Savage Gear Pop Walker 2.0 - Saltwater & Freshwater Topwater Fishing Lure for Sea Bass, Pike, Bluefish & Predators, Long Cast, Built-in Rattle, Ultra-Sharp Treble Hooks Blue Green 11.5 cm

Precision-Engineered Popping & Walking Action - The Savage Gear Pop Walker 2.0 combines a high-performance popper face with effortless walk-the-dog action, creating loud splashes, enticing bubbles, and natural baitfish movement. This deadly surface action is designed to draw aggressive strikes from sea bass, pike, bluefish, barracuda, and other predatory fish in both saltwater and freshwater environments. Ultra-Long Casting Design for Maximum Distance - Engineered with an aerodynamic body shape and optimized weight distribution, this lure flies like a missile, making it perfect for shore and boat anglers looking to cover more water. Whether targeting fish in open water, rocky coastlines, estuaries, or river mouths, this lure delivers exceptional casting accuracy and distance. Built-In Discreet Rattle for Enhanced Attraction - Featuring an integrated rattle chamber, the Pop Walker 2.0 emits subtle yet effective sound waves, mimicking the natural noise of injured baitfish. This triggers an instinctive predatory response, increasing your chances of provoking explosive surface strikes, even from cautious fish. Saltwater-Ready, Heavy-Duty Treble Hooks - Outfitted with SGY Saltwater UAR 3X NP Treble Hooks, this lure is built for superior penetration and holding power, ensuring you secure more hook-ups on aggressive topwater bites. The hooks are highly corrosion-resistant, making them ideal for saltwater species like bluefish, barracuda, and sea bass, as well as freshwater predators like pike and bass. Versatile Performance in Freshwater & Saltwater - Designed to perform in both calm and choppy waters, the Pop Walker 2.0 is effective in a wide range of fishing conditions. Whether you're fishing estuaries, reefs, rocky shorelines, lakes, or fast-moving rivers, this lure consistently attracts big predators looking to ambush prey at the surface.