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Description
Discover the perfect blend of comfort, style, and sustainability with the Billabong Sundays Layback 17 Volley Shorts. These shorts are expertly crafted from recycled PET plastic bottles, ensuring an eco-friendly choice for your wardrobe.
- High-Performance Fabric: Enjoy the freedom of movement with the 4-way stretch fabric, designed to enhance your performance whether you're lounging or active.
- Quick Drying: Featuring a Micro Repel water repellent coating, these shorts dry quickly, making them ideal for beach activities and water sports.
- Modern Lo Tide Fit: The contemporary design includes an elastic lasso waist and adjustable drawcord for a customized fit, ensuring maximum comfort throughout the day.
- Functional Pockets: Equipped with convenient side pockets and a back patch pocket, these shorts provide ample space for your essentials.
Whether you're soaking up the sun on the beach or catching waves, the Billabong Sundays Layback 17 Volley Shorts are your go-to choice for both style and function.
Description
Discover the perfect blend of comfort, style, and sustainability with the Billabong Sundays Layback 17 Volley Shorts. These shorts are expertly crafted from recycled PET plastic bottles, ensuring an eco-friendly choice for your wardrobe.
- High-Performance Fabric: Enjoy the freedom of movement with the 4-way stretch fabric, designed to enhance your performance whether you're lounging or active.
- Quick Drying: Featuring a Micro Repel water repellent coating, these shorts dry quickly, making them ideal for beach activities and water sports.
- Modern Lo Tide Fit: The contemporary design includes an elastic lasso waist and adjustable drawcord for a customized fit, ensuring maximum comfort throughout the day.
- Functional Pockets: Equipped with convenient side pockets and a back patch pocket, these shorts provide ample space for your essentials.
Whether you're soaking up the sun on the beach or catching waves, the Billabong Sundays Layback 17 Volley Shorts are your go-to choice for both style and function.