DAIWA Emeraldas X IL 83M

Eging rod entry interline model "EMERALDAS X IL"

An interline eging rod that allows you to concentrate on fishing at night or in strong winds without worrying about thread entanglement on the tip. Water-repellent treatment is applied to the inside, and line emission during casting is smooth. In addition, the blank is reinforced with Braiding X to achieve a refreshing feeling that the blank does not shake during repeated casting and shaking.

■ Cost performance Egging model that suppresses basic performance 

■ Trouble-free even at night or fishing in strong winds due to the linear interline structure.

■ Reinforcement by Braiding X

■ FUJI VSS reel seat adopted

83M

The 83M is a length that emphasizes operability and lightness, and supports a wide range of egi sizes from 2.5 to 4 centering on the frequently used 3.5. An all-season model that can handle various situations with just one.

[Entrance & top that is hard to get entangled]

The entrance guide uses a guide that has the same shape as the high-end model and is hard to get entangled. The top also has a small step and uses an integrated type that makes it difficult for threads to get entangled. Of course, the ring is equipped as standard with a SiC ring that is resistant to wear.

■ Braiding X

By tightening the outermost layer of the butt section of the blank with carbon tape in an X shape, a reinforced structure to suppress twisting that leads to power loss during rod operation.

■ Name part

■ VSS reel seat

Slim and easy to grip, a standard seat is used for the eging rod.

■ Linear interline structure / interline Water repellent technology
A linear interline that floats and runs the line. The linear interline structure is a structure in which spiral chevron protrusions are provided on the inner surface of the blank. It reduces the contact resistance between the water that has entered the rod and the line, and improves the discharge performance of the line.

[FUJIYAMA shape]

The contact point between the line and water is the smallest, and the resistance is minimal.

Since a film of water is not formed between the thread and the inner wall, smooth line discharge is possible