• Available Weights: 100g • 130g • 160g • 200g • 250g • 300g

• Body Material: Durable and High-Density Lead Alloy

• Finish: High-quality paint with a Polyurethane Top Coat for enhanced durability and chip resistance.

• Visual Appeal: High-quality holographic finish replicates natural fish scale reflections, creating dynamic underwater flashes to attract predators.

• Dual Glow Pigments: Red and Green luminous zones for enhanced multi-spectrum visibility in low-light and deep-water conditions.

• Holographic Reverse: Polished mirror-silver layer maximizes flash intensity and underwater brilliance.

• Corrosion-Resistant Coating: Protects the lure from saltwater oxidation and wear.

• Balanced Center Weight: Ensures stable, controlled flutter action—ideal for precision slow-pitch jigging.

The AURIX-004C "Violet Phantom Glow" captivates with a deep violet hue blended into subtle holographic silver tones, producing a mesmerizing shimmer that mimics schooling baitfish in motion. This unique color combination delivers exceptional visibility across both shallow and deep-water environments, enticing a wide range of predatory fish.

Its dual-sided holographic coating provides unmatched flash from any angle, while the aerodynamic body design ensures a consistent and natural descent through the water column. The result is a highly responsive jig that perfectly balances flutter and fall, triggering instinctive strikes even in challenging conditions.

The distinctive dual Red and Green Glow accents emit a vivid pulse in dark or murky conditions, enhancing visibility and simulating the bioluminescent patterns of natural prey.

Under ultraviolet light, the violet base transforms into a luminous blue-violet shimmer, amplifying the jig's presence during night jigging, twilight fishing, or in clear offshore waters. This adaptive color response ensures continuous attraction across changing light depths and conditions.

Ideal For

Perfect for nighttime and twilight fishing, and for targeting tuna, amberjack, snapper, and trevally in mid-depth to deep-sea environments.