DAIWA 23 Admira 100XH

HYPERDRIVE DESIGN
The next-generation design concept for bait (double-axis) reels, which significantly improves the standard of all basic performance with the aim of maintaining high initial performance for a long time. The Hyper Drive Design is composed of up to four technologies. Hyper Double Support, which requires the Hyper Drive Digigear to maintain smooth rotation for a long time and assists the gear drive to provide strong and light winding. Hyper Armed Housing, which strongly supports the internal structure and is less likely to bend or distort. Hyper Tough Clutch with an insulating structure that continues to operate even in harsh locations and drastically reduces adhesion due to salt. The synergistic effect of these technologies continues to provide stable performance in any field.

HYPERDRIVE DIGIGEAR
A newly designed gear system that pursues sustained strong and smooth rotation. This is DAIWA's unique technology that achieves an increased meshing rate without reducing the module (size) of the gear teeth, which directly affects durability, allowing the initial smoothness to be maintained for a long time.

HYPER ARMED HOUSING (FULL METAL)
A housing system that firmly supports the internal structure with high rigidity and precision, producing a precise winding feel and power. The use of metal materials for the frame, which is the key, is a prerequisite, and in combination with the side plate and set plate, it makes it possible to continue to demonstrate basic performance for an even longer period of time.
In this series, magnesium is used for the frame and gear side side plate (handle side), and aluminum alloy is used for the dial side set plate, which is die-cast and finished with high-precision machine cutting to provide unwavering rigidity.

HYPER DOUBLE SUPPORT
A drive support system that achieves sustained smoothness and strong, light winding. Both ends of the pinion gear are supported with two ball bearings with high precision, allowing for strong, light winding even under load without attenuating the input from the handle.

HYPER TOUGH CLUTCH
Not only does this clutch system have crisp on/off performance that continues to slide thousands or tens of thousands of times, but it also has extremely few problems even in saltwater with high salinity. This cutting-edge insulation structure has already reduced the number of repairs due to sticking in harsh saltwater environments by 99% compared to our previous model.

UTD (Ultimate Tournament Drag)
This is a Daiwa drag system that eliminates the initial bite when the drag first starts working, achieving a smooth drag without stickiness (unevenness), while also providing maximum drag power the more you tighten it.

TWS (T-WING SYSTEM)
TWS has succeeded in significantly reducing the resistance of the line guide close to the spool, where the spool rotation speed is the highest. By reducing the resistance to the casting distance, not only is the casting distance and controllability improved, but the fall is also faster and backlash is reduced. This has realized the possibility of a new level wind not only when winding, but also when casting.

Lightweight 155g & Compact
A compact body is used with a light and small spool with a spool diameter of 30 mm. It weighs only 155g. The low profile design provides excellent holding power. This lightness and compactness are the best match for the Kyokuei series, allowing you to explore new horizons.

High-rigidity HYPER ARMED HOUSING
The frame and side plates are made of magnesium, and the set plate that supports the spool is made of aluminum. It is not only light and compact, but also powerful.

100mm handle arm & EVA S knob
100mm handle arm made of steel for boat fishing with EVA knob. The EVA handle knob is slip-resistant even with wet hands, so you can easily reel in even under heavy loads.

MAGFORCE brake
Adjustable in 20 steps. In combination with TWS, it can prevent backlash when casting fishing tackle from a boat.

HYPER ARMED HOUSING (FULL METAL)
This series uses magnesium for the frame and gear side plate (handle side), and aluminum alloy for the dial side set plate. The die-casting is then finished with high-precision machine cutting to provide unwavering rigidity.