Roxy Women's No Bad Waves Boardshort - Oil Green

Roxy Women's No Bad Waves Boardshort | Oil Green

Made for sunny adventures and carefree beach days. Comfortable, supportive, and designed to move with you.

The Roxy Women's No Bad Waves Boardshort combines performance-inspired functionality with effortless coastal style. Crafted from 100% recycled polyester, these lightweight boardshorts offer comfortable coverage while supporting a more sustainable approach to swim and beachwear. The 2-inch inseam creates a flattering, easy-to-wear silhouette, while the flat knit waistband with hidden elastic and adjustable drawcord provides a secure, stay-put fit. Finished with a signature Roxy logo patch, these versatile shorts are perfect for everything from surfing and swimming to beach walks and everyday summer activities.

Complete the Look:

Pair these boardshorts with your favorite Roxy bikini top, rash guard, or tank for a comfortable beach-ready outfit that transitions effortlessly from water to shore.

Why You'll Love It:

• 100% Recycled Polyester Fabric: Lightweight, durable, and made with sustainability in mind.

• 2-Inch Boardshort Length: Provides comfortable coverage with a flattering, active fit.

• Supportive Flat Knit Waistband: Designed with hidden elastic for a secure and comfortable feel.

• Adjustable Drawcord Closure: Allows for a personalized fit during every activity.

• Versatile Beach-to-Water Style: Perfect for surfing, swimming, beach days, and outdoor adventures.

• Signature Roxy Branding: Finished with a classic Roxy logo patch on the left leg.

• Oil Green Colorway: A fresh, nature-inspired shade that pairs effortlessly with your swim collection.

Fabric & Specifications:

• Brand: Roxy

• Color: Oil Green

• Style Number: ERJBS03327

• Composition: 100% recycled polyester

• Fit: 2-inch boardshort silhouette

• Waist: Flat knit belt with hidden elastic and adjustable drawcord

• Features: Roxy logo patch on left leg

• Care Instructions: Follow garment care instructions to maintain fabric quality, fit, and performance.