MOOG - ES323L - Embout de biellette de direction extérieur

Moog Tie Rod Ends are designed to connect to the vehicle suspension system. As an integral part of the steering system, it would not allow the car to turn in its absence. While turning the steering wheel, the movement travels through the steering rack, tie rods, and finally through the steering arm or spindle. Tie rods are essential for the vehicle's alignment, and after replacing them, the wheel alignment needs to be done quickly. Moog Tie Rod Ends are designed to provide greater strength, durability, and longevity. The tie rods are different in design and come with other differences from the OE. Moog tie rod ends are built from hardened full-ball metal studs to stand up to much more than OE, thus making it more dependable. Tie-rods are one-piece units, and their one-piece design minimizes early wear chances and increases the durability of the part. Moog tie-rod uses a neoprene-sealed rubber dust boot to resist extreme temperatures and abrasion. The rubber boot design comprises a tiny valve for flushing out old grease and dirt.

• Moog outer tie rod ends built with quality material and rigorously tested to provide dependable performance
• Provides fast and hassle-free installation
• Seals out debris and reduces the wear of bearing, and adds longevity Features a greaseable socket design for lubrication that reduces corrosion and wears
• Belleville preload washer absorbs impact to retain the tightness of bearing package to avoid wear
• Problem Solver® Powdered-metal gusher bearing design allows the smooth flow of grease that reduces friction and adds better strength and stability
• Heat-treated ball studs are designed to outperform OE requirements by preventing untimely failure and better fatigue strength
• Offers easy installation with precise tolerance and steering alignment Provides exact fitment right out of the box
• Comes with complete coverage for foreign and domestic vehicles
• Moog engineers rigorously test design and development processes for dependable quality