Hi-Flow Fuel Injectors 80lbs/hr (8pk)

The Hi-Flow Fuel Injectors 80lbs/hr (8pk) represents a critical upgrade for Ford enthusiasts seeking improved fuel atomization and engine responsiveness. These high-flow injectors are engineered for naturally aspirated and lightly modified Ford engines where stock fuel delivery becomes a bottleneck to performance. Whether you're building a street machine, track car, or tuned daily driver, this eight-pack delivers the precision fuel metering required to unlock your engine's true potential without compromising drivability or reliability.

At 80 pounds per hour flow rate, these injectors provide significantly higher spray capacity than factory Ford units, enabling richer fuel delivery under load while maintaining proper idle quality when properly tuned. The hi-flow design utilizes precision-machined internals and improved pintle geometry to create a more atomized fuel spray pattern, reducing fuel film on cylinder walls and promoting more complete combustion. Eight injectors ensure you're replacing the complete set—critical for avoiding cylinder-to-cylinder lean conditions that can cause detonation and engine damage. The compact 4.8 x 3.95 x 6.45-inch package fits within standard Ford fuel rail specifications, simplifying bolt-on installation without extensive modifications.

These injectors are ideal for carbureted-to-EFI conversions, engine builds running 10.5:1 compression or higher, and fuel-injected platforms requiring enhanced atomization for nitrous or supercharger applications. Proper tuning with a quality fuel management system or standalone ECU is essential—80 lbs/hr injectors demand calibrated fuel pressure and ignition mapping to extract full benefit. Installation requires basic mechanical knowledge: fuel rail removal, O-ring replacement, and careful handling to prevent damage to the delicate pintle tips. OEM-style connector compatibility ensures straight-forward plug-and-play wiring, though fuel system pressure verification and injector flow testing post-installation are strongly recommended for optimal results.