Daiwa Coastal TWS 80 Baitcasting Reel

Introduction

Features:

• The Daiwa Coastal TWS 80 is a great new low profile baitcasting reel that takes Daiwa’s Hyper Drive Technology and T-Wing System to the inshore!
• Daiwa’s Hyper Drive Design brings durability, lighter weight and high performance to this reel. Matched with a swept handle for performance.
• The TWS maximizes your line control, keeping your line neat and tight on the spool, reducing backlashes, but still letting your line fly out during casting, so you don’t lose distance.
• The Coastal TWS 80 features corrosion-resistant bearings that can stand up to hostile saltwater environments. Pair the Coastal TWS with the Team Daiwa Sol or Daiwa Saltist Inshore rods.
• The Daiwa Coastal TWS 80 is a 7.1:1 gear ratio reel and comes in left and right hand options.

Daiwa designed the Coastal TW80 with its advanced Hyper Drive Design. Daiwa’s Hyper Drive Design is comprised of four key technologies: Hyper Drive Digigear, Hyper Double Support, Hyper Armed Housing and Hyper Tough Clutch.

Hyper Drive Digigear: a brand-new gear design makes the teeth of the gears more efficient at transferring power, therefore making the gear set feel smoother, more powerful and also reducing gear noise.
Hyper Double Support: a two bearing support system for the reel’s pinion gear means no flex and an ultra smooth retrieve/ gear rotation.
Hyper Armed Housing: the reel features an aluminum frame and sideplate for maximum rigidity and precision performance of the internal components.
Hyper Tough Clutch: a redesigned and reinforced clutch mechanism increases durability and performance.

Another bonus for the Daiwa TWS Coastal 80 is it’s UTD (Ultimate Tournament Drag) system, which includes impregnated drag discs that are about 30 times more durable than typical discs, considerably increasing the effective drag power while also reducing start-up resistance.

Finally, the crowning touch is Daiwa’s TWS T-Wing System to manage your line, reducing friction while maximizing control during casting and retrieval.