High Flow Fuel Pump 340lph WRX 2008-2014
High Flow Fuel Pump 340lph WRX 2008-2014
Regular price
$190.00 AUD
Regular price
$0.00 AUD
Sale price
$190.00 AUD
Unit price
/
per
Low stock: 2 left
Upgrade your Subaru's performance with the High Flow Fuel Pump 340LPH E85. This high-performance pump delivers exceptional fuel flow across a wide pressure range, ensuring your engine gets the fuel it needs for peak performance. Compatible with E85, this pump is the perfect solution for high-performance and ethanol-fueled builds.
Key Features:
-
Exceptional Flow Rates Across Pressures:
- 40PSI: 340LPH
- 50PSI: 320LPH
- 60PSI: 300LPH
- 70PSI: 280LPH
- 80PSI: 250LPH
- 90PSI: 220LPH
- E85 Compatibility: Designed to handle ethanol-based fuels, providing reliability and durability in modern fuel systems.
- Direct Fit for Multiple Subaru Models: Engineered for a seamless fit, saving time during installation.
- Quiet Operation: Minimizes noise and vibration, offering smooth performance.
- High-Quality Materials: Built to withstand the demands of high-horsepower engines.
Specifications:
- Flow Rate: Up to 340LPH at 40PSI
- Compatibility: E85 and standard petrol
- Fitment: Direct replacement for various Subaru models
- Pressure Ratings: Detailed flow rates at different pressures provided above
- Package Includes: 1x High Flow Fuel Pump, 1 x Correct Size Filter Bag, Installation Kit.
Vehicle Compatibility:
The FRFU125 Fuel Pump is suitable for the following Subaru models:
- Subaru Impreza: 2007–2014
- Subaru WRX STI: 2015+
- Subaru Legacy: 2003–2009
- Subaru BRZ: 2012+
Why Choose the High Flow Fuel Pump 340LPH E85?
- Wide Application: Designed for a variety of Subaru models, making it a versatile upgrade for enthusiasts and mechanics alike.
- Optimized for Performance Builds: Perfect for engines running higher boost and requiring consistent fuel delivery.
- E85 Ready: Future-proof your build with a fuel pump designed to handle ethanol blends.
- Reliable Across Pressures: Detailed flow ratings ensure you know exactly how the pump will perform at various PSI levels.