O'NEILL Men's Hyperfreak Heat Hawaii 20 Inch Boardshorts | Hyperfreak Stretch, Quick-Dry Performance

Take on surf days, swim sessions, and warm-weather travel in the O'Neill Hyperfreak Heat Hawaii 20 Inch Boardshorts. Designed as a go-to performance boardshort, this style combines flexible comfort with functional details that help you stay ready in and out of the water. The Hyperfreak stretch fabric is engineered for 4-way mobility with a rash-free, cling-free feel, making it a strong choice for active use. O'Neill Hyperdry technology adds quick-drying performance by helping reduce water absorption, so the shorts feel lighter and dry faster after long sessions. The fixed waist construction offers a secure fit, while the Flex Tie drawcord helps keep everything in place when conditions get rough. A side zip pocket adds convenient storage for small essentials, and anti-rash Hyperthread is designed to help reduce abrasion and chafing. Finished with a 20-inch outseam and at-the-knee fit, this boardshort delivers a clean balance of coverage, comfort, and performance. It also includes recycled fibers in the fabric blend, giving you a more responsible option for everyday surf and swim wear.

• PERFORMANCE BOARDSHORT DESIGN: Built for surf, swim, beach days, and active water use with a fixed waist design that stays secure and comfortable through movement.
• HYPERFREAK STRETCH COMFORT: Made with Hyperfreak stretch fabric for flexible 4-way performance, giving you better mobility with a rash-free, cling-free feel.
• QUICK-DRY TECH: O'Neill Hyperdry durable water-repellent treatment helps reduce water absorption and speeds up drying time after surf sessions, swimming, or all-day wear.
• FUNCTIONAL DETAILS: Features a 20-inch outseam with at-the-knee fit, Flex Tie drawcord, side zip pocket, and anti-rash Hyperthread for comfort and utility in and out of the water.
• FIND YOUR BEST FIT: Visit our Amazon brand store to view the fit guide and explore more O'Neill apparel, boardshorts, and beach-ready essentials for your next trip.