
The Power Stop 16-1640 Z16 Evolution Ceramic Brake Pads are engineered as a premium OE replacement solution, specifically designed for the 2015-2017 Chrysler 200 series and compatible Dodge Dart models from 2013 to 2016. These brake pads deliver reliable and consistent braking performance, meeting stringent industry standards for safety and durability. Manufactured by PowerStop, a reputable brand renowned for its commitment to quality and innovation in brake technology, these pads incorporate advanced materials and manufacturing processes to ensure optimal functionality.
Featuring a ceramic friction formula, the Z16 Evolution pads provide enhanced stopping power while significantly reducing brake dust accumulation and minimizing noise during operation. The use of OE positive mold technology guarantees precise fitment and uniform pad thickness, which contributes to even wear and extended pad life. Additionally, the thermal scorched pad surface facilitates a rapid break-in period, allowing drivers to experience effective braking performance shortly after installation.
This product is designed to fit multiple submodels within the Chrysler 200 lineup, including C, Limited, LX, and S trims from 2015 to 2017. It also supports various Dodge Dart configurations such as Aero, GT, Limited, R/T, Rallye, SE, SXT, and SXT Sport from model years 2013 through 2016. The comprehensive fitment ensures compatibility across a broad range of vehicles, making these brake pads a versatile and dependable choice for maintaining vehicle safety and performance.
Key features of the Power Stop 16-1640 brake pads include:
PowerStop has established itself as a leader in the brake components industry by focusing on innovation, quality control, and customer satisfaction. Their Z16 Evolution series exemplifies these values by offering a cost-effective yet high-performance brake pad option that meets or exceeds OEM specifications. Choosing these brake pads ensures that your vehicle maintains optimal stopping power and safety standards while benefiting from reduced maintenance concerns associated with dust and noise.