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-definition holographic finish replicates natural fish scales, creating vivid flashes and fluid reflections underwater.

Dual Glow Pigments: Red and Green luminous zones enhance multi-spectrum visibility in deep or low-light conditions.

Holographic Reverse: Precision-polished surface delivers intense light diffusion from every angle.

Corrosion-Resistant Coating: Protects against saltwater damage and color fading.

Balanced Center Weight: Ensures smooth, controlled fluttering action—perfect for slow-pitch and vertical jigging.


The AURIX-006C "Purple Vortex Spiral" combines a metallic purple finish with holographic spiral stripes, creating a striking vortex-like motion underwater. Designed to reflect light from multiple directions, this dynamic pattern mimics the flash of panicked baitfish, effectively provoking predatory strikes in both shallow and deep-water environments.

Crafted for performance, the jig features a dual glow spiral design that offers 360° visibility, enhancing its allure in dark or murky conditions. The UV-reactive finish intensifies its brilliance under natural or artificial light, while its balanced center weight ensures stable, controlled descent for precise slow-pitch action.

The Red and Green Glow spiral accents radiate across both sides of the jig, emitting a powerful luminescent pulse that enhances visibility in deep-sea or night jigging conditions.

When exposed to UV light, the spiral pattern ignites into a radiant violet-blue luminescence, amplifying flash intensity and giving the lure a mesmerizing, life-like presence underwater. This adaptive glow ensures maximum attraction across varying depths and light conditions.

Ideal For

Ideal for deep-sea jigging, targeting amberjack, yellowtail, dogtooth tuna, and other large pelagic predators. Highly effective during low-light or UV-rich daylight transitions.