| Year | Make | Model |
|---|---|---|
| 2005 - 2013 | Mitsubishi | Outlander Sport |
| 2008 - 2020 | Nissan | Cube |
| 2007 - 2012 | Subaru | Impreza |
| 2008 - 2014 | Subaru | Tribeca |
| 2014 - 2021 | Subaru | WRX |
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aFe Takeda Stage-2 PRO DRY S Cold Air Intake | Subaru WRX (15-18) (TA-4305B-1D)
aFe Takeda Stage-2 PRO DRY S Cold Air Intake | Subaru WRX (15-18) (TA-4305B-1D)
SKU:TA-4305B-1D
In stock
Regular price
$361.76 USD
Regular price
$410.00 USD
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$361.76 USD
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▶ Vehicle Fitments
The aFe Takeda Stage-2 PRO DRY S Cold Air Intake System is a high-performance upgrade designed for the 2015–2018 Subaru WRX with the 2.0L turbocharged H4 engine. This intake features a large 5-inch tall conical air filter constructed with five layers of progressively finer cotton mesh, delivering exceptional airflow and filtration. The system includes a precision-engineered ABS plastic heat shield that effectively blocks engine heat to prevent heat soak, ensuring cooler, denser air reaches the engine. Additionally, the intake scoop is made from durable, CAD-designed cross-linked polyethylene in a distinctive red finish, enhancing both function and style. This combination of materials and design optimizes power gains, throttle response, and overall engine efficiency.
Specifically engineered for the 2015–2018 Subaru WRX 2.0L turbo, this intake system is a direct bolt-on replacement that simplifies installation without modifications. It is ideal for street and performance driving, providing reliable improvements in horsepower and torque while maintaining OEM fitment standards. The kit includes the air filter, heat shield, and intake scoop, all designed to work seamlessly with the factory intake path. This system is well-suited for enthusiasts seeking enhanced engine breathing and durability in daily driving and spirited use.
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Overview
Overview
aFe Cold Air Intake System
Fitment: 2015-2018 Subaru WRX H4 2.0L Turbo
Part #: TA-4305B-1D
Overview
The aFe Takeda Stage-2 PRO DRY S Cold Air Intake System is engineered to enhance your Subaru WRX’s air intake efficiency by delivering increased airflow and improved filtration. Designed specifically for the 2015-2018 WRX with the 2.0L turbocharged engine, this intake system is ideal for enthusiasts seeking a reliable upgrade that supports performance while maintaining durability and ease of use.
This system benefits drivers looking to optimize throttle response and engine breathing without compromising on quality or fitment. The combination of a large, high-flow air filter and a heat-resistant intake scoop helps reduce heat soak, supporting more consistent engine performance under various driving conditions.
Key Features
The aFe Takeda Stage-2 PRO DRY S Cold Air Intake System includes several thoughtfully designed components to maximize airflow and protect your engine:
- 5" tall conical air filter with 360-degree radial flow design for superior filtration and airflow
- Five layers of progressively finer cotton mesh media to ensure effective particle capture
- Pre-oiled filter media for immediate use and enhanced dust retention
- High-quality ABS plastic heat shield engineered to block engine heat and reduce heat soak
- CAD-designed, cross-linked polyethylene red intake scoop for optimized air channeling
- Durable construction materials designed to withstand engine bay conditions
Construction & Design
The system features a robust ABS plastic heat shield that isolates the intake air from engine heat, helping maintain cooler air temperatures for improved combustion efficiency. The intake scoop is precision-engineered using cross-linked polyethylene, ensuring rigidity and resistance to heat deformation. The large conical air filter is crafted with multiple layers of cotton mesh to balance airflow and filtration, supporting both performance and engine protection.
Installation & Fitment
This intake system is designed for direct bolt-on installation on the specified Subaru WRX models, with all components engineered to fit precisely without modification. Installation typically requires basic hand tools and can be completed with moderate mechanical experience. Fitment should be verified against your vehicle’s model year and engine configuration to ensure compatibility.
