Christmas Sale Stoptech 13 Ford Focus St Slotted Left Rear Rotor Device [6AxvYIUR]

StopTech 13 Ford Focus ST Left Rear Rotor

StopTech's 13-inch Slotted Left Rear Rotor is a top-tier upgrade for your Ford Focus ST, designed to enhance both the aesthetics and performance of your vehicle's braking system. This direct replacement rotor is crafted for factory brake systems and stock calipers, ensuring a seamless fit and improved braking capabilities. With its unique slotting design, this rotor offers superior heat and brake dust dispersal, preventing pad glazing and enhancing overall braking performance.

• Enhanced braking performance
• Improved heat dissipation and dust removal
• Direct replacement for factory brake systems and stock calipers

Key Features and Specifications

The StopTech Slotted Sport Rotors are engineered to deliver maximum performance and durability. Crafted from high carbon metallurgy, these rotors provide a quieter operation, better crack resistance, and increased performance. The black e-coating not only adds a sleek finish but also offers excellent protection against corrosion. This rotor is designed to fit various models of the Ford Focus ST, including the Electric, RS, S, SE, SEL, and Titanium submodels from 2012 to 2018.

• High carbon metallurgy for increased performance
• Black e-coating for corrosion resistance and aesthetics
• Fitment for multiple Ford Focus ST models (2012-2018)

Why Choose StopTech Rotors?

Investing in StopTech's Slotted Sport Rotors for your Ford Focus ST is a smart choice for those seeking to elevate their vehicle's braking experience. These rotors are not only visually appealing but also engineered to provide a substantial performance boost. With their ability to disperse heat and dust effectively, they ensure consistent and reliable braking performance, whether you're tackling a wet road or making quick stops on a dry surface. Upgrade your Ford Focus ST with StopTech and experience the difference in braking power and confidence.

• Visually appealing and functional design
• Superior heat and dust dispersal for improved braking
• Increased performance and safety on both wet and dry surfaces