Performance Radiator for Dodge Charger (2006-2009)

High-Capacity Performance Radiator for 2006-2009 Dodge Charger

Upgrades the factory cooling system with a 4-row AA5052 aluminum core to lower operating temperatures and prevent thermal breakdown.

The Stock Charger Heat Soak Problem

OEM radiators on the LX platform utilize crimped plastic end tanks that degrade, become brittle, and inevitably crack after years of repeated thermal cycling, resulting in sudden coolant loss and potential engine failure. Additionally, the factory single or dual-row cores lack the thermal mass and surface area needed to effectively dissipate heat during aggressive driving, heavy traffic, or track use. This leads to excessive heat soak, causing the ECU to pull timing and rob your engine of horsepower while accelerating component wear.

The Engineering Solution

This upgrade eliminates weak plastic failure points entirely, utilizing aircraft-grade AA5052 aluminum construction with TIG-welded, 2mm thick end tanks and a heavy-duty OEM-style brass petcock drain. Engineered with advanced brazed core technology, the massive 4-row design spaces cooling tubes a tight 3/8" apart, yielding 25% more rows than standard aftermarket units. By packing 14 to 16 fins per inch, the core gains approximately 1,500 additional cooling fins, drastically increasing the critical surface area. This results in a 30% to 45% increase in heat dissipation efficiency and a much higher total fluid capacity, rendering your cooling system highly resistant to temperature surges.

Technical Specifications

Compatibility

• 2006-2009 Dodge Charger SE (2.7L V6)
• 2006-2009 Dodge Charger SXT (3.5L V6)
• 2006-2009 Dodge Charger R/T (5.7L V8 Hemi)
• 2006-2009 Dodge Charger SRT8 (6.1L V8 Hemi)

The Dodge Muscle Standard

Heavy LX-chassis muscle cars generate massive under-hood heat, especially when modified. This all-aluminum radiator ensures your Hemi or V6 maintains optimal operating temperatures, preventing thermal-induced power loss and safeguarding your powertrain under extreme performance conditions.