Moose Offroad Front Left Tie-Rod Assembly Kit - Black - 51-1063-L

Upgrade your UTV's steering system with the Moose Offroad UTV Tie-Rod Assembly Kit. Designed for enhanced durability and performance, this kit provides a robust solution for maintaining precise control and handling in demanding off-road conditions. Get back on the trails with confidence.

Description

The Moose Offroad UTV Tie-Rod Assembly Kit enhances the strength and reliability of your UTV's steering. Specifically designed for the left (driver) side, this comprehensive kit features an inner rod assembly with an increased shaft diameter, significantly improving overall strength. The kit includes both inner and outer tie-rod ends, along with the shaft that connects to the steering rack. Replacement boots, clamps, and all necessary lock washers are included, ensuring a complete and hassle-free installation. Whether you're navigating rough terrains or cruising on smoother trails, this tie-rod assembly kit delivers the durability and responsiveness you need for optimal performance. Upgrade your UTV today and experience enhanced steering precision and control. Ideal for enthusiasts and professionals seeking a reliable upgrade.

Features & highlights

• Increased shaft diameter for superior strength and durability.
• Complete kit includes inner and outer tie-rod ends.
• Includes the shaft connecting to the steering rack for a comprehensive solution.
• Comes with a replacement boot, clamps, and required lock washers for easy installation.
• Designed for the left (driver) side of your UTV.
• Heavy-duty construction ensures reliable performance in demanding conditions.

Technical specifications

• Brand: MOOSE OFFROAD
• Vendor Part Number: 51-1063-L
• Color/Finish: Black
• Position: Left Front - Inner, Left Front - Outer
• Product Name: Tie Rod End
• Units: Kit

Important to know

This kit is specifically designed for the left (driver) side of your UTV. Ensure compatibility with your UTV model before installation. Professional installation is recommended for optimal performance.