Key Features
• Fitment: for BMW for X1 2.0 L/3.0 L 12-15,for 228i 2.0 L 14-16 & xDrive 2.0 L 15-16,for 230i 2.0 L 17-20 & xDrive 2.0 L 17-20 --for vehilce, please check Fitment Filter
• Items Included: (1) Front Driver Side Brake Rotor,(1) Front Passenger Side Brake Rotor
• Location: Front,Left,Right
• Part Number: PRT6077,34390,BR900780,BD180127,980654,BRA75798
• Brake Friction Surface Type: Replacement Brake Rotor
Product Description
What is Brake Rotor
the brake rotor, also known as a brake disc, is a vital component of the brake system in a vehicle. it is a flat, circular metal disc that is mounted on the wheel hub assembly. when the brake pads clamp onto the brake rotor, the resulting friction generates the necessary strength to slow down or stop the vehicle. the brake rotor dissipates the heat generated during brake to avoid overheating, ensuring consistent performance and
Fitment
for BMW
for X1 2.0L/3.0L 2012-2015
for 228i 2.0L 2014-2016 & xDrive 2.0L 2015-2016
for 230i 2.0L 2017-2020 & xDrive 2.0L 2017-2020
for 320i 2.0L 2012-2018 & xDrive 2.0L 2013-2018
for 328d 2.0L 2014-2018 & xDrive 2.0L 2014-2017
for vehilce, please check Fitment Filter
Item Offered
Items included: 1 front driver side brake rotor,1 front passenger side brake rotor
Position
Location: front,left,right
Part Number
PRT6077,34390,BR900780,BD180127,980654,BRA75798
Brake Friction Surface Type
Replacement brake rotor
Brake Rotor Venting Type
Vented
Front Brake Rotor Diameter
12.28 in . 312 mm
Kit Includes
1 front driver side brake rotor1 front passenger side brake rotor
Quantity
2 piece
Wheel Lug Count
5 lug
Items Included 1
1 front driver side brake rotor
Items Included 2
1 front passenger side brake rotor
When to Replace the Part
1.driving 80.000 km or ; 2. brake jitter; 3.brake discs are cracked; 4.thickoness of wear than 2 mm ;
Feature
Vented brake rotor
Function of Brake Rotor
the brake rotor plays a crucial role in the brake system of a vehicle, converting the active intensity of the moving vehicle into heat intensity through friction. this process allows for effective and reliable deceleration and stopping of the vehicle
