GFES-BLK-DP - Th Marine Supplies T-H Marine G-Force SILENCER Trolling Motor Vibration Pad - Black

G-Force SILENCER Trolling Motor Vibration Pad - Black

The G-Force SILENCER™ is a simple trolling motor modification that can help extend the life of your investment and improve function. Custom cut to fit both Motorguide and Minn Kota trolling motor mounts, the G-Force SILENCER™ creates a soft padded surface on your trolling motor mount that eliminates abrasive metal-on-metal contact. In addition to extending the life of trolling motor mounts, the G-Force SILENCER™ also quiets the noise associated with pulling your trolling motor out of the water. Protect your investment with the simple and quick addition of the T-H Marine G-Force SILENCER™.

Features:

• Extends life of trolling motor
• Reduces noise and vibration
• Eliminates metal-to-metal contact
• Prevents clanking when stowing trolling motor
• Package will contain product for Motorguide and Minn Kota

WARNING: This product can expose you to chemicals which are known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to P65Warnings.ca.gov.

The T-H Marine G-Force SILENCER Trolling Motor Vibration Pad, part number GFES-BLK-DP, is a modification designed to enhance the longevity and operational function of trolling motors. This product creates a padded surface on trolling motor mounts, specifically addressing the issue of abrasive metal-on-metal contact. It is intended for businesses or individuals operating trolling motors, particularly those utilizing Motorguide and Minn Kota models, as it is custom cut to fit these mounts.

By eliminating direct metal contact, the G-Force SILENCER aims to extend the lifespan of trolling motor mounts and reduce associated wear. Additionally, it mitigates noise and vibration, including the clanking sound often produced when stowing a trolling motor. This solution is suitable for buyers seeking to protect their trolling motor investment and improve the user experience by reducing operational noise.