The Ultimate Bundle & Save! - Buick Even Fire V6 Hei Ignition Kit Risk-free Trial [GbXSj5i1]

The Ultimate Bundle & Save! - Buick Even Fire V6 Hei Ignition Kit Risk-free Trial [GbXSj5i1]

The The Ultimate Bundle & Save! - Buick Even Fire V6 Hei Ignition Kit Risk-free Trial [GbXSj5i1] is a comprehensive upgrade solution designed for your Buick Even Fire V6 engine. This kit includes everything you need for an effortless installation, ensuring a high-performance ignition system that enhances your vehicle's overall performance. With a high-output ignition module and a powerful 65,000-volt coil, this kit is tailored to power your high-performance engine with precision and efficiency.

• Easy-to-install with a choice of connection types for flexible installation options.
• Complete system included under one cap for convenience and efficiency.

Superior Quality and Performance

Crafted with precision, the HEI Distributor in this kit boasts a machined-aluminum housing that guarantees a perfect fit, while the hardened steel internals ensure stability and longevity. The high-output ignition module and robust 65,000-volt coil deliver exceptional performance, providing the power needed for high-performance engines. Available with caps in multiple colors, this kit allows for customization and a sleek appearance.

• Machined-aluminum housing for a perfect fit and durability.
• Hardened steel internals for stability and long-lasting performance.

Perfect for Your Buick Even Fire V6

Designed specifically for the Buick 90° V6 3.8 L / 231 in3 1977-1987 "Even-Fire" engines, this HEI Ignition Kit is the ideal upgrade for drivers seeking enhanced performance and reliability. With TSP's premium ignition wires and a high-put coil, your engine will experience improved combustion and smoother performance. Whether you're a daily driver or a weekend enthusiast, this kit offers practical benefits and superior performance.

• Compatibility with Buick 90° V6 engines for a perfect fit.
• Superior performance for both daily driving and high-performance scenarios.