Inner Tie Rod Removal Tool, 3/8 Inch Alloy Steel Tie Rod End Wrench with Non-Slip Teeth, Inner Low Profile U-Wrench for Vehicle Chassis Rocker Removal or Installation

Specification:Material: Alloy SteelQuantity: 1 PCSColor: BlackWeight: 0.77 lbDrive Size: 3/8 inchesSize: 2.95 × 3.54 inchesFeature: Durable, Practical, SturdyFit Type: Universal FitWhy is this inner tie rod removal tool worth purchasing?-The compact structure makes the tool easy to store in your toolbox or pocket without taking up much space.-The U-shaped teeth give the tool a stronger grip on smooth tie rods and reduce the possibility of slipping during use.-The low-profile build allows the tool to work well in tight spaces and keeps surrounding components effectively protected.

• Practical Function: This inner tie rod tool is designed to handle the unique challenge of removing and installing inner tie rods without taking off the outer ones. Its toothed profile delivers a secure grip that makes rotation smooth and keeps control precise during maintenance tasks
• Unique Design: The tool adopts a U-shaped toothed structure that firmly clamps smooth cylindrical tie rod ends, helping torque transfer while minimizing slipping. Its compact build lets the tool work efficiently in narrow spaces without the need for extra disassembly steps
• Quality Material: The tool is crafted from high-strength alloy steel that resists deformation and cracking even under heavy torque. Its exceptional hardness improves durability, while the anti-rust and wear-resistant surface ensures long-term reliability in demanding work environments
• Wide Application: This U-shaped tie rod wrench fits most standard inner tie rods with smooth cylindrical ends, making it compatible with a wide range of components. It works well on cars, trucks, and SUVs, adding versatility and value to any professional or personal repair kit
• Easy to Use: You only need to place the tool over the tie rod end, secure it with the built-in clamping ring, and connect a 3/8-inch drive extension bar. Both sides should be tightened fully before torque is applied, so the fit stays firm and the repair process becomes faster