CAAP

02-07 Subaru Impreza WRX STI 2.0L 2.5L 2-Rows Full Aluminum Radiator+Fan Shroud

Quantity as listed on this product
Condition: New. Product type: Radiator & Fan Shroud Kits.
$226.99Quantity as listed
SKU RA+FS-WRX02-2
In stockFree standard shipping across all 50 states · Estimated delivery 5–7 business days
Confirm the exact application, position, specifications and included hardware before ordering. Ask fitment help →
USD checkoutFree U.S. shipping30-day eligible returnsSix-month limited warranty

Specifications and purchase information

BrandCAAP
Product typeRadiator & Fan Shroud Kits
Unit of saleQuantity as listed on this product
SKURA+FS-WRX02-2
Description:

For the ultimate in performance cooling upgrades, CA Auto Parts offers our combination aluminum radiator/electric fan & shroud kits. Radiators are constructed of T-6061 aluminum for reduced weight and rapid heat dissipation, and have increased coolant capacity compared to stock radiators. The integrated electric cooling fans push more air than belt-driven ones, while reducing the parasitic load on the engine. Radiator/fan & shroud kits are pre-assembled for easy installation.

Specifics and Features:
  • Stronger & Higher Capacity for Coolant than Stock Units
  • Made of High Quality Full T-6061 Aluminum Construction
  • Light Weight Direct Bolt-On OEM Fitment or Replacement
  • High-Performance JDM Spec. 2-Row Racing Design
  • Overall Size: 28.00 in. x 16.00 in. x 2.50 in.
  • Core Size: 27.50 in. x 13.50 in. x 2.00 in.
  • Inlet/Outlet: 1.5 in./ 1.5 in.
  • Improves Cooling by 35 - 45% Temp.
  • Pre-Assembled with Aluminum Fan Shroud
  • Low Profile 12V Radiator Fan

    Package Includes:
  • 1 X Aluminum Radiator
  • 1 X Aluminum Fan shroud
  • Hardware as Shown

    Compatible with:
  • 2002-2007 Subaru Impreza, WRX, STI 2.0L 2.5L
  • For Manual Transmission Models Only
  • Before ordering
    Verify the exact selected variant, unit of sale, application, specifications, included components and professional-installation requirements. Do not rely on size alone for fitment.