12V EWP150 Remote Electric W/P Kit

The 12V EWP150 Remote Electric W/P Kit from Davies Craig is a remote-mount electric water pump designed for high-performance automotive cooling systems where traditional belt-driven pumps fall short. Whether you're building a custom hot rod, upgrading a race car, or engineering a vehicle with extreme cooling demands, this kit delivers independent flow control without parasitic horsepower loss. The remote configuration allows flexible mounting away from the engine block, making it ideal for tight engine bays, turbo installations, or custom fabrication projects where conventional pump placement isn't feasible.

Built from aluminum with a durable silver powder coat finish, the 12V EWP150 pump moves 42.8 gallons per minute—sufficient for most stroker engines and forced-induction applications. The kit includes dual 16 AN female ports and 1-3/8 inch hose barb connections, giving you flexibility in plumbing configuration and hose routing. At just 3.45 pounds, the compact assembly (6.4 x 4.1 x 7.3 inches) minimizes weight and vibration while maintaining the structural rigidity required for sustained high-RPM operation. The 12-volt DC motor responds instantly to temperature signals, enabling precise coolant circulation management that reduces warm-up time and optimizes cooling efficiency across your entire RPM range.

This universal kit suits custom engine swaps, turbocharged applications, and any high-performance build where you need independent pump operation separate from belt-drive constraints. Mechanics and fabricators favor the EWP150 for SBF, BBC, LS, and modern import engine conversions, particularly in drag racing, road racing, and show vehicles. The remote mount configuration works with both traditional radiators and modern cooling systems, and the AN-threaded ports accept standard braided hose fittings for leak-free connections. Pair this pump with a quality radiator shroud and digital temperature controller to maximize cooling potential and protect your investment in engine performance.