AMS Performance Front Mount Intercooler Kit Without Bumper Beam (AMS.36.09.0001-6) | Subaru WRX 2015-2021

The AMS Performance Front Mount Intercooler Kit Without Bumper Beam is engineered to significantly improve charge air cooling for Subaru WRX 2015–2021 applications equipped with the FA20 turbocharged engine. This complete front mount intercooler system includes a high-efficiency bar-and-plate core and precision-formed intercooler piping to lower intake air temperatures, reduce heat soak, and support consistent power delivery during spirited driving and track use.

KEY FEATURES

• High-efficiency bar-and-plate intercooler core designed for maximum cooling performance
• Mandrel-bent aluminum intercooler piping with premium silicone couplers and quality hardware
• Integrated mounting components to support system installation without a bumper beam
• Improves charge air temperature stability under high-boost and high-load conditions
• Designed for street, competition, and performance driving scenarios

TECHNICAL SPECIFICATIONS

• Component Type: Front mount intercooler kit without bumper beam
• Core Design: High-efficiency bar-and-plate construction
• Piping Material: Mandrel-bent aluminum tubes
• Included Hardware: Silicone couplers, clamps, connection flanges, and installation brackets
• Design Intent: Substantially reduce intake air temperatures for improved performance over stock

VEHICLE FITMENT

• Subaru WRX 2015–2021

PRODUCT NOTES

• This kit includes the intercooler core, piping, and installation hardware only; a bumper support beam is not included.
• Slight trimming of bumper ducting and removal of the factory bumper beam are required for proper installation.
• Not compatible as a direct replacement for the factory top-mount intercooler without full installation of all included kit components.
• Fitment with non-AMS intake or charge piping is not guaranteed and may require custom adjustment.

AMS Performance engineers race-proven cooling solutions designed to deliver measurable gains in charge air temperature control, reliability, and performance across street and track applications.