Edelbrock Water Pump High Performance Chrysler 1969-85 318-360 CI V8 Engines Standard Length

The AWE ® ColdFront™ Coolant Pump is the final member of the ColdFront™ family. Manufactured by the cooling-system wizards at Meziere Enterprises, who have nearly three decades worth of experience in engineering and manufacturing performance cooling system components, the ColdFront™ Coolant Pump replaces the stock heat exchanger pump — and out-performs it to the tune of an impressive 100% gain in flow-rate over the factory pump. During excessive dynamometer torture testing on our in house 3.0T, we recorded an additional 8% decrease in intake air temperatures when the pump was combined with the ColdFront™ Heat Exchanger and ColdFront™ Reservoir. Cool.While the ColdFront™ Coolant Pump may be used in conjunction with the stock heat exchanger, it cannot be used without the ColdFront™ Reservoir.Please note, AWE ColdFront™ Systems are for racing use only.

• Allows for 100% increase in coolant flow rate when used in conjunction with rest of ColdFront™ set up
• Works with ColdFront™ Reservoir, and ColdFront™ Coolant Pump
• Accessory to the ColdFront™ Heat Exchanger system
• Perfect OEM fitment for easy installation
• Perfect Fitment – Guaranteed

Edelbrock #8861 Water Pump big block Chevy long 1969-90 polished ideal to prevent overheating in street rods and street machines, as well as in tow rigs and motorhomes. Using state-of-the-art racing technology, Edelbrock has designed these “super cooling” water pumps to provide maximum flow, maximum pressure and equal distribution to both sides of the block within 1%. Available for most popular applications, these high performance pumps flow in only one direction for optimum efficiency. The casting’s computer-designed internal passages and precision powdered metal impeller produce the maximum flow rate possible.
Edelbrock #8861 Water Pump Big Block Chevy Long 1969-90 Polished Ideal To Prevent Overheating In Street Rods And Street Machines
Chevrolet:Big-Block:396 (6.5L)-502 (8.2L)

• Only Flows In One Direction For Optimum Efficiency