Description
Enhance the performance and sound of your 2019+ Ford Focus MK4 1.5T with the MST Cold Air Intake System, designed for improved throttle response, increased airflow, and a more aggressive induction noise. This system delivers cooler, denser air to your engine, helping to optimize combustion and boost overall efficiency.
The mandrel-bent aluminum inlet pipe, finished with a black powder-coated surface, ensures smooth, unrestricted airflow, reducing intake turbulence for enhanced performance. A high-quality silicone hose provides durability and heat resistance, while the laser-cut heat shield protects the intake from excessive engine heat, allowing cooler air to reach the turbo.
This system is engineered to utilize factory mounting points, making installation simple and completely reversible with no modifications required. The high-performance dry air filter is washable and reusable, offering easy maintenance with cleaning recommended every 20,000 km and replacement at 60,000 km for optimal performance.
Key Features:
- Increased Airflow & Induction Noise – Boosts engine efficiency and provides a sportier sound.
- Mandrel-Bent Aluminum Inlet Pipe – Powder-coated black for durability and improved airflow.
- High-Quality Silicone Hose – Heat-resistant and designed for long-lasting performance.
- Precision-Fit Heat Shield – Protects intake from excessive engine heat.
- Factory Mount Compatibility – Ensures an easy, bolt-on installation with no modifications.
- Serviceable High-Flow Air Filter – Washable and reusable; clean at 20,000 km, replace at 60,000 km.
Fitment:
- 2019+ Ford Focus MK4 1.5T
Package Includes:
- Mandrel-Bent Aluminum Intake Pipe × 1
- High-Quality Silicone Hose × 1
- Precision-Fit Heat Shield × 1
- High-Flow Reusable Dry Air Filter × 1
- Installation Hardware × 1
Condition: New
Color: Black Powder-Coated
Brand: MST Performance Auto Parts
Upgrade your 2019+ Ford Focus MK4 1.5T with the MST Cold Air Intake System and experience improved throttle response, increased airflow, and enhanced engine performance.
