
The Power Stop Evolution Geomet Coated Rotor, model JBR1551EVC, is engineered as a premium brake rotor designed specifically for front axle applications on select Acura ILX and Honda Civic models. This OE-quality brake rotor is manufactured to meet stringent original equipment specifications, ensuring precise fitment, optimal weight, and correct vane count for superior performance. The rotor is part of Power Stop’s Evolution series, known for its reliability and durability in demanding driving conditions.
Power Stop, a reputable brand in the automotive braking industry, specializes in producing high-quality brake components that combine advanced technology with rigorous testing standards. Their Evolution line features rotors that undergo a cryogenic treatment process, enhancing structural integrity and wear resistance. The JBR1551EVC rotor is fully coated with Genuine GEOMET 360, a thin yet robust rust preventative layer that protects the rotor surface from corrosion without compromising braking efficiency or heat dissipation.
This rotor is a direct bolt-on replacement for factory equipment, facilitating straightforward installation without the need for modifications. It is designed to maintain consistent braking performance while extending rotor lifespan, making it an excellent choice for drivers seeking dependable and long-lasting brake components.
Compatible vehicles include:
| Year | Make | Model | Submodel |
|---|---|---|---|
| 2013-2014 | Acura | ILX | Hybrid |
| 2012 | Honda | Civic | DX |
| 2012 | Honda | Civic | EX |
| 2012 | Honda | Civic | EX-L |
| 2012-2015 | Honda | Civic | HF |
| 2012-2015 | Honda | Civic | Hybrid |
| 2012-2015 | Honda | Civic | Hybrid-L |
| 2012-2015 | Honda | Civic | LX |
| 2015 | Honda | Civic | SE |
Key features of the Power Stop JBR1551EVC rotor include:
Choosing Power Stop brake rotors guarantees a product backed by extensive industry expertise and a commitment to quality. This rotor provides reliable braking performance essential for maintaining vehicle safety and control under various driving conditions.