Forest MIU Native Abalone Lure No. 07 Spoon – 0.1 oz (4.2 g), Thick Plate

Overview

The Forest MIU Native Abalone Lure No. 07 Spoon marks the latest addition to Forest’s Native Series, bringing a refined balance of weight, action, and color. Built around a thick plate, this compact lure maintains a steady profile in both currents and calm water, making it easy to cover water across streams, rivers, and lakes.

Design and Action

Engineered with a sturdy thick plate and a traditional spoon shape, the lure delivers a lively wobble and a shimmering flash as it moves. The approximate weight of 4.2 g makes casting and control approachable for a range of tackle setups, while the No. 07 form contributes a distinctive silhouette that responds to even subtle rod movements. The native abalone color palette adds visual variety, helping the lure stand out under different light conditions.

Versatility Across Waterways

Whether you’re working narrow stream pockets, broader river bends, or still-water lakes, this No. 07 lure is designed to perform with a variety of retrieves. Its compact build helps it mimic small prey and react quickly to changes in water flow, increasing its usefulness across a spectrum of fishing scenarios.

• Weight: 0.1 oz (4.2 g) allows precise casting and balanced handling
• Thick plate offers stability and robust action in diverse conditions
• No. 07 spoon shape provides lively wobble and flash
• Native abalone color options give versatile visibility in different waters
• Part of Forests MIU Native Series for cohesive color and performance

• Cast toward structure, weed edges, and drop-offs where fish often hang out
• Use a steady retrieve or incorporate gentle pauses and twitches to vary action
• Pair with light to mid-light tackle for best control
• Works well in streams, rivers, and lakes with varying light

In real-life usage, anglers often notice a clear wobble and an eye-catching flash as the lure darts and glides through water. This is presented as a versatile option to add to your tackle box, offering potential advantages across different water conditions without guaranteeing outcomes.