850CFM NEW ALLOY ULTRA XP SHINY WITH BLACK BASE / METERI

Description

Achieve superior engine performance through optimized airflow and precise fuel metering with the Holley 850 CFM NEW ALLOY Ultra XP carburettor. Designed to improve throttle response and maximize power output, this carburettor addresses the critical need for consistent fuel delivery in high-demand applications.

This carburettor’s 850 cubic feet per minute (CFM) airflow capacity ensures your engine receives ample air volume for efficient combustion, directly translating into enhanced horsepower and torque. The alloy construction reduces overall weight to 3.63 kg, mitigating engine load and contributing to better vehicle dynamics without sacrificing strength or thermal resistance.

Measuring 36.3 cm in length, 32.0 cm in width, and 23.6 cm in height, the Ultra XP fits seamlessly into performance fuel systems, offering compatibility with a range of mechanical setups. The shiny finish combined with a black base not only delivers a visually striking appearance but also provides corrosion resistance for sustained durability.

Holley’s engineering excellence is evident in the precise machining and design of this carburettor, which ensures optimal fuel atomization and distribution. This reduces throttle lag and enhances fuel efficiency, addressing common issues such as hesitation and inconsistent power delivery in conventional carburettors.

Its robust alloy body withstands high temperatures and mechanical stress, making it suitable for demanding environments and prolonged use. The compact dimensions facilitate installation in tight engine bays without compromising airflow paths or requiring extensive modifications.

Use the 850 CFM Ultra XP to upgrade your fuel system’s responsiveness and reliability. Its balanced weight and size make it ideal for performance engines seeking maximum efficiency and power without unnecessary complexity or bulk.

Invest in the Holley 850 CFM NEW ALLOY Ultra XP carburettor for an engineered solution that delivers measurable improvements in fuel system performance and engine output, backed by precise specifications and durable materials tailored to high-performance applications.