Moose / All Balls Heavy‑Duty 12mm Tie‑Rod Assembly Upgrade Kit for Arctic Cat 400–1000 ATVs

OVERVIEW

This upgrade replaces weak Arctic Cat OEM steering components with a robust 12mm Moose Racing assembly built for maximum durability. The kit provides complete steering reinforcement for utility and off-road applications across a broad spectrum of 400cc to 1000cc Arctic Cat ATVs.

ENGINEERING & PERFORMANCE

By increasing shaft diameter from the standard 10mm to 12mm, this assembly eliminates excess play and delivers direct control under heavy loads. Reinforced joints resist wear during aggressive trail riding. Every component bolts directly into existing mounting points without fabrication.

KEY FEATURES

• Replaces factory 10mm tie-rod ends with stronger 12mm assemblies
• Includes two complete tie-rods and four heavy-duty rod ends
• Packages all essential hardware including cotter pins and jam nuts
• Direct bolt-on installation requiring no modifications
• Designed to improve steering geometry and component longevity
• Compatible with Arctic Cat fleets spanning 2002 to 2014

TECHNICAL SPECIFICATIONS

• Brand: Moose Racing
• Part Name: Heavy-Duty 12mm Tie-Rod Assembly Kit
• Component Type: Steering Tie-Rod
• Supported Years: 2002–2014
• Compatible Trims: 4x4, Auto, EPS, EFI, LTD, TRV, MudPro, Thundercat, Prowler XTZ, FIS, Diesel variants across 400cc–1000cc models

FITMENT

• Arctic Cat 4x4 Auto & 4x4 Manual (2002–2014)
• Arctic Cat F-Series & FIS Models (2002–2013)
• Arctic Cat TRV Series (2002–2014)
• Arctic Cat Mud Pro Models (2003–2014)
• Arctic Cat Thundercat H2 (2008–2011)
• Arctic Cat Prowler XTZ (2011–2013)
• Arctic Cat EFI, Diesel, and EPS Powertrain Variants (2009–2014)

WHY RIDERS CHOOSE THIS

Riders choose this reinforcement package to eliminate dangerous steering slack and restore precise tracking on rugged trails. The thicker 12mm shafts and durable rod ends handle constant torque without bending over time. This upgrade transforms a known platform weak point into a reliable solution that enhances control during tight maneuvers and heavy load carries.