EBP40 Electric Booster Pump 12V - Brushless

The EBP40 Electric Booster Pump 12V Brushless by DAVIES, CRAIG is engineered for vehicles requiring supplemental coolant circulation, fuel pressure assistance, or auxiliary fluid transfer in demanding engine bay environments. Built for enthusiasts and mechanics who modify cooling systems, fuel systems, or custom water-cooled engine builds, this brushless pump eliminates the guesswork from aftermarket cooling upgrades. Whether you're installing a larger radiator, upgrading to a high-performance cooling setup, or adding secondary circulation to a supercharged or turbocharged application, the EBP40 provides consistent, maintenance-free operation without the noise and reliability issues of older brush-type designs.

Brushless motor technology eliminates carbon buildup and arcing, delivering longer service life and quieter operation compared to conventional brush pumps—a critical advantage in custom builds where underhood temperature swings are extreme. The 12-volt configuration integrates seamlessly into OEM electrical systems and modern aftermarket relay harnesses, drawing minimal amperage while maintaining steady flow rates across a wide pressure range. Compact dimensions (5.1 x 3.2 x 7.5 inches) and lightweight construction (1.8 lbs) make the EBP40 ideal for engine bays where space is limited—common in turbocharged swaps, supercharger installations, or mid-engine conversions. The pump's brushless design generates negligible heat loss, ensuring coolant or fuel maintains thermal stability during sustained high-RPM driving or track use.

Mechanics and builders integrating auxiliary cooling systems, fuel bladder tanks, or progressive fuel management setups will appreciate the EBP40's plug-and-play reliability and proven DAVIES, CRAIG heritage in OEM and motorsport applications. Installation requires basic electrical knowledge—a 12-volt power source, ground, and trigger input (typically wired to ignition or a relay module for on-demand activation). The pump excels in track-dedicated builds, street performance vehicles with modified cooling demands, and custom projects where system redundancy or independent flow control is essential. Verify inlet/outlet port sizing and flow requirements for your specific application before installation to ensure optimal performance.