTB, and gravel cycling;
• The material composition supports flexibility and freedom of movement.