AFE Momentum GT Cold Air Intake – Pro 5R Filter Included for 2021 Ford Bronco Sport (1.5L Turbo)

Description

Engine air intake efficiency significantly influences overall performance, and this system is engineered to optimize airflow for enhanced combustion. Featuring a 360-degree radial flow air filter constructed with a pre-oiled Pro 5R media, it incorporates five layers of progressively finer cotton gauze. This advanced filtration design maximizes airflow while maintaining exceptional particulate capture, ensuring a consistent supply of clean, high-velocity air to the engine.

Compared to standard air intake systems in this category, the high-performance filter media delivers superior airflow, which generally translates into measurable power improvements and throttle response refinement. The radial flow architecture contributes to uniform air distribution and reduced intake turbulence, supporting smoother engine operation under various load conditions.

Key technical features and benefits include:

• Advanced filtration: Five-layer Pro 5R cotton gauze media engineered for optimal airflow and superior dust retention.
• Radial flow design: 360-degree intake capability ensures efficient air delivery from all directions.
• Pre-oiled media: Ready for immediate installation with optimized dust particle adhesion to protect engine components.
• Enhanced engine breathing: Facilitates increased volumetric efficiency, contributing to improved horsepower and torque.
• Durability and serviceability: Designed for long-term use with periodic cleaning and re-oiling, maintaining performance consistency.

Manufactured to meet the stringent performance standards established by aFe, a leading name in high-performance automotive parts, this intake system offers a balance between airflow enhancement and filtration reliability. Its construction materials and design methodology align with the requirements of modern turbocharged engines, particularly suitable for applications requiring optimized air induction under demanding operating conditions.

Installation is straightforward, integrating seamlessly with factory intake pathways without compromising engine management calibration or emissions compliance. The system’s design also supports heat isolation to maintain cooler air intake temperatures, thereby improving combustion efficiency and power output.

Consider this intake solution for applications necessitating a robust and efficient airflow system capable of sustaining performance in a variety of driving scenarios.

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