Tarpon Hoodie

$79.00
$79.00

The Tarpon Hoodie features bold artwork inspired by one of saltwater fishing’s most iconic game fish. Built from heavyweight 10 oz fleece, it delivers structured warmth, lasting durability, and all-day comfort. Finished with clean front branding, a detailed back graphic, and sleeve print, this hoodie is made for anglers who live for the pursuit of the Silver King.

  • 10 oz heavyweight 3-end fleece construction
  • 70/30 ring-spun cotton blend with 100% cotton face
  • Fleece-lined hood for added warmth
  • Twill neck tape for reinforced durability
  • Rib-knit cuffs and waistband for a secure fit
  • Nickel eyelets for long-term wear

Colors: Dusty Sage

Tarpon Hoodie – Heavyweight Fishing Hoodie Built For Coastal Anglers

The Tarpon Hoodie is a heavyweight fishing hoodie built for anglers who live for big fish, hard runs, and time spent chasing silver kings. Featuring a bold tarpon graphic on the back, this hoodie brings saltwater fishing style to a durable, everyday layer built for cooler days on and off the water.

Constructed from 10 oz, 3-end fleece using a 70% cotton and 30% polyester ring-spun blend with a 100% cotton face, this heavyweight hoodie delivers structured warmth, lasting comfort, and dependable durability. The generous men’s fit provides room to layer without feeling restrictive, making it a reliable choice for cool mornings, breezy boat rides, and casual wear after a long day of fishing.

The fleece-lined hood adds warmth and comfort, while twill neck tape, split stitch double needle sewing, and rib-knit cuffs and waistband provide reinforced structure for long-term wear. Finished in Dusty Sage with a clean front Flop Industries logo, left sleeve detail, and oversized back tarpon artwork, this fishing hoodie delivers premium construction with a strong saltwater identity.

Whether you’re running the coast, heading to the dock, or representing your favorite pursuit off the water, the Tarpon Hoodie is built for anglers who appreciate heavyweight comfort, durable construction, and species-driven design.