- 20" Outseam
- 4-Way Stretch Fabric
- REPREVE® Recycled Fibers
- Tightlines™ Adjustable Waistband
- Mesh Lined Front & Back Zip Pockets
- Water Repellency & Stain Guard
GYOTAKU is the traditional Japanese method of fish printing. This intricate immortalization process was originally used by fishermen in the 1800’s to record their catch by using ink, rice paper, and delicate hand pressing to create a fish image. Today, Gyotaku has become an art form of its own utilizing a wide variety of fish and ocean creatures as a method of printmaking.
Our Gyotaku Collection pays homage to the sea through the traditional Japanese method of fish printing. Using original Gyotaku art, this collection of men’s, women’s, & youth fishing apparel products reveals intricate prints of your favorite oceanic pelagics including marlin, tuna, mahi-mahi, wahoo, & flying fish.
Featuring a unique array of original Gyotaku art, this limited-edition boardshort pays homage to the sea through the traditional method of Japanese fish printing.
Plying the depths of comfort, function, and style, the Deep Drop Boardshort features side-hand & back-zipper pockets to keep your gear close at hand, plus a hidden plier pocket for easy access of your favorite fisherman’s tool. Built of an ultra-plush, cotton-based, vintage stretch fabric with 20” lo-pro cut, Deep Drop is complete with our internally integrated TightLines™ Adjustable Waistband System for the perfect, custom fit while offering our proprietary stain & water-repellent technologies to withstand the inevitable “fishy” elements of the deep blue.
TIGHTLINES™ ADJUSTABLE WAISTBAND SYSTEM: designed for life at sea, this unique internal drawcord system acts as a belt to keep your shorts & pants secured with a custom fit to your preference. When your pockets are loaded up with pliers, your phone, or tackle, tighten them up for a secure fit… When you are ready to celebrate the catch and get loose, well then, get loose… Tight lines everyone!
33% Cation 29% Polyester 22% Cotton 10% Elastane 6% Nylon 100% Natural Fibers