Spectra CU13270 Radiator

Spectra CU13270 Radiator for Toyota

The Spectra CU13270 radiator is a direct-fit cooling system replacement for select Toyota Avalon and Toyota Camry applications. Built to meet OE-level durability expectations, it is a practical choice for drivers replacing a leaking, clogged, or damaged radiator.

• Direct-fit radiator for select 2012-2018 Toyota Avalon and 2012-2017 Toyota Camry applications
• OE-style construction focused on durability and fitment consistency
• Fits main radiator applications where listed in the vehicle coverage
• Radiator cap is required for the listed applications
• Part number CU13270 for catalog and cross-reference lookup

Fitment Details

• Fits 2013-2018 Toyota Avalon, N/A; radiator cap is required.
• Fits 2013-2017 Toyota Avalon, N/A; main radiator; radiator cap is required.
• Fits 2012-2017 Toyota Camry, N/A; radiator cap is required.
• Fits 2012-2017 Toyota Camry, N/A; main radiator; radiator cap is required.

Use this radiator when servicing the cooling system on a Toyota Avalon or Toyota Camry with the listed model years. The Spectra CU13270 is engineered as an OE-style replacement, making it a straightforward option for restoring proper coolant flow and heat exchange in the engine cooling circuit. This part cross-references APDI 8013270 for the same application.

Common Problems This Part Can Address

• Coolant leaks from a cracked or corroded radiator
• Overheating caused by restricted coolant circulation
• Reduced cooling performance from internal blockage or sediment buildup
• Physical damage to the radiator core or tanks
• Cooling system service on a Toyota Avalon or Toyota Camry

Installation Notes

Verify vehicle year, model, and radiator configuration before installation. The listed applications require a radiator cap, so confirm the cap condition and replace it if needed. Inspect hoses, clamps, and coolant condition during radiator replacement to help complete the repair correctly.

Quality Assurance

Spectra Premium radiators are built with OE durability expectations in mind and are intended to match the structure and design standards associated with original equipment replacement.