COBB Front Mount Intercooler With Redline Intake Package Black (SUB006FMICRED-BK) | Subaru WRX 2022-2025
Description
Description
The COBB Front Mount Intercooler With Redline Intake Package Black (SUB006FMICRED-BK) delivers a major cooling and airflow upgrade for 2022–2025 Subaru WRX models, allowing the FA24 platform to maintain lower charge temperatures and improved breathing under demanding conditions. Pairing COBB’s high-efficiency front mount intercooler with the premium Redline Intake system, this package supports consistent power delivery, sharper throttle response, and enhanced performance during spirited driving or higher boost operation.
KEY FEATURES
- Complete FMIC and Redline Intake upgrade package for 2022–2025 Subaru WRX
- Large front mount intercooler significantly reduces charge air temperatures
- Redline Intake system improves airflow volume and responsiveness
- Black-finished components create a sleek, performance-focused engine bay appearance
- Enhances turbocharger efficiency for more consistent power during repeated pulls
- Supports higher power levels with increased heat resistance and reduced pressure drop
- Direct-fit piping and brackets ensure a precise, OEM-like installation
- Designed for compatibility with COBB tuning strategies for optimized FA24 performance
TECHNICAL SPECIFICATIONS
- Platform Compatibility: Subaru WRX 2022–2025
- Intercooler Type: High-efficiency front mount intercooler (FMIC)
- Intake System: COBB Redline Intake for improved airflow and reduced restriction
- Finish: Black powder-coated components for durability and clean aesthetics
- Performance Benefits: Lower charge temperatures, enhanced airflow, improved boost consistency
- Tuning Requirement: COBB-supported calibration recommended for optimal results
- Application: Ideal for performance-driven street builds and drivers seeking improved cooling efficiency
VEHICLE FITMENT
- Subaru WRX 2022–2025
COBB delivers proven, data-driven performance solutions engineered to optimize your Subaru with unmatched precision and reliability.




