Savage Gear Super Cast EGI 3.0 NS

Short Overview

Savage Gear Super Cast EGI 3.0 NS is a premium squid jig designed for long and precise casting, quick response to jerks, and stable performance in the sea. It is an excellent choice for anglers looking for an effective presentation in shallow and mid-depth positions, with an emphasis on controlled sinking and high visibility.

Description

This size 3.0 model was developed for modern squid fishing from shore or from a lighter boat, when it is important to cover a larger fishing area and maintain the natural action of the jig. Thanks to the internal tungsten weight and Spring Cast system, the Super Cast EGI achieves very good casting distances, while the NS (Normal Shallow) version enables effective retrieval at depths from 1 to 10 m. The jig responds excellently to techniques such as slow lift & fall, stop-and-go, and rhythmic jerking.

Features

• Size 3.0 for versatile squid fishing in different conditions
• Length 10,5 cm and weight 17 g
• NS (Normal Shallow) version for fishing at 1���10 m
• Sinking speed approximately 4,3 s/m
• Internal tungsten for more stable flight and balanced action
• Very high-quality cloth for a realistic appearance and durability
• Ultra-sharp Savage custom needles for secure hooking
• Knock-knock sound that further triggers strikes

Technology

• Spring Cast system for long-distance and precise casting
• Advanced UV technology for better visibility in different light conditions
• Tungsten transferred weight system for better balance during flight and presentation

Specifications

Available Variants

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

Advantages

• Very long casting distance for covering a wider squid fishing area
• Controlled fall and responsive action with every jerk
• Excellent visibility thanks to UV technology
• Effective presentation in shallow and mid-depth areas
• Reliable hooking due to sharp and high-quality needles

Note

Availability of colours and variants may vary depending on stock status. Colour shades on screen may differ slightly from the actual product.