Fuelab 41403-2 Prodigy In-Line Fuel Pump 1800 HP Speed Adjustable

The Fuelab Prodigy Fuel Pump represents a breakthrough in fuel delivery technology as the automotive aftermarket's first speed-controllable DC brushless fuel pump. Designed for high-performance carbureted and EFI applications, this innovative pump supports up to 1800 horsepower for street and strip use. The Prodigy delivers exceptional electro-mechanical efficiency in a compact package that's half the size of traditional pumps, with flow rates up to 200 GPH and operating pressures up to 125 PSI.

Pump Design:

• Universal fuel compatibility—gasoline, diesel, methanol, and ethanol
• High-efficiency sling vane positive displacement design
• Specialized housing geometry for quiet operation and steady pressure delivery
• Carbon 9-vane construction with pressure-balanced rotor for maximum reliability
• Backed by 2-year limited warranty

Advanced Brushless Motor:

• Super-efficient DC brushless motor dramatically reduces current draw
• Low-mass rotor enables rapid response to speed and flow changes
• High-flux density Neodymium rare earth magnets for powerful performance
• Brushless design eliminates wear and corrosion concerns (ideal for low-sulfur diesel)
• Wet motor configuration eliminates dynamic shaft seals that can fail

Integrated Electronics:

• Internal speed controller enables variable flow operation
• Accepts 0-5 volt signal for precise speed control
• Compatible with 12-16 volt vehicle electrical systems
• No expensive voltage reduction or PWM controllers needed
• Continuous duty operation with adjustable motor speed for street or strip demands

Premium Construction:

• Compact, lightweight design: 3 lbs, 6.9" length, 2.63" diameter
• Billet aluminum construction with MIL-A-8625 Type II anodizing
• High-quality mounting brackets included
• Multi-fuel compatible Fluorosilicone static seals for long service life
• Accepts standard or port-style -10AN fittings

The Fuelab Prodigy's patent-pending design offers superior durability, substantially higher efficiency, and lower current draw compared to conventional fuel pumps, making it the ultimate choice for demanding high-performance applications.