Engineered for silky-smooth reeling and uncompromising rigidity.

Engineered for silky-smooth reeling and uncompromising rigidity.

“MICROMODULE” is a precision-engineered gear system that uses ultra-fine teeth and a refined housing structure to deliver exceptionally smooth, ‘silky’ reeling. By increasing the number of gear teeth in contact, it enhances fluidity without compromising strength or durability.

A drive system featuring tightly meshed micro-precision gears for seamless performance

A drive system featuring tightly meshed micro-precision gears for seamless performance

The 'module' refers to the unit that defines the size of a gear's teeth. A smaller module reduces gear vibration and noise, resulting in smoother rotation. However, achieving a smaller module demands extremely high precision in both component manufacturing and assembly

Shimano’s MICROMODULE technology achieves ultra-small modules in the pinion and drive gears—the core components of the reel—without compromising strength or durability. This innovation allows for nearly twice the number of gear teeth compared to conventional Shimano systems, resulting in an exceptionally smooth and refined reeling experience. It’s a breakthrough made possible by Shimano’s decades of expertise in precision gear engineering.

Delivering both silky-smooth reeling and uncompromising strength.

Delivering both silky-smooth reeling and uncompromising strength.Gear noise levels while reeling – visual comparison

MICROMODULE achieves exceptionally smooth gear meshing through the combined effect of ultra-small precision gears and an advanced body housing design. This synergy significantly reduces noise and reeling roughness compared to conventional Shimano systems. Additionally, the increased number of meshing teeth shifts vibration frequency beyond the threshold of human tactile perception, resulting in a remarkably fluid reeling experience.
This gives it a “silky” reeling that you have never experienced before.

Shimano’s unique gear system delivers an exceptionally smooth reeling experience without compromising strength. By increasing the number of tightly meshing gear teeth, the load is more evenly distributed, ensuring both durability and refined performance.