Bill Lewis Scope-Stik 120 Suspending Jerkbait - Chrome Blue/Orange Belly | Mustad UltraPoint Hooks

Overview

The Bill Lewis Scope-Stik 120 suspending jerkbait is engineered to cut through water with a display that’s easy to detect on forward‑facing sonar. Its pronounced, flattened sides and a lip that flashes sideways create a distinctive, seasonal profile as it waggles through the water, nearly waving at your screen. Paired with premium Mustad UltraPoint Triple Grip hooks, this lure arrives in a color range designed to mirror common forage and to perform across varied water conditions. A smooth cast-weight design helps you reach distant targets with confidence, making long casts feel effortless even when you’re casting into wind or current.

Key design benefits

• DIVERSE COLOR SELECTION - Color options are chosen to match common forage species, improving visibility in different water conditions.
• TARGETED DEPTHS - Available in 120mm and 100mm lengths for adapting presentation to varying depths and fish behavior.
• HIGH-QUALITY CONSTRUCTION - Durable materials and precise engineering ensure reliable performance through long days on the water.
• VERSATILE RETRIEVAL TECHNIQUES - Steady retrieves, erratic jerks, and pauses all elicit responsive action from the lure.
• PROVEN PERFORMANCE - Built on the Bill Lewis legacy, the Scope-Stik embodies years of innovation and reliability.

Real‑world use and scenarios

Designed for both freshwater and saltwater environments, the Scope-Stik shines when probing structure, drifting along drop-offs, or fishing around cover in sunlit or shaded conditions. Its long‑cast capability helps you reach distant targets, while the lifelike lip flash stands out in stained water and clear water alike.

• Freshwater lakes and rivers with visible forage
• Saltwater bays and marsh edges where a suspending jerkbait can pause in the strike zone
• Clear water for a subtle approach or murkier water for higher contrast
• Multiple retrieves to match fish mood and cover

Notes: Benefits described here reflect design features and field performance possibilities; individual results may vary.