KFI Winch Mount Kit for Kawasaki Teryx 4 – Part 101945

• 100% MADE IN USA.
• Plate Constructed of 3/16" steel.
• Fairlead bracket constructed of 1/4" steel.
• Unlike all other mount competitors, our mounts are metal bead blasted before they are powder coated for the best possible finish prep.
• Powder coated black for supreme durability.
• Very easy to install.
• Complete installation instructions included.
• All mounting hardware included.
• Satisfaction guaranteed.
• Roller fairlead and winch not included.

The KFI Winch Mount Kit for Kawasaki Teryx 4 (Part Number 101945) is designed to provide a secure and reliable mounting solution for your winch. Constructed with high-quality materials, this kit ensures durability and stability during demanding off-road adventures. Its precise fitment ensures easy installation without the need for extensive modifications, allowing you to quickly enhance your vehicle's recovery capabilities.
Designed specifically for Kawasaki Teryx 4 models, the kit features a robust mounting bracket that supports a variety of winch sizes. The kit includes all necessary hardware for installation, making it a convenient upgrade for ATV enthusiasts seeking improved recovery options. The compact design minimizes added weight while maintaining strength and resilience in rugged terrain.
This winch mount kit is an essential accessory for outdoor enthusiasts who regularly navigate challenging environments. With its sturdy construction and custom fit, it helps ensure your winch remains securely attached during operation, providing peace of mind when tackling tough obstacles. Whether you're restoring a damaged mount or upgrading your existing setup, the KFI Winch Mount Kit offers a reliable solution to enhance your Kawasaki Teryx 4's off-road performance.

Features:

• Custom-fit design specifically for Kawasaki Teryx 4 models

• Robust construction ensures durability and stability

• Includes all necessary hardware for easy installation

• Supports a variety of winch sizes for versatile use

• Compact design minimizes added weight without compromising strength