Nomad Design The Gypsy 200g Back Slide Jig – Chartreuse White Glow, Teardrop Shape with BKK Hooks

Overview

The Gypsy 200g back slide jig from Nomad Design is engineered for versatility, letting anglers adjust presentations to match diverse water conditions. Its back slide action supports slower to medium retrieves, enabling graceful, natural motion and precise depth control across a range of depths and targets. The chartreuse white glow not only looks striking but also helps maintain visibility in varied light and water conditions.

Premium design you can rely on

Built around a classic teardrop silhouette, The Gypsy pairs a robust body with premium BKK assist hooks for confident hookups. A through-wire system reinforced with extra plastic supports adds rigidity to withstand aggressive bites and demanding days on the water, helping you stay out there longer.

• Back slide action supports slow to medium retrieves for flexible depth control
• Teardrop profile coupled with durable BKK hooks for strong hookups
• Through-wire construction with extra plastic supports for added rigidity
• Versatile for both shallow and deep water fishing with multiple size options
• Three coats of clear resin deliver a durable, glossy finish

Where and how you might use it

In early light or shaded conditions, the chartreuse white glow helps visibility as you probe structure, ledges, and open channels. Cast near weed edges or drop into deeper zones and let the jig work at a controlled pace. The Gypsy is ready to adapt to your preferred action while remaining durable against the challenges of regular use.

• Near shore bays and structure edges to locate lurking fish
• Deep channel exploration with steady descent control
• All day sessions supported by lasting finish and rugged build
• Open water retrieves enhanced by the glow for improved visibility

Durability and finish

A triple coat of resin protects the surface, preserving color and finish through repeated casts and strikes. The result is a lure that maintains its visual appeal and structural integrity over time.