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aFe DFS780 PRO Fuel Pump 2017 Ford Diesel Trucks V8-6.7L (td) Boost Activated 8-10PSI afe42-13052

$915.25
SKU:
afe42-13052
Weight:
18.00 LBS
Shipping:
Calculated at Checkout

Out of stock

Description

Elevate the power and efficiency of your 2017 Ford Diesel Truck equipped with a V8-6.7L (td) engine by installing the aFe DFS780 PRO Fuel Pump, model afe42-13052. This high-performance fuel pump is specifically designed to meet the demands of diesel truck enthusiasts who crave improved performance and reliability.

The aFe DFS780 PRO Fuel Pump is engineered to deliver a boost-activated pressure of 8-10PSI, providing your diesel truck with the perfect mixture of air and fuel for optimal combustion. This boost activation ensures that your truck receives the right amount of fuel, especially when you demand higher power output, whether it's for towing, off-roading, or everyday driving.

With this fuel pump upgrade, you can experience several benefits:

  • Increased Horsepower: The enhanced fuel delivery from the aFe DFS780 PRO Fuel Pump translates to increased horsepower and torque, giving you the extra muscle needed for demanding tasks.

  • Improved Fuel Efficiency: Achieve better fuel efficiency as the precise fuel delivery optimizes combustion, reducing fuel wastage and maximizing mileage.

  • Durability and Reliability: Crafted with quality materials and precision engineering, this fuel pump is built to withstand the rigors of diesel truck usage, ensuring long-lasting performance.

  • Easy Installation: Designed for a hassle-free installation process, this fuel pump is a direct fit for your 2017 Ford Diesel Truck, saving you time and money on professional installation.

Upgrade your diesel truck's performance and reliability with the aFe DFS780 PRO Fuel Pump. Whether you're looking to enhance towing capabilities, conquer off-road terrain, or simply enjoy improved daily driving, this boost-activated fuel pump has got you covered. Take your diesel truck to the next level with afe42-13052 and experience the difference in power and efficiency.