Collector's Item Carburetor Spacer 4500 / 2.00" Tapered Lightweight (2.250" Bore) 60% Off - Today Only [kW5s9NOP]

Top-Performance Carburetor Spacer for 4500 Engines

Introducing the Wilson Manifolds Carburetor Spacer 4500, designed to revolutionize the airflow and enhance performance for your 2.00" Tapered Lightweight (2.250" Bore) carburetor. This spacer is a game-changer for any engine seeking increased power and efficiency. With its computer-generated variable radius taper design, it maximizes airflow and optimizes air/fuel distribution, leading to more horsepower and improved engine responsiveness.

Advanced Design and Technical Specifications

The Wilson Manifolds Tapered Spacers are crafted with precision, featuring a unique variable radius taper design that ensures optimal airflow through the carburetor. This innovative design not only enhances part throttle performance and distribution but also boosts full throttle performance by increasing flow. The spacers can increase flow through the carburetor/throttle body by as much as 110 CFM, significantly improving torque, horsepower, and acceleration across the entire RPM range. Our spacers are fully CNC machined from billet aluminum, ensuring the highest quality and durability.

Enhancing Performance for Various Applications

Whether you're a bracket racer, drag racer, circle track enthusiast, road racer, or marine boat owner, the Wilson Manifolds Tapered Spacers are designed to meet your high-performance needs. They are compatible with a wide range of engines, including 4-Hole Tapered spacers for 390, 4150, 4500, Q-Jet, and 2bbl adapters. The benefits are numerous: up to 30+ bolt-on horsepower, improved throttle response, and better air/fuel distribution. These spacers work seamlessly across the entire RPM range, providing a lightweight design that won't compromise your engine's performance. With over 30 years of experience in manufacturing tapered spacers and compatibility with alcohol fuels, the Wilson Manifolds Tapered Spacers are your go-to choice for maximizing engine power and efficiency.