10in Pusher Fan Paddle Blade 1023 CFM

The SPAL 10in Pusher Fan Paddle Blade 1023 CFM is a high-performance electric cooling fan engineered for serious automotive builders and mechanics who demand reliable thermal management in custom cooling system builds. Whether you're upgrading an older muscle car, designing a custom fabrication, or optimizing a street rod's radiator efficiency, this 12-volt pusher fan delivers the airflow capacity needed to maintain optimal engine temperatures under load. The paddle blade design and 1023 CFM rating make it suitable for applications where mounting space behind the radiator is limited or where traditional belt-driven fans create parasitic drag.

Built by SPAL ADVANCED TECHNOLOGIES, this pusher-style fan features a durable plastic blade construction that balances lightweight operation with structural integrity, ensuring consistent performance without excessive vibration or noise. The 10.625 x 11.25 inch blade diameter and 3.75 inch mounting depth are engineered to fit compact engine bays while maintaining sufficient shroud clearance for optimal airflow redirection through the radiator core. At 1023 CFM, this fan moves substantial volume of cooling air efficiently, reducing the load on your radiator and allowing better temperature regulation during highway driving and stop-and-go city conditions—critical factors when eliminating traditional mechanical fans that rob horsepower.

This pusher fan works best in custom radiator shroud setups and is ideal for street applications, restorations, and high-efficiency cooling builds where you need independent fan control via relay and thermostat switch. Installation requires proper electrical routing, relay wiring, and a dedicated 12-volt power source; many builders pair pusher fans with adjustable thermostatic controllers to activate cooling only when needed, maximizing efficiency and reducing electrical draw. Compatibility depends on radiator sizing and shroud dimensions—verify that your radiator core measures approximately 10 to 11 inches in width to maximize the cooling benefit of this unit's 1023 CFM output.