10in Dual High Output RAD Fans Puller

The 10in Dual High Output RAD Fans Puller from DERALE is engineered for demanding thermal management in vehicles where stock cooling systems fall short under heavy load. Designed for law enforcement, military, and tactical operators who run extended missions in high-heat environments—whether idling during surveillance operations, towing specialized equipment, or operating in desert conditions—this dual-fan setup delivers aggressive airflow to prevent coolant boil-over and engine derating. The puller configuration draws air through the radiator rather than pushing it, maximizing efficiency in tight engine bays where traditional pusher fans create dead zones.

Each of the dual 10-inch fans operates at high output, moving substantially more volume than single-fan assemblies while maintaining a low-profile footprint measuring 20.25 x 5.8 x 26.5 inches. The puller design creates a negative pressure zone that forces cold air through core tubes, preventing hot spots that compromise coolant circulation and bearing integrity during sustained performance driving. At 10.4 lbs, the assembly balances robust construction with manageable weight—critical for vehicles where every pound impacts handling and fuel economy. DERALE's dual-fan configuration provides redundancy; if one motor fails, the second maintains partial cooling capacity, essential for operators who cannot afford thermal shutdown in the field.

This cooling solution benefits personnel running modified engines, aftermarket superchargers, or extended idling operations where OEM systems are inadequate. Installation requires basic mechanical competency and proper mounting brackets for your specific platform; verify radiator outlet clearance before purchase to ensure puller blade does not contact core fins. Compatible with most aluminum and copper-core radiators, the 10in Dual High Output RAD Fans Puller integrates seamlessly into existing cooling loops and pairs well with upgraded water pumps and heavy-duty thermostats for comprehensive thermal management upgrades.