Mini Force Fuel Surge Tank 255LPH EFI

The Mini Force Fuel Surge Tank 255LPH EFI is purpose-built for street and performance vehicles requiring reliable fuel delivery in tight engine bays or retrofit applications. Designed by FiTECH Fuel Injection, this compact surge tank solves a critical problem for modern EFI conversions: maintaining consistent fuel pressure and volume to high-flow injectors while managing transient demand during acceleration, braking, and cornering. Whether you're converting a classic muscle car to EFI, upgrading a modified street engine, or optimizing a fuel system for boost applications, this unit bridges the gap between your fuel pump and fuel rail with confidence.

At its core, the Mini Force delivers 255 liters per hour of pump capacity—sufficient for engines running moderate to aggressive modifications without starvation at high RPM. The surge tank design uses internal baffles and a gravity-fed return system to minimize vapor lock, absorb pump noise, and stabilize fuel pressure fluctuations that plague carbureted-to-EFI conversions. Its black anodized aluminum construction provides corrosion resistance and thermal stability, critical when fuel sits near engine heat. The complete kit includes a high-pressure pump, six AN fittings for versatile plumbing options, fuel filter, braided hose, pressure gauge, and sending unit—everything needed for professional installation without additional sourcing.

Mechanics and builders installing aftermarket EFI systems on vintage cars, LS swaps, or turbocharged platforms will appreciate the compact footprint (11 x 8 x 16 inches, 8.63 lbs) that fits under seats, in wheel wells, or tight engine bay corners where traditional in-tank pumps won't work. The included pressure gauge enables real-time system diagnostics during tuning, while the sending unit integrates with aftermarket fuel management computers for precise closed-loop control. Six AN connections accommodate custom routing through existing fuel lines, braided steel fuel line, or adapters to OEM systems. Installation requires basic mechanical skill and compatible fuel management software; refer to FiTECH documentation for wiring and system integration specific to your vehicle platform.