MAX JET # 99 (.099″) *

Description

Achieve precise fuel metering and improved engine responsiveness with the MAX JET #99 (.099″), engineered to deliver exact fuel flow for optimal carburetor performance. Accurate jet sizing prevents lean or rich mixtures, enhancing combustion efficiency and power output.

This jet from Comp Cams, a trusted brand in fuel system components, offers a specific orifice size of .099 inches, allowing fine-tuning of your carburetor to match exact engine requirements. This precision supports consistent throttle response and smoother engine operation under varied conditions.

Weighing a mere 0.0070 kilograms, the MAX JET #99 maintains minimal added mass, ensuring it does not affect the carburetor’s balance or response time. Its compact dimensions—18.00 cm in length, 10.00 cm in width, and 0.50 cm in height—facilitate easy installation within standard carburetor assemblies without modification.

Constructed with durable materials typical of Comp Cams’ manufacturing standards, this jet withstands high temperatures and fuel exposure, providing long-lasting reliability in demanding engine environments. Its compatibility with a wide range of carburetors makes it a versatile choice for performance tuning.

By installing the MAX JET #99, you can eliminate common fueling issues such as hesitation, stalling, or poor idle quality caused by improper jet sizing. This component ensures your engine receives the correct fuel volume, directly impacting fuel economy and emissions control.

With precise dimensions and a proven brand pedigree, the MAX JET #99 is a critical upgrade for enthusiasts and professionals seeking reliable fuel system optimization. Its design supports enhanced engine efficiency across various applications, from street performance to racing scenarios.

Trust the MAX JET #99 to provide consistent, precise fuel delivery that improves overall engine performance and drivability while maintaining compatibility and ease of installation. This jet represents a targeted solution for carburetor tuning challenges, backed by detailed engineering and quality manufacturing.