
The Power Stop 07-13 Acura MDX Front Evolution Geomet Coated Rotor, SKU JBR1171EVC, is a precision-engineered brake rotor designed to meet and exceed original equipment standards. As part of the Brake Rotors - OE - Cryo series, this rotor offers a direct bolt-on replacement for factory components, ensuring seamless fitment and reliable performance across multiple vehicle models. Power Stop, a recognized leader in brake technology, specializes in delivering high-quality, durable braking solutions that prioritize safety and longevity.
Manufactured with Genuine GEOMET 360 coating, this rotor provides superior rust and corrosion resistance without compromising braking efficiency. The cryogenically treated design enhances rotor strength and durability, reducing the risk of warping and extending service life. This rotor is engineered to match original specifications in weight, vane count, and dimensions, guaranteeing optimal compatibility and balanced braking performance.
Designed for a wide range of vehicles, this rotor fits:
| Year | Make | Model | Submodel |
|---|---|---|---|
| 2007-2013 | Acura | MDX | Base |
| 2014,2016-2020 | Acura | RLX | Sport Hybrid SH-AWD |
| 2010-2013 | Acura | ZDX | Base |
| 2009-2015 | Honda | Pilot | EX |
| 2009-2015 | Honda | Pilot | EX-L |
| 2009-2015 | Honda | Pilot | LX |
| 2015 | Honda | Pilot | SE |
| 2009-2015 | Honda | Pilot | Touring |
Power Stop’s commitment to quality is evident in the meticulous manufacturing process of this rotor, ensuring consistent braking performance under various driving conditions. The Evolution Geomet Coated Rotor is ideal for drivers seeking dependable stopping power combined with long-term durability. Its advanced coating technology minimizes maintenance needs and maintains a clean appearance over time.
In summary, the Power Stop 07-13 Acura MDX Front Evolution Geomet Coated Rotor represents a reliable and efficient braking solution tailored for Acura and Honda models within the specified years. Its OE-quality construction, enhanced corrosion protection, and cryogenic treatment make it a prudent choice for maintaining vehicle safety and performance standards.