CSF Intercooler N55 8115B BMW 320i M2 F30 F32 F22 2013-2017 Upgrade
The CSF Intercooler N55 8115B is a high-performance upgrade designed specifically for BMW models equipped with the N55 engine. This intercooler is engineered to enhance the thermal efficiency of your vehicle, allowing for cooler intake air temperatures which, in turn, contribute to improved engine performance and reliability. By replacing the factory intercooler with this advanced unit, users can expect noticeable gains in horsepower and torque, particularly during demanding driving conditions or after engine modifications.
Crafted for durability and performance, the CSF intercooler features a lightweight yet robust design. Utilizing an optimized core configuration, this intercooler significantly increases the surface area for air cooling while maintaining a compact footprint. This ensures a perfect fit without compromising available space in the engine bay. The core's inner structure also improves airflow, minimizing turbulence and maximizing cooling potential under all driving conditions.
The installation of the CSF Intercooler is straightforward, designed to be a direct replacement for the stock unit, making it an ideal choice for both DIY enthusiasts and professional mechanics alike. With its exceptional performance and reliability, this exhaust system component stands out as a vital upgrade for anyone looking to elevate their vehicle’s performance metrics.
FITMENT:
This intercooler is compatible with the following BMW models equipped with the N55 engine from 2013 to 2017:
- BMW 320i (F30)
- BMW 330i (F30)
- BMW M2 (F87)
- BMW 428i (F32)
- BMW 428xi (F32)
- BMW 228i (F22)
Key Features & Benefits
- Increased cooling efficiency for enhanced performance
- Lightweight design with durable construction
- Optimized core configuration for improved airflow
- Direct replacement for easy installation
- Significant gains in horsepower and torque
- Reduces intake air temperatures for better engine performance
- Perfect fit for specific BMW models ensuring reliability
