Sea Brackets 14-Inch Straight Trolling Motor Plate for Garmin Kraken - Black

14 Straight Trolling Motor Plate for Garmin Kraken - Black

The Sea Brackets 14 Straight Trolling Motor Mounting Plate, designed for the Garmin Quick Release Plate System, offers a robust and reliable solution for installing any Force Kraken Trolling motor. Crafted from 6061 T6 aluminum, each plate is primed, powder-coated, and UV-protected for exceptional durability against the elements. Whether for port or starboard installation, these plates boast clean, accurately gauged holes for seamless bolt engagement.

Suggested Hardware:

• 316L stainless steel hardware is recommended for rust prevention
• Mounting hardware is included with Garmins Quick Release Plate System
• Backing disk from Sea Brackets or an alternative backing support system
• 1/420 flat-head Phillips machine screws, fender washers, and lock nuts
• 5/1618 Flat-head Phillips machine screws, fender washers, and lock nuts

Specifications:

• Dimensions:14 x 8 x 1/2

Note: Hardware length is dependent on the thickness of the hull, backing hardware, and other various components.

The Sea Brackets 14-inch straight trolling motor mounting plate, model SEA2312-BLK, is designed specifically for the Garmin Kraken Quick Release Plate System. Crafted from durable 6061 T6 aluminum, this mounting plate is primed, powder-coated, and UV-protected to withstand harsh marine environments. Its robust construction provides a reliable foundation for installing Force Kraken trolling motors on boats of various hull thicknesses, ensuring a secure and stable fit. The precise, accurately gauged holes facilitate seamless bolt engagement, whether you are mounting on port or starboard sides, making installation straightforward and secure.

This mounting plate includes recommended hardware such as 316L stainless steel bolts, fender washers, and lock nuts, which are ideal for resisting corrosion and rust. The hardware length may vary depending on hull thickness, backing support systems, and other components, so proper selection is advised to ensure optimal