McLeod Racing Aluminum Bellhousing for Modular Engines to T-56 & Magnum (Non-SFI) – Part #8580

Description

The McLeod Racing Aluminum Bellhousing Part #8580 is engineered for high-performance automotive applications, providing a lightweight yet durable connection between your modular engine and T-56 or Magnum transmissions. Crafted from high-quality aluminum, this bellhousing offers excellent accuracy and compact performance, making it an ideal choice for enthusiasts seeking reliable strength without the added weight of steel components. Its non-SFI rating simplifies installation for custom builds where certification is not a priority, and the absence of a steel block plate reduces overall weight for improved vehicle responsiveness.

Designed specifically for modular engines, this bellhousing ensures precise alignment and optimal power transfer, supporting your performance upgrades or engine swaps. Its robust construction withstands demanding driving conditions while maintaining ease of installation, thanks to its streamlined design. Whether upgrading your existing drivetrain or building a custom performance vehicle, the McLeod Aluminum Bellhousing delivers the performance and reliability expected from a leading brand in motorsports components.

This bellhousing is a perfect fit for your T-56 or Magnum transmission, providing a secure and accurate mounting solution. Its lightweight aluminum construction not only reduces strain on engine components but also contributes to better handling and acceleration. As a non-SFI rated component, it is ideal for applications where certification is not required, offering a practical solution for custom or race cars. Trust McLeod Racing to deliver functional, high-quality parts that enhance your vehicle’s performance and durability.

Features:

• Made from high-quality aluminum for lightweight durability

• Designed specifically for modular engines to T-56 & Magnum transmissions

• Non-SFI rated for simplified installation and weight reduction

• Provides precise alignment for optimal power transfer

• Streamlined design suitable for custom performance applications