DTD Ballistic Full Color Egi

The Ballistic Full Color Egi is a squid jig, that combines the catching ability and efficiency of the Full Color Oita models, with the long casting ability of the Ballistic models.

The fabric used for the Ballistic Full Color Egi is strong, thick, more resistant on bites and has texture that resembles fish scale. The cloth material doesn't allow light to go through and it decreases the glowing effect, but on the other hand, the fabric absorbs sea water and the squid jig becomes heavier after a few casts and ideal to search a wider area.

This product is equipped with aerodynamic, active silicone fins, the behavior of which resembles the motion of natural, real fish fins.

Technical Characteristics

• Slim body for low air resistance
• Extra Strong body
• Long Casting Technology
• Moving Weights Technology
• 36% increased Casting distance
• 85% increased Catching area
• Red Black eyes
• Active silicone fins
• Bullet shape sinker

Usage Instructions

Step 1

Take a Ballistic squid jig in your hand and hold it from the head, so the jig's belly is "looking" towards the palm of your hand. If you are holding the jig, the other way round, it will not work. Shake your hand downwards (15 - 20 cm) and the inner weight will move from the head, to the tail. You will hear the clicking sound (fig 1).

Step 2

Cast a DTD Ballistic Squid jig with your rod (fig 2). During the flight, the Ballistic squid jig flies straight (like a bullet), without swinging in the air. Casting distance can reach 40% longer than standard squid jigs.

It is very important that the inner weight before and during the flight is in the tail of the Ballistic squid jig.

Step 3

When the DTD Ballistic squid jig falls into the sea, the inner weight is in the tail and the jig sinks in an unbalanced manner (fig 3). After a few seconds of sinking, you can begin your retrieve in a slow motion. The Ballistic will come to a horizontal position, the internal weight will move from the tail to the head and the squid jig will regain its balance (fig 4).