Fast Shipping Stoptech Power Slot 01-07 Toyota Sequoia/03-09 4 Runner / 03-09 Lexus Gx470 Slotted Left Rear Rotor Add To Cart [KXFbaORi]

StopTech Power Slot Rotors for Sequoia, 4Runner, and GX470

StopTech Power Slot Rotors are the ultimate upgrade for your Toyota Sequoia, 4Runner, or Lexus GX470. Designed as direct replacement brake discs, these rotors are a perfect fit for factory brake systems and stock calipers, enhancing both the aesthetics and performance of your vehicle. The unique slotting design not only looks great behind your wheels but also offers significantly improved braking performance. With StopTech's commitment to quality, these rotors are built to last, ensuring a durable and reliable solution for your braking needs.

Enhanced Performance and Durability

StopTech Slotted Sport Rotors are crafted with precision and feature a black e-coating that provides exceptional corrosion protection. This durable coating ensures that your rotors remain in top condition, even under harsh driving conditions. The high carbon metallurgy used in most applications contributes to a quieter operation, better crack resistance, and increased performance. The unique slotting design aids in heat and brake dust dispersal, preventing pad glazing and improving both wet and dry braking performance. This means you can count on StopTech Power Slot Rotors to deliver smooth, responsive braking every time you step on the pedal.

Perfect for Your Vehicle and Lifestyle

Whether you're a daily driver or an off-road enthusiast, StopTech Power Slot Rotors are the ideal choice for your Toyota Sequoia, 4Runner, or Lexus GX470. These rotors are compatible with a wide range of models, including the Limited, Sport, SR5, and FJ Cruiser, making them a versatile upgrade for any Toyota or Lexus vehicle. The improved braking performance and sleek design not only enhance your driving experience but also boost your vehicle's overall appeal. Invest in StopTech Power Slot Rotors and enjoy the peace of mind that comes with knowing you have the best in braking technology.