Quick Overview

The Delalande SWAT Shad 7 cm in Blue/Jaune is a compact soft lure designed for effective predator spinning. Its pronounced tail vibration, stable action, and attractive blue-yellow pattern make it an excellent choice for zander, pike, bass, and chub.

Description

This soft lure was developed for precise coverage of different water layers, from shallower areas to positions right along the bottom. The triangular shad profile and paddle tail create a pronounced wobble and strong vibration at both slow and faster retrieves, making it highly effective when fished on a jig head or Texan rig. Thanks to the grooves on the bottom and top of the body, hook passage is easier, and the hook point can be better concealed for presentation in more demanding terrain.

Features

• 7 cm length for versatile use in freshwater and brackish water
• Lure weight 3 g
• Triangular shad body shape for pronounced action in the water
• Paddle tail with pronounced vibration
• Sharp and lively action during the retrieve
• Very good stability at different retrieve speeds
• Bottom groove makes hook passage easier
• Top groove allows the hook point to be concealed
• Suitable for Texan rigging and articulated Ange jig head
• Pronounced wobbling action that triggers predator strikes

Technology

• Specially shaped body with a triangular cross-section for more stable action and stronger side vibrations
• Integrated grooves for easier hook rigging and better weedless presentation
• Design optimized for Texan rigging with an articulated Ange jig head

Specifications

Advantages

• Excellent balance between a compact profile and strong vibration
• Effective for both active and passive predators
• Performs stably with different retrieve techniques
• Adapted for rigging in open water and more demanding snaggy terrain
• The contrasting Blue/Jaune colour increases visibility in different water conditions

Note

Product availability depends on stock status. After fishing, store the lure flat and, if possible, rinse it with clean water to maintain its optimal properties.