Chrome Ford 289 Water Pump 2V Pulley

The Chrome Ford 289 Water Pump 2V Pulley is a precision-engineered cooling system component built for small-block Ford engines demanding reliable heat management and authentic OEM-style fit. Designed for classic and performance Ford 289 cubic-inch builds, this pulley serves as the driven component in serpentine or V-belt cooling setups, transferring power from the crankshaft to the water pump impeller. Engine builders, restoration specialists, and hot-rod enthusiasts rely on this pulley to maintain proper coolant circulation while preserving the vintage chrome aesthetic that defines classic Ford muscle car authenticity.

Manufactured by Racing Power Co-Packaged under part number R8975, this water pump pulley features a two-groove V-belt profile with a 5.88-inch outside diameter, sized to match OEM 289 water pump shafts and crankshaft damper geometry. The aluminum core construction combined with durable chrome plating resists corrosion while delivering the polished appearance required in show-quality engine bays. The two-groove design accommodates standard V-belts common to small-block Ford configurations, ensuring compatibility with period-correct or modern serpentine belt systems without modification. At just 1.47 pounds, the pulley minimizes rotating mass while maintaining structural integrity under sustained engine operation.

Professionals installing water pumps on 289 engines—whether in original restorations, crate motor builds, or high-performance swaps—benefit from this pulley's exact dimensional match to Ford's engineering specifications. The chrome finish eliminates the need for secondary finishing work, reducing assembly time and ensuring consistent visual quality across the engine compartment. Installation is straightforward: the pulley slides onto the water pump shaft and secures with a standard bolt, making it suitable for both mechanical shops and experienced DIY builders. Verify compatibility with your specific water pump shaft diameter and belt system configuration before ordering to ensure seamless fit within your cooling circuit.