MAX JET SIZE 102

Description

Achieve superior engine performance by precisely controlling fuel mixture with the MAX JET SIZE 102. This jet is designed to fine-tune carburettor fuel flow, directly impacting throttle response and combustion efficiency for optimized power output.

The MAX JET SIZE 102 is meticulously crafted by Comp Cams, ensuring compatibility with a wide range of carburettor systems. Its lightweight construction at only 0.0070 kg minimizes any impact on the fuel system, allowing for seamless integration without added bulk.

Measuring 18.00 cm in length, 10.00 cm in width, and 0.50 cm in height, the jet’s dimensions provide a precise fit for installation in performance fuel systems. This compact form factor facilitates easy replacement or upgrades without the need for extensive modification, saving time and effort during maintenance.

By regulating the fuel flow with exacting standards, this jet enhances combustion efficiency, leading to improved throttle response and potentially better fuel economy. The MAX JET SIZE 102 is essential for tuning carburettors to specific performance demands, making it valuable for engine builders and mechanics seeking reliable fuel system adjustments.

Manufactured with high-grade materials, this jet maintains structural integrity under high temperatures and pressures typical in performance engines. Its design supports consistent fuel delivery, reducing the risk of lean or rich conditions that can compromise engine health.

Incorporating the MAX JET SIZE 102 into your fuel system offers precise control over air-fuel ratio, which translates into dependable engine performance and enhanced drivability. Trust in Comp Cams engineering to provide a jet that meets rigorous standards for both daily use and competitive applications.

With exact dimensions and minimal weight, the MAX JET SIZE 102 is a straightforward upgrade for optimizing your carburettor’s fuel metering. It delivers measurable improvements in engine response and fuel management, making it a critical component for performance tuning and maintenance.