Radiator Combo Unit 60 - 88 Mopar A / B & E Body

The Radiator Combo Unit 60–88 Mopar A/B & E Body is a direct-fit OEM-replacement cooling assembly engineered for classic and performance Mopar vehicles spanning four decades of production. This all-in-one radiator and fan combo eliminates the need for sourcing separate components, streamlining installation for restorers, hot-rodders, and field technicians who demand reliability in high-heat environments. Whether you're rebuilding a street machine or restoring a factory original, this aluminum unit is purpose-built to handle sustained cooling loads without compromise.

Constructed from lightweight aluminum, the radiator core maximizes heat dissipation while reducing overall system weight—a critical advantage in performance applications where thermal management directly impacts engine longevity and reliability. The combo features a passenger-side inlet and driver-side outlet configuration, with core dimensions of 26.5 inches wide by 18.688 inches high, engineered to fit the tight confines of A-, B-, and E-body engine bays without modification. The integrated cooling fan operates efficiently across the temperature spectrum, delivering consistent airflow regardless of idle conditions or sustained high-RPM operation, making this assembly equally effective for street and strip duty.

This direct-fit combo unit is purpose-built for Mopar enthusiasts restoring or upgrading vehicles from 1960 through 1988, including A-body (Valiant, Duster), B-body (Road Runner, Charger), and E-body (Barracuda, Challenger) platforms. Installation requires basic mechanical competency and standard hand tools; the pre-assembled configuration eliminates complex tuning or custom fabrication. The natural aluminum finish resists corrosion and maintains aesthetic authenticity, while the robust construction ensures years of reliable service in both street and competition environments. Order the Radiator Combo Unit 60–88 Mopar A/B & E Body for a proven cooling solution that respects original design intent while delivering modern thermal performance.