Quiksilver Everyday Holmes Volley 16" black holmes men's swim shorts (EQYJV04136-KVJ6)

Men's Quiksilver Everyday Holmes Volley 16" black holmes swim shorts offer freedom of movement and comfort during water activities and on the beach. The use of quick-drying fabric ensures convenience both while swimming and relaxing in summer conditions.

Eco-friendly polyester fibres

The Quiksilver Everyday Holmes Volley 16" shorts are made entirely from recycled polyester, which actively supports reducing waste and the consumption of new synthetic raw materials. The high quality of the material used ensures durability and resistance to water and UV radiation. The use of recycled fibres does not negatively affect elasticity or wearing comfort, even during intensive use.

Quick-drying fabric and freedom of movement

The quick-drying fabric used in the Quiksilver Everyday Holmes Volley 16" significantly reduces drying time after leaving the water. The shorts’ design is intended not to restrict the range of movement and to provide full mobility during swimming or beach sports. The comfortable cut and ergonomic seam layout translate into comfort in all conditions.

Practical design details

This model is equipped with functional pockets that allow convenient storage of small accessories while at the beach or poolside. The durability of the stitching and solid workmanship guarantee long-lasting use even with frequent contact with water and sand. The precise finishing of the elements enhances the overall quality of the shorts’ construction.

Men's Quiksilver Everyday Holmes Volley 16" black holmes swim shorts - features:

• Made from 100% high-quality recycled polyester;
• Quick-drying fabric ensuring comfort after leaving the water;
• Design optimised for freedom of movement while swimming;
• Equipped with practical pockets for small items;
• Resistance to water and UV radiation;
• Durability and solid stitching in the shorts’ construction;
• Comfortable, ergonomic cut tailored for activity;
• High-quality finishing of all shorts’ elements.