HO116-10 Holley Main Jet Extension Float Kit Includes Notched Float

Description

Achieve precise fuel metering and improved carburetor performance by installing the Holley Main Jet Extension Float Kit with a notched float. This kit addresses fuel level inconsistencies that can cause engine hesitation or flooding, delivering consistent fuel flow for optimal combustion.

The notched float is engineered to provide exact fuel level regulation within the carburetor bowl, preventing overfueling and ensuring smooth throttle response. Its design improves the reliability of the fuel system, reducing the risk of stalling during acceleration or deceleration.

Constructed with durable materials, the kit maintains structural integrity under varied operating conditions. The compact size—17.80 cm length, 12.60 cm width, and 4.70 cm height—allows for straightforward integration into existing Holley carburetor setups without modifications.

• Notched float design: Enhances fuel level accuracy for stable engine performance.
• Precise dimensions: 17.80 cm x 12.60 cm x 4.70 cm ensure compatibility with standard Holley carburetors.
• Lightweight construction: 0.0800 kg minimizes added weight, preserving vehicle balance.
• Holley brand assurance: Trusted component quality and engineering for fuel system reliability.

The kit’s tailored engineering works specifically with Holley carburetors, ensuring that fuel delivery is optimized through the main jet extension. This results in improved throttle response, reduced fuel waste, and stable operation across various engine loads.

By integrating this float kit, you eliminate common fuel level fluctuations that compromise engine efficiency. The notched float’s design prevents flooding and lean conditions, supporting consistent power output and fuel economy.

Overall, this Main Jet Extension Float Kit is an essential upgrade for precise fuel management in performance or stock applications. It combines exacting dimensions, targeted design, and trusted Holley craftsmanship to enhance your carburetor’s reliability and response.