Quick Overview

Savage Gear Super Cast EGI 3.0 ND is a squid jig for squid and cuttlefish intended for anglers looking for long casting distance, stable action, and reliable hooking. Thanks to its advanced balance, UV finish, and internal tungsten weight, it is an excellent choice for eging from shore, breakwaters, and rocks.

Description

This size 3.0 model was developed for precise and effective presentation in eging fishing, especially when you need to quickly cover the area and maintain the squid jig’s natural action through the water column. Savage Gear Super Cast EGI 3.0 ND combines a sharp jerk, hypnotic swimming action, and controlled sinking, making it highly suitable for catching squid and cuttlefish in different light and depth conditions. The ND version is specially adapted for fishing at greater depths, with a sink rate of 2,9 s/m and a working depth of approximately 2–12 m.

Features

• Size 3.0 for targeted eging fishing
• Length: 10,5 cm
• Weight: 19 g
• Super-quality fabric for an attractive look and durability
• Internal tungsten weight for better casting distance and balance
• No external lead weight
• Sharp jerk and hypnotic swimming action
• Savage custom needles crowns for secure hooking
• Recommended working depth for the ND model: 2–12 m
• Sink rate: 2,9 s/m

Technology

• Spring Cast system for long and precise casting
• Tungsten transferred weight for stable flight and better balance
• Advanced UV technology for better visibility in lower light
• Knock-knock system for additional sound and vibration stimulation

Specifications

Available Variants

• FIRE N ICE
• ICE N FIRE
• NAPALM
• VIT-C

Advantages

• Long casting distance and precise presentation from shore
• Natural action and effective sinking for covering different depths
• Enhanced visibility thanks to UV technology
• Reliable hooking with quality crowns
• An excellent choice for active squid and cuttlefish fishing in the ND version

Note

Availability of individual colours may vary depending on stock levels. Decor shades may differ slightly depending on the production batch and screen display.