Spanky Baits Pugsly 10

The Ultimate Slow-Roll Predator: Spanky Baits Pugsly 10

The Spanky Baits Pugsly 10 is the ultimate "fusion" lure for muskie hunters who demand versatility and durability. By combining the flash of high-quality tinsel with a hard resin body, the Pugsly 10 offers a unique profile that bridges the gap between a traditional bucktail and a hard-body crankbait.

Designed specifically for a slow-rolling retrieve, this bait allows for precision depth control. Whether you are creeping it over the tops of submerged weed beds or working a rocky breakline, the Pugsly 10 tracks true and provides a massive thumping vibration that giant muskies can't ignore.

Overbuilt Specifications

Spanky Baits are famous for being "indestructible," and the Pugsly 10 is built to handle the most violent strikes:

• Handmade in the USA: Built with pride and precision for serious trophy hunters.

• Industrial Strength Wire: Features the heaviest stainless steel through-wire (0.072") you will find on any muskie lure—it won't bend or fail, even under the stress of a 50-inch fish.

• Customizable Power: Choose from 11 different resin bodies and 55 magnum #10 blade options to match your local forage.

• High-End Skirts: Features 105 color tail patterns made with premium, commercial-grade flashabou for maximum underwater shimmer.

• Heavy-Duty Hooks: Two super-durable 7/0 treble hooks and nickel-plated hardware ensure your trophy stays pinned.

Why Choose the Pugsly 10?

Unlike standard bucktails that can sink too quickly or rise too fast, the hard resin body provides added buoyancy and stability. This allows you to "slow roll" the bait at speeds that would stall out other lures, keeping your blade spinning and your presentation in the strike zone longer.

💡 Pro Tip

The Pugsly 10 is a "night shift" superstar. Because it can be slow-rolled just subsurface, use it after dark over shallow flats. The combination of the single #10 magnum blade's vibration and the hard body's silhouette makes it easy for muskies to track and inhale in low-light conditions.