
The Power Stop 98-02 Honda Accord Front Z26 Street Warrior Brake Kit w/Calipers, SKU KC1239A-26, is a comprehensive performance brake kit designed specifically for 1998-2002 Honda Accord models including DX, EX, LX, SE, and Value Package trims. As part of PowerStop’s Brake Kits - Performance D&S series, this kit provides a reliable and efficient upgrade for drivers seeking enhanced braking capability and durability.
PowerStop is a reputable brand in the automotive braking industry, known for delivering high-quality, performance-oriented brake components that meet rigorous standards. Their mission centers on providing accessible and effective brake upgrades for a wide range of vehicles and driving conditions, ensuring safety and performance without compromise.
This Z26 Street Warrior Brake Kit includes everything necessary for a straightforward installation: precision-engineered drilled and slotted rotors, carbon-fiber ceramic brake pads, powder-coated calipers, and stainless-steel hardware. The drilled and slotted rotors are engineered to improve heat dissipation and reduce brake fade under demanding conditions, enhancing overall stopping power. The carbon-fiber ceramic pads offer superior friction and wear resistance, resulting in shorter stopping distances and reduced brake dust and noise.
The powder-coated calipers not only provide corrosion resistance but also contribute to a refined aesthetic appeal, standing out behind the wheels with a durable finish. This combination of components ensures consistent braking performance, even under high horsepower and aggressive driving scenarios, making it ideal for muscle and modified cars.
Key features of this brake kit include:
By choosing the Power Stop Z26 Street Warrior Brake Kit, vehicle owners invest in a dependable and performance-driven solution that upholds business standards for quality and reliability. This kit is a practical upgrade that balances performance with durability, ensuring drivers can confidently manage their vehicle’s braking demands in various driving environments.