Gourd Head Bionic Fishing Lure Artificial Hard Bait Swimbait Crankbait Tackle - 100g

The Slow Sinking Squid Jig Lure is an excellent choice for anglers looking to attract fish with lifelike movements and vibrant colours. Featuring a bionic fish eye design, this lure closely mimics real squid, making it highly effective in both saltwater and freshwater fishing. The UV glow effect enhances visibility in deep or murky waters, increasing its attractiveness to predatory fish.

Built with a durable metal body, this jig is designed for slow sinking, allowing for a natural wobbling motion that entices fish such as perch, snapper, and bass. Available in 100g (3.9in) and 150g (4.5in) sizes, this lure is ideal for deep-sea and offshore fishing.

Features

Realistic Bionic Fish Eye Design – The 3D fish eye structure enhances the realism of the lure, effectively drawing in fish from a distance.

UV Glow Effect for High Visibility – The UV-reactive coating glows under ultraviolet light, making it highly visible in deep or murky waters.

Slow Sinking for Natural Movement – Designed to sink gradually, this lure creates a lifelike wobbling action that imitates a struggling squid.

Durable Corrosion-Resistant Build – Made from high-quality metal, this lure withstands saltwater corrosion and is built for long-term use.

Versatile for Various Fishing Environments – Suitable for deep-sea, offshore, and freshwater fishing, targeting species like snapper, bass, perch, and more.

Specifications

Material: High-quality metal

Weight Options: 100g (3.9in) / 150g (4.5in)

Design: Bionic fish eye, UV glow effect

Sinking Type: Slow sinking

Target Fish: Perch, snapper, bass, and other predatory fish

Application: Saltwater freshwater fishing

Package Includes

1 x Slow Sinking Squid Jig Lure (100g/3.9in or 150g/4.5in)

Note

The UV glow effect requires exposure to light before use for maximum brightness.

Ensure secure attachment to the main fishing line for best movement and control.

Due to manual measurement, size deviations of 1-3mm may occur.

The actual colour may slightly vary due to different monitor settings.