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DNA Motoring OEM-RA-13037 1-Row OE Style Aluminum Core Radiator Compatible with 07-17 LS460 XF40 AT, 27-15/16" W X 17-11/16" H X 5/8" D, 1-1/2" Inlet, 1-1/2" Outlet in Saudi Arabia DNA Motoring OEM-RA-13037 1-Row OE Style Aluminum Core Radiator Compatible with 07-17 LS460 XF40 AT, 27-15/16" W X 17-11/16" H X 5/8" D, 1-1/2" Inlet, 1-1/2" Outlet in Saudi Arabia DNA Motoring OEM-RA-13037 1-Row OE Style Aluminum Core Radiator Compatible with 07-17 LS460 XF40 AT, 27-15/16" W X 17-11/16" H X 5/8" D, 1-1/2" Inlet, 1-1/2" Outlet in Saudi Arabia DNA Motoring OEM-RA-13037 1-Row OE Style Aluminum Core Radiator Compatible with 07-17 LS460 XF40 AT, 27-15/16" W X 17-11/16" H X 5/8" D, 1-1/2" Inlet, 1-1/2" Outlet in Saudi Arabia DNA Motoring OEM-RA-13037 1-Row OE Style Aluminum Core Radiator Compatible with 07-17 LS460 XF40 AT, 27-15/16" W X 17-11/16" H X 5/8" D, 1-1/2" Inlet, 1-1/2" Outlet in Saudi Arabia DNA Motoring OEM-RA-13037 1-Row OE Style Aluminum Core Radiator Compatible with 07-17 LS460 XF40 AT, 27-15/16" W X 17-11/16" H X 5/8" D, 1-1/2" Inlet, 1-1/2" Outlet in Saudi Arabia

DNA Motoring DPI 13037 1-Row Aluminum Core Cooling Radiator Compatible with 07-17 Lexus LS460 AT, LX3010137 13037 1640038170 1640038171, OEM-RA-13037

SAR 584
Brand
DNA MOTORING
Weight
4.9 kg
– 1 +

Special Features

  • 【Construction】- Made of High Quality Lightweight Full T-6061 Aluminum Construction Core with a Tube and Fin Design
  • 【Feature】- OEM Replacement for the Stock Unit. Light Weight Direct Bolt-On OEM Fitment or Replacement
  • 【Specification】- Core Dimensions: 27-15/16" W X 17-11/16" H X 5/8" D; Inlet , Outlet Diameter: 1-1/2" , 1-1/2"; Transmission Oil Cooler / TOC: Yes
  • 【High Performance】- Improves Cooling Efficiency, Make Heat Dissipation More Efficient to Prevent Premature Engine Failure
  • 【Note】- Professional Installation is Highly Recommended. No Instruction Included

Description

This aluminum core radiator is designed to provide maximum cooling efficiency to prevent premature engine failure. Its lightweight, and high-heat transferring aluminum features a tube and fin design that, dramatically increases surface area that enables the heat to dissipate more efficiently.

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