ALLSTAR Performance ALL60205 Control Arm Shim .250 Inch Dual Mount Aluminum Upper Control Arm Spacer

The ALLSTAR Performance ALL60205 Control Arm Shim is designed to provide precise adjustment for upper control arms in automotive suspension systems. Crafted from durable aluminum, this shim features a natural finish that resists corrosion and maintains structural integrity under demanding conditions. With a 6-inch center spacing and a thickness of 1/4 inch, it offers reliable and consistent performance for various vehicle applications. Installing this control arm shim helps improve alignment accuracy, enhance handling, and optimize suspension geometry, contributing to better vehicle stability and tire wear.

This shim is suitable for use in both racing and recreational vehicles, ensuring compatibility with a wide range of setups. Its dual mounting design allows for versatile installation options, making it easier for technicians and enthusiasts to achieve the desired suspension tuning. The lightweight aluminum construction minimizes added stress on suspension components while maintaining strength and durability over time. Compatibility and ease of installation are key features, making it a valuable component in suspension upgrades or repairs.

The ALLSTAR Performance ALL60205 Control Arm Shim is an essential part for enthusiasts seeking precise control and improved suspension performance. Whether upgrading your vehicle's handling or fine-tuning alignment settings, this high-quality shim ensures reliable operation and long-lasting performance in demanding conditions.

Features:

• Made from durable aluminum with a natural finish

• 6-inch center spacing for precise control arm adjustment

• 1/4 inch thickness for effective suspension spacing

• Dual mounting design for versatile installation

• Reduces stress on suspension components

• Supports improved vehicle handling and alignment

• Suitable for racing and recreational vehicles

• Lightweight construction for minimal added stress

• Easy to install with compatibility across various setups