3 Row Core Aluminum Radiator for 1970-1979 Dodge Challenger Charger Coronet Ramcharger Truck/Pickup Van, 1970-1978 Plymouth Barracuda Satellite Trailduster Truck/Pickup

Fitment:For 1970-1974 Dodge ChallengerFor 1970-1973 Dodge ChargerFor 1971-1973 Dodge CoronetFor 1975-1979 Dodge Truck / PickupFor 1975-1979 Dodge RamchargerFor 1971-1974 Dodge VanFor 1970-1973 Plymouth BarracudaFor 1971-1973 Plymouth SatelliteFor 1974-1979 Plymouth TraildusterFor 1975-1978 Plymouth Truck / PickupRadiator Size:Material: Full AluminiumHigh Performance Racing Spec.Rows: 3 RowOverall Size: 25.39" x 23.35"Core Size: 17.87" x 21.57" x 2.25"Inlet Hose Connection: 1 1/2"Outlet Hose Connection: 1 3/4"Oil Cooler IncludedMounting Type: Flange MountPackage Includes:1 X 3-Row AA5052 Aluminum Radiator1 X CNC Machined Radiator Cap

• 【Product specification】 Overall Size: 25.39"x 23.35" | Core Size: 17.87" x 21.57"x 2.25" | Inlet Hose Connection: 1 1/2" | Outlet Hose Connection: 1 3/4"
• 【Vehicle Compatibility】This radiator is compatible with 1970-1979 Dodge Challenger Charger Coronet Ramcharger Truck/Pickup Van, 1970-1978 Plymouth Barracuda Satellite Trailduster Truck/Pickup.
• 【High-quality materials】Radiator is constructed of high quality AA5052 aircraft grade aluminum construction to ensure an extremely long lasting operate life. AA5052 Aluminum is an Al-Mg alloy with good corrosion resistance, excellent reliability and cold workability and strength.
• 【High performance】This AA5052 Aluminum Radiator is at least 30%-45% more efficient than stock ones. Most importantly, it has a much higher capacity for coolant than stock ones, which means that your cooling system will be more efficient and will be more resistant to temperature surges in racing applications.
• 【Excellent design】This AA5052 Aluminum Radiator is designed to provide maximum cooling efficiency to prevent premature engine failure. Its light-weight, and high-heat transferring aluminum features a tube and fin design that, dramatically increases surface area that enables the heat to dissipate more efficiently.