Aeromotive Fuel Pumps, Regulators & Fuel Systems

Aeromotive fuel-system components support properly engineered street, competition, powersports, and custom vehicle applications. Shop fuel pumps, pressure regulators, filters, tanks, rails, fittings, wiring, controllers, and service parts by exact manufacturer part number and verified system requirements.

Choose by System Requirements

Start with target power, fuel type, base pressure, boost pressure, required flow at operating pressure, system voltage, and expected duty cycle. Then verify whether the vehicle uses an EFI or carbureted system, return or returnless plumbing, in-tank or external mounting, and the correct filtration strategy. Do not size a pump from a free-flow rating or horsepower label alone.

Fuel Pumps and Controllers

Aeromotive offers in-tank, external, mechanical, brushless, and spur-gear pump configurations. Confirm the pump's current flow data at the pressure your engine will actually use. Plan wire gauge, fuse, relay or controller, grounds, filters, line sizes, tank venting, and voltage drop as parts of the same system.

Pressure Regulators, Filters, and Plumbing

Match each regulator to EFI or carbureted pressure, bypass or returnless operation, boost-reference requirements, port threads, and fuel compatibility. Place coarse and fine filters according to the pump manufacturer's diagram and match the element area and micron rating to required flow. AN flare, ORB, and NPT connections use different threads and sealing methods and are not interchangeable.

Fuel Tanks, Cells, and Rails

Vehicle-specific tanks and pump modules must match the complete year, make, model, body, engine, mounting, filler, vent, sender, and chassis configuration. Fuel rails require the correct injector style and spacing, port arrangement, brackets, fittings, and engine-bay clearance. Universal tanks and cells must be selected by dimensions and complete system design.

Fuel Compatibility and Installation

Gasoline compatibility does not automatically establish compatibility with E85, methanol, diesel, or other fuels. Verify every wetted component, including pumps, seals, filters, foam, hoses, regulators, and fittings. Fuel-system work should be completed in a ventilated area away from ignition sources and pressure-tested before the vehicle is operated.

Shop Related Fuel-System Parts

• Fuel Pumps
• Fuel-System Fittings
• DeatschWerks Fuel Components
• Radium Engineering Fuel Components

Frequently Asked Questions

How do I choose an Aeromotive fuel pump for my power goal?
Use the manufacturer's current flow data at your required operating pressure, then account for fuel type, boost, voltage at the pump, and duty cycle. Include a reasonable capacity reserve and size the wiring, filters, lines, regulator, and tank venting to support the pump.

Can Aeromotive components be used with E85 or methanol?
Only when Aeromotive identifies the exact part as compatible. Confirm every wetted component in the system; compatibility cannot be inferred from another product in the same series.

Do I need a return-style fuel system?
That depends on the pump, regulator, controller, vehicle strategy, and required flow. Adjustable bypass regulators normally need an appropriately sized return line, while returnless and PWM-controlled systems require their own documented layouts.

Where should fuel filters be installed?
Follow the diagram for the exact pump and fuel. A coarse pre-filter protects the pump without excessive inlet restriction, while a finer post-filter protects downstream injectors or carburetor components.

What information should I verify before ordering?
Confirm the exact part number, vehicle or universal application, fuel type, pressure and flow requirements, port threads, dimensions, mounting orientation, electrical demand, included components, and any emissions-use restriction shown on the product page.