EBP25 Electric Booster Pump - Brushless 12V Kit

The EBP25 Electric Booster Pump - Brushless 12V Kit by DAVIES, CRAIG is purpose-built for vehicle cooling system optimization, offering auxiliary coolant circulation independent of engine speed. This brushless electric pump addresses a critical gap in performance and street-driven vehicles: maintaining optimal coolant flow during idle, low-RPM cruising, or high-demand scenarios where the serpentine-belt-driven factory pump cannot keep pace. Whether you're running a custom cooling circuit, upgraded radiator, or extended idle conditions during shows or traffic, the EBP25 delivers consistent pressure and flow when factory cooling systems fall short.

DAVIES, CRAIG engineered this unit as a brushless 12V system, eliminating the carbon-brush wear found in older commutator designs and ensuring quiet, maintenance-free operation essential for quality street builds. The compact footprint—measuring 5 x 3.2 x 7.6 inches and weighing just 1.75 lbs—permits flexible mounting in engine bays where space is precious, while the brushless motor runs virtually silent under load, a critical advantage over traditional mechanical pumps that generate audible cavitation and noise. Direct 12V integration means straightforward wiring to existing vehicle electrical systems; the low current draw prevents alternator strain on street cars or shop rigs running auxiliary circuits.

Enthusiasts installing high-output radiators, extended cooling loops, or LS swaps in chassis with marginal OEM cooling benefit most from this booster pump's on-demand flow capability. Hot-rodders prepping vehicles for long idle sessions—whether at car shows, track events, or during traffic-heavy cruises—find the EBP25 invaluable for maintaining stable coolant temperature without relying on the engine running. Installation requires basic plumbing knowledge to integrate pump ports into your cooling circuit; inline mounting between radiator and engine inlet, or as a dedicated loop circulation, allows customization to your specific thermal management strategy.