SPC Performance CROSS SHAFT: 6 15/16in. CNTR - 93470

SPC Performance CROSS SHAFT: 6 15/16in. CNTR - 93470 — reliable performance for everyday driving

The SPC Performance CROSS SHAFT: 6 15/16in. CNTR - 93470 is a key automotive component designed to fit specific suspension or steering setups. It serves as a cross shaft with a center measurement of 6 15/16 inches, making it suitable for vehicles requiring this precise length.

This part is ideal for anyone working on their vehicle’s suspension or steering system who needs a dependable cross shaft. Whether you’re a professional mechanic or a dedicated DIYer, this component helps maintain proper alignment and function.

Commonly used in performance or replacement applications, this cross shaft supports smooth operation and consistent handling. It’s a practical choice when you want to restore or improve your vehicle’s mechanical linkages.

Features

• Provide consistent alignment for your vehicle’s suspension or steering components
• Ensure durability to withstand regular driving conditions
• Offer ease of installation with a straightforward design
• Maintain reliable performance over time for smoother handling
• Save time during repairs by fitting the specified 6 15/16 inch center measurement
• Allow for straightforward serviceability when maintenance is needed

Product Detail

The SPC Performance CROSS SHAFT: 6 15/16in. CNTR - 93470 is a cross shaft measuring 6 15/16 inches from center to center. This component is designed to fit into your vehicle’s suspension or steering system. When installing, make sure to confirm that this size matches your vehicle’s requirements to ensure proper fit and function. Basic mechanical skills are helpful for installation, and checking compatibility beforehand will help avoid any issues.

Value

This cross shaft offers predictable performance that helps keep your vehicle running smoothly. Using a part like this can reduce the chances of uneven wear or handling problems. It’s a dependable component that supports easier ownership by maintaining consistent operation and reducing the need for frequent adjustments.