PowerStop, founded in 1995 and headquartered in Bedford Park, IL, pioneered the all‑in‑one performance brake kit concept by bundling rotors, pads, hardware—and even calipers—into vehicle-specific boxes. Their most popular kits use carbon-fiber ceramic pads designed for low dust, quiet operation, and superior stopping power, tested via the same LA traffic standards used by OEMs.
PowerStop caters to a wide range of drivers:
Z36 Truck & Tow kits for heavy-duty hauling and off-roading
Z23 Evolution Sport for spirited daily driving
Z26 Street Warrior tuned for muscle and performance cars
Track Day kits optimized for performance driving and HPDE events
PowerStop emphasizes ease-of-installation and DIY-friendly solutions with direct-fit replacements and clear instructions. They also support professional installers and fleet programs, including cabling for commercial vehicles. OEM-grade testing, quality engineering, and commitment to copper-free eco materials make PowerStop a trusted choice for enthusiasts, daily drivers, and professionals alike.
Power Stop Evolution Coated rotors are a direct bolt-on replacement for factory equipment. Fully coated using Genuine GEOMET rust preventative coating; treated with a thin...
Power Stop drilled and slotted rotors provide a bolt-on upgrade for improved brake cooling and performance. Precision cross-drilled for maximum cooling and maximum performance during...
Power Stop drilled and slotted rotors provide a bolt-on upgrade for improved brake cooling and performance. Precision cross-drilled for maximum cooling and maximum performance during...
Power Stop drilled and slotted rotors provide a bolt-on upgrade for improved brake cooling and performance. Precision cross-drilled for maximum cooling and maximum performance during...
Power Stop drilled and slotted rotors provide a bolt-on upgrade for improved brake cooling and performance. Precision cross-drilled for maximum cooling and maximum performance during...
Power Stop drilled and slotted rotors provide a bolt-on upgrade for improved brake cooling and performance. Precision cross-drilled for maximum cooling and maximum performance during...
Power Stop Evolution Coated rotors are a direct bolt-on replacement for factory equipment. Fully coated using Genuine GEOMET rust preventative coating; treated with a thin...
Power Stop Autospecialty brake rotors provide a direct fit solution for original equipment fit and performance.This Part Fits: Year Make Model Submodel 2023-2025 Acura Integra...
Power Stop drilled and slotted rotors provide a bolt-on upgrade for improved brake cooling and performance. Precision cross-drilled for maximum cooling and maximum performance during...
Power Stop Evolution Coated rotors are a direct bolt-on replacement for factory equipment. Fully coated using Genuine GEOMET rust preventative coating; treated with a thin...
Power Stop Autospecialty brake rotors provide a direct fit solution for original equipment fit and performance.This Part Fits: Year Make Model Submodel 2019-2024 Subaru Forester...
Power Stop Evolution Coated rotors are a direct bolt-on replacement for factory equipment. Fully coated using Genuine GEOMET rust preventative coating; treated with a thin...
Power Stop Autospecialty brake rotors provide a direct fit solution for original equipment fit and performance.This Part Fits: Year Make Model Submodel 2021 Subaru Forester...
Power Stop drilled and slotted rotors provide a bolt-on upgrade for improved brake cooling and performance. Precision cross-drilled for maximum cooling and maximum performance during...
Power Stop Evolution Coated rotors are a direct bolt-on replacement for factory equipment. Fully coated using Genuine GEOMET rust preventative coating; treated with a thin...
Power Stop Autospecialty brake rotors provide a direct fit solution for original equipment fit and performance.This Part Fits: Year Make Model Submodel 2019-2024 Subaru Forester...
Power Stop drilled and slotted rotors provide a bolt-on upgrade for improved brake cooling and performance. Precision cross-drilled for maximum cooling and maximum performance during...