4" Shrimp Jighead

The Mangrove Tackle 4" Shrimp Jig Heads are built for anglers who rely on precision presentation when targeting inshore species with shrimp-style lures. Designed around a balanced head geometry, they enhance the natural swimming and falling motion of soft or natural shrimp baits, creating a lifelike action that consistently triggers reaction strikes.

The integrated weight placement along the hook shank provides controlled sink behavior and accurate depth management, allowing anglers to adapt seamlessly to changing conditions. From shallow grass flats and oyster bars to docks, mangroves, and deeper tidal channels, the jig head maintains a natural drift and stable presentation.

Whether worked with short hops along the bottom, slow steady retrieves, or allowed to drift naturally with the tide, the design keeps shrimp imitations in the strike zone longer while preserving realistic movement under load and current.

Each jig head is built with a corrosion-resistant finish and a Mustad Black Nickel 2X Strong hook designed for dependable penetration and solid hooksets, even when fighting hard-charging inshore predators.

Engineered for versatility, this system pairs perfectly with Mangrove Tackle 4"" Shrimp Tails, delivering a consistent and effective shrimp presentation across a wide range of fishing scenarios.

Constructed with Mustad Black Nickel 2X Strong hooks for maximum penetration and holding power.

Available in multiple weight options including 3/4 oz, 1 oz, 1.5 oz, and 2 oz to match depth, current strength, and target conditions.

• Balanced head design for natural shrimp action

• Controlled sink rate for precise depth management

• Mustad Black Nickel 2X Strong corrosion-resistant hook for saltwater durability

• Effective across flats, structure, and deeper channels

• Designed for Snook, Tarpon, Redfish, Seatrout, Mangrove Snapper, Sheepshead, and more

• Optimized for use with Mangrove Tackle 4" Shrimp Tails

A dependable jig head system designed to deliver natural presentation and consistent performance in real-world inshore conditions.