Savage Gear Cannibal Shad 6.8cm 3g

Quick Overview

The Savage Gear Cannibal Shad 6,8 cm 3 g is a highly effective soft lure for predator fishing in fresh and salt water. Thanks to its active paddle tail, it works even at very slow retrieve speeds, making it an excellent choice for zander, pike, trout, and other predators. It is designed for anglers looking for a compact, realistic, and versatile shad lure.

Description

The Cannibal Shad is one of Savage Gear’s signature models, developed for stable and attractive action on the drop, during steady retrieves, and when bounced along the bottom. Its compact length of 6,8 cm and weight of 3 g make it suitable for light spinning, jigging, and precise coverage of different water layers. It rigs perfectly on a jig head, and thanks to the special shape of the tail and body, it maintains an enticing action even at very slow retrieve speeds.

Features

• Length 6,8 cm and weight 3 g
• Active paddle tail for pronounced vibrations and stable action
• Works at very slow retrieve speeds
• Realistic hand-painted details
• Open head design makes correct rigging on a jig head easier
• Special tail connection for more natural swimming action
• Suitable for fresh and salt water

Technology

• UV, glitter, and sparkle additives for better visibility
• Triple, double, and firetail injected colours
• Scented formula that triggers strikes
• Fluorescent colours and details
• Glow in the dark pigments
• A blend of amino acids, fats, and proteins for extra attractiveness

Specifications

Available Variants

• Firecracker
• Lemon Cracker

Advantages

• Highly effective action across a wide range of retrieve speeds
• Compact size for targeted lure fishing for zander, trout, and smaller pike
• Enhanced visibility thanks to UV and fluorescent details
• Additional scent trail for more reaction bites
• Versatile use on rivers, lakes, and at sea

Note

Availability of individual colours may vary depending on stock levels. After fishing, store the lures separately from other soft baits and away from heat sources.