Aeromotive Triple Fuel Pump Module

2015–2022 Dodge Challenger / Charger 6.2L Hellcat

Part #: 18093

Overview

The Aeromotive Triple Fuel Pump Module is a high-performance fuel delivery solution engineered specifically for Dodge Challenger and Charger models equipped with the 6.2L Hellcat engine from 2015 through 2022. Designed by Aeromotive, a trusted leader in motorsport fuel systems, this triple pump setup ensures consistent, high-flow fuel delivery to support aggressive tuning and power upgrades.

Whether you are upgrading your Hellcat for street performance, drag racing, or track use, this module provides reliable fuel pressure and flow under demanding conditions. Compatible with both gasoline and E85 fuels, it offers flexibility for various fuel types and tuning strategies, making it an ideal choice for enthusiasts seeking uncompromised fuel system performance.

Key Features

Engineered for precision and durability, the Aeromotive Triple Fuel Pump Module includes the following key features:

• Dual Phantom pump configuration: one 525 liters per hour (LPH) pump combined with two 450 LPH pumps for superior fuel flow capacity
• Direct drop-in replacement for Mopar Charger and Challenger Hellcat fuel systems, ensuring seamless integration
• Compatible with gasoline and E85 fuels, supporting flexible fuel setups and alternative fuel use
• Pulse Width Modulation (PWM) capable for pressure or return-style fuel system control, allowing adaptable tuning options
• Includes a bypass regulator and return line to optimize fuel pressure management and system efficiency
• Requires AN fuel lines and high-flow filtration to maintain maximum safety and performance
• Manufactured to aerospace-grade tolerances and engineering standards for exceptional reliability
• Proven motorsport pedigree with three generations of racing experience backing the design
• Fits a broad range of Dodge Challenger and Charger models, including high-performance variants such as Hellcat, Scat Pack, R/T, and SXT

Construction & Design

The Aeromotive Triple Fuel Pump Module is built with aerospace-grade materials and precision manufacturing processes to ensure long-lasting durability and consistent performance. The robust assembly is designed to withstand the stresses of high-performance driving and extended track sessions without compromising reliability.

Its modular design allows for straightforward integration with existing fuel systems, minimizing installation complexity while maximizing operational stability. High-quality components reduce the risk of failure and extend service life, reflecting Aeromotive’s commitment to delivering products that meet the highest standards of quality and engineering excellence.

Installation & Fitment

This triple fuel pump system is engineered as a direct drop-in replacement for Dodge Challenger and Charger models from 2015 to 2022 equipped with the 6.2L Hellcat engine. It supports both pressure and return-style fuel system configurations, providing flexibility to match your vehicle’s setup.

Installation requires the use of AN fuel lines and a high-flow fuel filter to ensure proper operation and safety. While the installation process is straightforward for experienced technicians, professional installation is recommended to guarantee optimal performance and reliability. This system is ideal for enthusiasts upgrading fuel delivery to support increased horsepower and aggressive tuning.

What's Included

• Triple fuel pump assembly (1x 525 LPH pump and 2x 450 LPH pumps)
• Bypass regulator and return line
• Installation hardware
• Detailed instructions for fitment and setup

Ideal For

The Aeromotive Triple Fuel Pump Module is perfect for Dodge Challenger and Charger Hellcat owners who demand reliable, high-capacity fuel delivery to support performance upgrades. It is well-suited for builds involving forced induction, nitrous oxide, or aggressive naturally aspirated tuning. This system meets the needs of street performance enthusiasts, drag racers, and track-day drivers who require consistent fuel pressure and flow to maximize engine output and maintain drivability under all conditions.