Yo-Zuri R1215-PSCL 3D Inshore Surface Minnow – 90mm, Pink Silver Chartreuse

Overview

The Yo-Zuri R1215-PSCL 3D Inshore Surface Minnow is a wake bait designed for quick, responsive action just beneath the surface. Its balanced profile helps it start rolling and carving a visible wake as you begin your retrieve, making it easier to cover promising pockets around structure and cover.

Ideal for inshore, shallow water

Built for tight, shallow environments, this lure shines on grass flats, oyster bars, and other extremely shallow zones where traditional minnows may struggle to grab attention. At 90 mm (3 1/2 in) with a compact silhouette, it mirrors common baitfish such as mullet, mackerel, and sardines, giving predators a familiar target near the surface.

Finish, durability, and visibility

Yo-Zuri’s patented 3D prism finish sends out flashes of light visible from a distance. The internal hologram sheet remains lively even when the body picks up scratches, preserving the lure’s reflective profile. Crafted from tough ABS resin, the minnow stays rigid in saltwater use while maintaining color and shine.

Action and retrieve

Strategic weight placement and a rounded body produce a rolling action on a straight retrieve, creating a distinctive “V” wake that helps attract inshore predators. The overall feel encourages lively, reactive bites without requiring aggressive twitching.

• Inner hologram sheet preserves flashes of light
• Sharp, darting performance for quick starts
• Fixed weighted center for fast, stable response
• Power treble hook for secure hookups
• 3D prism finish and durable ABS resin

On-water versatility

Best used when surface disturbance is key in shallow water. It suits grass flats, oyster bars, and clear-water ambush points where inshore predators target baitfish near the surface.

• Shallow-water friendly — ideal for near-surface retrieves
• Natural baitfish mimicry with a rolling V-wake
• Effective in saltwater environments with robust construction

Note: This description highlights notable features and potential benefits based on design and performance cues. Real-world results depend on conditions and technique.