Discover Marine Carburetor 4 Barrel Rochester 4mv Quadrajet Mercruiser 427 Mcm/mie 325 - Going Fast [I0Wj9zgs]

4 Barrel Rochester Quadrajet Marine Carburetor

Introducing the 4 Barrel Rochester Quadrajet 4MV Marine Carburetor, designed specifically for the MCM / MIE 325 V8 427 CID / 7.0 LITER Mercury Marine engine. This high-performance carburetor is the perfect upgrade for your marine engine, offering unparalleled efficiency and power. Crafted with precision and using only the highest quality components, this carburetor is a must-have for any boater looking to enhance their vessel's performance.

• Engineered for 8 Cylinder MCM / MIE 325 Mercury Marine 427 CID / 7.0 LITER V8 Engine Applications.
• Available with both Mechanical and Manifold Choke options for optimal performance.

Top-Quality Construction and Features

This carburetor is assembled with meticulous attention to detail, ensuring that it meets the highest standards of quality. Key features include:

• All new parts and gaskets, including a brand new choke pull-off, float, needle, and seat.
• Castings are coated with a protective layer of black paint for added durability.
• Brass bushings in the throttle shaft eliminate vacuum leaks, providing a smoother running engine.
• The base is re-finished, and linkages and hardware are yellow zinc plated to prevent corrosion.

These features make the 4 Barrel Rochester Quadrajet a reliable and durable choice for any marine engine.

Perfect for a Variety of Applications

The 4 Barrel Rochester Quadrajet carburetor is not just for the MCM / MIE 325 V8 427 CID / 7.0 LITER engine. It is also compatible with a wide range of marine engines, including 4.3, 5.0, 5.7, 7.4, and 8.2 Liter models. Suitable for brands such as OMC, Crusader, Volvo-Penta, Pleasurecraft, and many more, this carburetor is a versatile solution for boaters in need of a reliable performance upgrade. With its exceptional flow bench testing and service replacement capabilities, this carburetor is the ideal choice for any marine engine owner looking to maximize their vessel's performance and efficiency.