Description
Upgrade your vehicle’s stopping power with the Hawk Performance Wilwood HPS 5.0 Brake Pads. Designed for street-legal vehicles, these high-performance brake pads utilize Hawk’s advanced HPS braking compound, which offers a higher coefficient of friction than standard pads. This results in 20 to 40 percent more stopping power, providing enhanced safety and confidence during aggressive driving or emergency braking scenarios. The HPS 5.0 pads deliver consistent performance across a wide temperature range, reducing brake fade and ensuring reliable stopping power whether cold or hot. Their durable formulation generates less brake dust and is gentle on rotors, extending the lifespan of your braking components while maintaining a quiet, low-noise operation. The pads are engineered to improve pedal feel and decrease stopping distances, pushing the limits of ABS systems for optimal control and safety. These pads are compatible with Wilwood calipers, featuring a 0.490-inch thickness and include a cotter pin for secure installation, making them an ideal choice for enthusiasts seeking superior street braking performance. Built for durability and performance, Hawk’s HPS 5.0 brake pads are a dependable upgrade for those demanding more from their braking system without sacrificing comfort or rotor integrity.
Features:
- High Friction/Torque Hot Or Cold: Ensures consistent stopping power across temperature ranges
- Minimal Fade Under Higher Temps: Maintains brake performance during extended or aggressive use
- Improved Braking Over OE Pads: Provides significantly better stopping distances and control
- Decreased Stopping Distances: Enhances safety by reducing the distance needed to stop
- Pushes The Limits Of ABS: Optimizes ABS performance for better control
- Very Quiet Low Noise: Operates smoothly with minimal brake squeal or noise
- Improved Pedal Feel: Offers a more responsive and confident brake pedal response
- Extended Pad Life: Designed for durability and long-term reliability
- Gentle On Rotors: Protects rotor surfaces, reducing wear and maintenance




















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