Performance Radiator for Cadillac Escalade (2009-2014)

High-Capacity Performance Radiator for 2009-2014 Cadillac Escalade

Replaces the crack-prone OEM unit with an AA5052 aircraft-grade aluminum core to lower engine temperatures by up to 45%.

The Stock Escalade Heat Soak Issue

GMT900 platform Escalade factory radiators are notorious for plastic end tanks and weak T-3303 aluminum cores. Over time, constant thermal cycling causes the plastic tanks to become brittle, inevitably leading to hairline cracks and coolant leaks along crimped seams. The stock T-3303 aluminum also suffers from poor heat dissipation and corrosion under high pressure, causing dangerous heat soak when towing heavy loads or operating high-output Gen IV Vortec V8 engines.

The Engineering Solution

This 3-row, high-performance radiator eliminates OEM weak points by utilizing AA5052 aluminum for the core, 2mm-thick end tanks, and fittings. Unlike standard aftermarket radiators, the AA5052 magnesium-alloy construction delivers superior tensile strength and corrosion resistance. Brazed core technology ensures maximum heat dissipation, dramatically increasing surface area for a 30%-45% gain in cooling efficiency. It integrates a driver-side Engine Oil Cooler (EOC) and passenger-side Transmission Oil Cooler (TOC), a CNC-machined billet fill neck, and a solid brass OEM-style petcock. The larger fluid capacity directly combats temperature surges, keeping your drivetrain stable under punishing loads.

Technical Specifications

Compatibility

• 2009-2014 Cadillac Escalade ESV
• 2010-2013 Cadillac Escalade EXT
• Note: Fits models requiring a 34-inch wide core. Accommodates models with Transmission Oil Cooler AND Engine Oil Cooler, or Transmission Oil Cooler only.

The Cadillac Durability Standard

Built for the demanding hauling and performance needs of full-size luxury SUVs. By upgrading the thermal management system, you ensure consistent power delivery, safeguard the automatic transmission during heavy towing, and protect your V8 engine from catastrophic overheating.