Allstar Performance ALL66335 Axle Shaft, 33.5 Inch Length, 31 Spline Carrier, 24 Spline Drive Flange, Steel, Natural Finish

The Allstar Performance ALL66335 axle shaft is designed for heavy-duty applications requiring durability and precise fitment. Constructed from high-quality steel, this axle shaft measures 33.5 inches in length, offering reliable performance in demanding environments. The shaft features a 31-spline carrier and a 24-spline drive flange, ensuring compatibility with a variety of vehicle setups. Its natural steel finish enhances corrosion resistance and provides a robust, long-lasting component for your drivetrain system. This axle shaft is suitable for use in trucks and performance vehicles where strength and precision are critical for optimal operation. Additionally, it is gun drilled for weight reduction and improved balance, contributing to smoother performance and enhanced durability over time. The ALL66335 axle shaft is designed to meet or exceed industry standards, providing a dependable upgrade or replacement part for your vehicle's axle assembly. This component is ideal for custom builds, restorations, or repairs that demand high-quality steel components with precise specifications. It is shipped unpainted, allowing for customization or direct installation in compatible vehicle applications, and is suitable for general use without restrictions on air or freight shipping. Trust in Allstar Performance's reputation for manufacturing reliable, high-performance automotive components that support your vehicle's longevity and performance.

Features:

• Constructed from durable steel for long-lasting performance

• Measures 33.5 inches in length for versatile applications

• Includes a 31-spline carrier and 24-spline drive flange for compatibility

• Gun drilled for weight reduction and improved balance

• Natural steel finish provides corrosion resistance

• Designed for heavy-duty and performance vehicle use

• Suitable for trucks and custom automotive builds

• Meets industry standards for quality and reliability