DOA 3-inch Scented Shrimp Glow/Chart Lure — 1/4 oz, 3-Pack

Overview

Meet the DOA 3-inch Scented Shrimp Glow/Chart lure, a staple in many saltwater setups. This 1/4 oz soft plastic is designed for durability and versatility, earning a reputation as a modern standard among artificial lures. Flavored with brine shrimp, it carries a subtle scent that can accompany lifelike movement in the water, helping anglers connect with their target on calm days and windy afternoons alike.

With a design that casts farther and sinks faster than some smaller counterparts, this lure excels when you need to cover water quickly or present a convincing profile to wary fish. The 3-inch size is versatile enough for a range of rigs and conditions, and the 3-pack gives you multiple color options to adapt to changing light and water color.

Key features

• High-durability soft plastic that resists wear from repeated casts and retrieves
• Long-range casting with a faster drop rate for efficient water delivery
• Brine shrimp flavor adds a subtle scent that complements realistic action
• More than 50 color options across the DOA line, including glow and chart patterns
• 3-inch size that pairs well with plug gear and performs in windy conditions

Use cases and conditions

• Shoreline jigging and jetty fishing where long casts and precise drops matter
• Boat drifts and light trolling to efficiently cover structure and ambush zones
• Structure-oriented fishing in current or wind, where a compact shrimp profile shines
• Clear water days or low-light conditions, where glow and color contrast aid visibility

Real-world use often highlights the lure’s durability, consistent action, and flexible color options. While results vary by day and species, many anglers appreciate the lure’s ability to adapt to different rigs and water temps. Consider this lure as a versatile option in your tackle box, offering possibilities rather than guarantees.

Pro tip: Pair the 3-inch scented shrimp with a light-to-medium rod, steady retrieve, and a stop-and-go cadence to explore both surface and mid-depth responses.