EBC USR2064 USR Slotted Front Brake Rotors for 2014–2017 BMW 228i 2.0L Turbo

Upgrade the braking performance of your 2014–2017 BMW 228i 2.0L Turbo with EBC USR2064 USR Slotted Front Brake Rotors. Designed as a direct-fit replacement for the original front rotors, these performance rotors provide consistent braking response for street-driven vehicles and demanding daily use. The precision-slotted design helps maintain a clean friction surface while supporting reliable pad contact during repeated braking.

EBC USR2064 rotors are engineered to improve brake system feel and heat management without requiring major modifications to the vehicle. The slots help sweep away gases and surface contaminants generated during braking, helping the pads maintain dependable contact with the rotor face. This design can also contribute to more consistent performance in changing driving conditions.

Built for compatibility with the specified BMW application, these front rotors are intended to work with the vehicle’s existing braking system and properly matched brake pads. EBC is recognized for producing application-specific braking components designed to meet the needs of enthusiasts seeking responsive, predictable braking performance. Professional installation is recommended, along with inspection of related brake components before installation.

Fitment: 2014–2017 BMW 228i equipped with the 2.0L turbocharged engine. Verify vehicle application, brake package, and rotor configuration before ordering. This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.

Features:

• USR Slotted Design: Precision slots help clear gases and contaminants from the friction surface for consistent pad engagement.
• Front Brake Application: Designed for installation on the front axle of compatible BMW 228i models.
• Direct-Fit Replacement: Engineered for the specified 2014–2017 BMW 228i 2.0L Turbo braking system.
• Performance-Oriented Construction: Supports dependable braking response and improved consistency during repeated street braking.