Daiwa Tatula Elite 2019

Super Metal Body

Aluminum rigidity
The aluminum components of the Daiwa Tatula Elite 2019 are the stiffest. The treatment applied to this metal by Daiwa engineers allows for the optimal formation of a micro-layer of rust-free alumina.

It's the most rigid of all the Daiwa Tatula Elite's aluminum components.

Infinite Anti Reverse

The new Anti-return in?ni system engages with 4 times less pressure than a conventional system. Less than 2 g is all it takes to activate this system called "Real Stopper", eliminating any crank return and taking sensitivity up a notch.

CRBB

The ball bearings on the Daiwa Tatula Elite 2019 are high-grade anti-corrosion with a strength whose longevity is 10 times greater than a standard bearing.

Swept Handle

The crank handle of the Daiwa Tatula Elite 2019 features an arched pro?le bringing the handles closer to the blank. Results: less rocking when reeling, energy gain for more powerful retrieve.

Free Floating

For optimum rotation speed, the pinion only supports the coil via 2 high-precision ball bearings.

Real Precision Spool

The spool ?nition of the 2019 Daiwa Tatula Elite has been revised to a degree of precision on the order of a few microns of machining, offering 10 times greater sensitivity and spin smoothness than normal.

Super Low Profile

The studied shape of the Daiwa Tatula Elite 2019 allows the pro?l to be lowered as close as possible to the blank for maximum sensitivity

Air Brake System

Precise, long-distance casts
This spool brake technology radically improves spin performance and casting accuracy, mitigating wigging phenomena. The spool is lightened as much as possible to optimize the magnetic brake system and enable both accurate pitching casts (low spool rotation) and powerful long-distance casts (fast spool rotation) to be achieved.

Super Low Profile

The TWS (T-Wing System) concept ushers in a new era in the generation of baitcasting reels. This technological advance enables precise winding and limits line friction for longer casts.

The TWS roller, shaped like a T, is stressed differently depending on whether the line is cast or retrieved. When retrieving, an innovatively designed hood folds over the line to place it in the TWS lug in the down position. This guides line placement for precise spooling. When casting, the hood lifts to let the line circulate freely in the wide part of the TWS, keeping friction with the line to a minimum with the aim of limiting wig formation and improving casting performance.