Shimano's Digital Control technology utilises a microcomputer to manage the braking force. As a result, the released spool delivers an impressive casting distance, enhancing your overall fishing performance.

Shimano's Digital Control technology utilises a microcomputer to manage the braking force. As a result, the released spool delivers an impressive casting distance, enhancing your overall fishing performance.

Shimano’s “DC (Digital Control) BRAKE” system quickly detects changes in spool rotation and adjusts the braking force using a microcomputer. This advanced braking system allows for impressive casting distances while minimizing line issues.

Understanding the Mechanism Behind Shimano’s “DC BRAKE” System

  • Understanding the Mechanism Behind Shimano’s “DC BRAKE” System

The DC (Digital Control) Brake system immediately detects when the line is released, indicating a change in spool rotation. It uses a microcomputer to manage the braking force, ensuring precise adjustments in real-time. This technology enables impressive long-distance casting and effectively prevents backlash, providing an enhanced fishing experience.

For instance, as illustrated by the red brake curve in the figure, there is minimal braking immediately after the line is released, allowing for a quick increase in spool rotation. Once the rotation peaks, the braking force ramps up suddenly. After this peak, only the minimum necessary braking force is applied. This automatic adjustment of braking force enhances casting distance significantly, making each cast more efficient and effective.

The DC (Digital Control) Brake system immediately detects when the line is released, indicating a change in spool rotation. It uses a microcomputer to manage the braking force, ensuring precise adjustments in real-time. This technology enables impressive long-distance casting and effectively prevents backlash, providing an enhanced fishing experience.

Understanding the Mechanism Behind Shimano’s “DC BRAKE” System

For instance, as illustrated by the red brake curve in the figure, there is minimal braking immediately after the line is released, allowing for a quick increase in spool rotation. Once the rotation peaks, the braking force ramps up suddenly. After this peak, only the minimum necessary braking force is applied. This automatic adjustment of braking force enhances casting distance significantly, making each cast more efficient and effective.

Optimised Braking: Only When You Need It

Optimised Braking: Only When You Need It

The DC BRAKE system is designed to maintain optimal spool rotation under challenging conditions. When it detects irregular changes in rotation speed, like stalling caused by headwinds, it immediately boosts the braking force to prevent backlash. Additionally, the system has the capability to intermittently reduce the braking force, allowing for a “one last leap.” This innovative feature sets the DC BRAKE system apart, enabling advanced automatic controls that traditional systems cannot achieve.