Universal Air RA13592C Radiator

Crossflow Radiator for Lexus and Toyota

The Universal Air Crossflow Radiator, part number RA13592C, is a direct-fit cooling component for select Lexus and Toyota applications. It is listed for 2015-2020 Lexus NX300h with Towing Package and 2018 Toyota RAV4, making it a focused option for drivers replacing a worn or damaged radiator.

Key Features

• Crossflow radiator design for listed vehicle applications
• Fits 2015-2020 Lexus NX300h, N/A, with Towing Package
• Fits 2018 Toyota RAV4, N/A
• Universal Air Crossflow Radiator line
• Part number RA13592C for accurate ordering and lookup

Product Details

Universal Air RA13592C is a radiator built for the cooling system layout used in the specified Lexus NX300h and Toyota RAV4 applications. As a crossflow radiator, it routes coolant across the core to support heat transfer in the vehicle’s engine cooling circuit. Use RA13592C when replacing a leaking, clogged, or impact-damaged radiator on the listed vehicles.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Problems This Part Can Address

• Coolant leaks from a damaged radiator core or tank
• Overheating caused by restricted coolant flow
• Cooling performance loss from corrosion or internal buildup
• Physical damage from road debris or front-end impact
• Temperature instability in a high-load Lexus NX300h with Towing Package or 2018 Toyota RAV4

Installation Notes and Tips

Verify radiator dimensions, hose connections, and transmission or engine cooling line routing against the removed unit before installation. Flush the cooling system, inspect hoses and clamps, and refill with the correct coolant specification for the vehicle. Confirm fitment by year, make, model, and package details before ordering RA13592C.

Quality Assurance

Universal Air identifies this as part of its Crossflow Radiator line, with fitment listed for the specified Lexus and Toyota vehicles. Part number RA13592C helps ensure correct application matching during replacement selection.