MSD Ignition 8356 SBC Pro Billet Distributor with Dual Magnetic Pickup and Mechanical Advance

The MSD Ignition 8356 SBC Pro Billet Distributor is designed for Chevrolet V8 engines, providing reliable performance and precision timing. Crafted from billet aluminum, this distributor features a dual magnetic pickup system for accurate triggering and a mechanical advance mechanism that ensures optimal ignition timing across various RPM ranges. Its HEI-style terminal allows easy installation and compatibility with standard ignition systems. The red finish adds a sleek appearance suitable for performance applications. This distributor is ready-to-run, eliminating the need for additional components, making it ideal for custom builds and engine upgrades. Its robust construction and advanced features contribute to improved engine responsiveness and power delivery.

Designed for durability and precise operation, the MSD Pro Billet Distributor offers straightforward installation and dependable performance. It is suitable for a wide range of Chevrolet V8 engines, ensuring compatibility and seamless integration into your existing ignition system. Whether you're restoring a classic muscle car or building a high-performance engine, this distributor provides the reliability and performance you require. The dual magnetic pickups enhance trigger accuracy, while the mechanical advance ensures consistent timing during engine operation. Its high-quality materials and engineering make it a trusted choice for automotive enthusiasts and professional mechanics alike.

Features:

• Dual Magnetic Pickup: Provides accurate triggering for improved ignition timing.

• Mechanical Advance: Ensures consistent timing across RPM ranges.

• HEI Style Terminal: Compatible with standard ignition systems for easy installation.

• Red Finish: Offers a sleek and durable appearance.

• Ready-To-Run Design: Eliminates the need for additional components, simplifying installation.

• Constructed from Pro-Billet Aluminum: Delivers strength and longevity for demanding applications.