Rapala Skitter Pop Elite 95mm 17g Popper Lure

Skitter Pop Elite: Elevating the Popping Experience

The Skitter Pop Elite takes the renowned Skitter Pop to an elite level, combining premium materials and cutting-edge construction techniques to maximize durability and casting distance. Crafted from premium balsa wood, this exceptional popper sets a new standard in the world of topwater lures. Here's why the Skitter Pop Elite stands out as an elite choice for anglers seeking the pinnacle of popping performance.

Key Features:


Premium Balsa Wood Construction:

Made from premium balsa wood, the Skitter Pop Elite ensures a perfect balance of strength and buoyancy.
Modern construction techniques elevate the lure's durability, allowing it to withstand the rigors of intense fishing sessions.

Enhanced Popping Sound:

The new front cup design is engineered to produce a loud and deep popping sound, making it irresistible to predators.
The enhanced sound profile increases the lure's visibility and attraction, drawing fish from a distance.

Versatile Popping and 'Walk the Dog' Action:

Functions as a standard popper with enticing popping action.
With small twitches of the rod tip and a constant retrieve, achieve a 'walk the dog' action, adding versatility to your topwater arsenal.

Needle Sharp VMC 75 Series Trebles:

Fitted with needle sharp VMC 75 Series treble hooks, ensuring solid hooksets and secure connections during battles with powerful fish.

Fresh and Saltwater Colors:

Available in a range of colors designed for both freshwater and saltwater environments.

The Skitter Pop Elite caters to diverse fishing scenarios, making it a serious contender in various angling pursuits.
The Skitter Pop Elite is not just a lure; it's a testament to the pursuit of perfection in topwater fishing. Its combination of premium materials, innovative design, and enhanced sound profile create an elite popper that stands ready to challenge and conquer the waters. Elevate your topwater game with the Skitter Pop Elite – where excellence meets the surface.