BILLET 110A-1 FUEL PUMP 13 GPMALKY BLOWN -12AN IN, -8AN OUT

Description

Maximize engine performance with a fuel pump designed to deliver consistent, high-volume fuel flow essential for demanding mechanical injection systems. The Enderle BILLET 110 A-1 provides a robust 13 GPM flow rate, ensuring your fuel delivery matches the needs of high-output blown or alkylated setups.

This fuel pump features a billet aluminum construction, offering superior strength and corrosion resistance that extends service life under extreme conditions. Its compact dimensions—14 cm length, 12 cm width, and 9 cm height—allow for versatile mounting options even in constrained engine compartments.

The pump’s design incorporates -12 AN inlet and -8 AN outlet fittings, facilitating seamless integration with standard high-flow fuel lines and minimizing pressure drop for efficient fuel delivery. Weighing just 2 kilograms, it maintains a lightweight profile to avoid adding unnecessary mass to the system.

Specifically engineered for mechanical injection systems, this pump supports blown applications using alkylate fuels, providing reliable operation at elevated pressures and fuel demands. The precision machining of the billet body ensures tight tolerances that enhance pump efficiency and durability.

By maintaining consistent fuel pressure and volume, this pump prevents lean conditions that can compromise engine performance and longevity. Its robust construction and optimized flow path reduce the risk of cavitation and vapor lock, common issues in high-performance fuel systems.

Installation is straightforward due to its standardized AN fittings and compact footprint, allowing for rapid integration into existing fuel systems without extensive modification. The Enderle brand guarantees engineering excellence and rigorous quality control, reinforcing reliability in extreme racing or high-horsepower street applications.

Choose the BILLET 110 A-1 fuel pump to achieve precise fuel control, support engine power goals, and ensure durability under the most demanding mechanical injection conditions.