| Year | Make | Model |
|---|---|---|
| 2015 - 2016 | Ford | Fiesta S |
| 2015 - 2016 | Ford | Fiesta SE |
| 2014 - 2016 | Ford | Fiesta ST |
| 2018 - 2019 | Ford | Fiesta ST |
| 2015 - 2016 | Ford | Fiesta Titanium |
Hawk Performance DTC-30 Front Racing Brake Pads | 2014-2019 Ford Fiesta ST (HB725W.650)
Hawk Performance DTC-30 Front Racing Brake Pads | 2014-2019 Ford Fiesta ST (HB725W.650)
SKU:HB725W.650
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â–¶ Vehicle Fitments
The Hawk Performance DTC-30 Front Racing Brake Pads for 2014-2019 Ford Fiesta ST are high-performance components engineered for superior stopping power and durability in aggressive driving environments. Crafted from advanced friction materials, these pads are suitable for track days, spirited driving, and demanding street use, providing a significant upgrade over stock brake pads. Designed specifically for the Fiesta ST, they ensure precise fitment and optimal performance, helping to improve braking response and heat management during intense driving. The HB725W.650 pads are a direct replacement, offering enthusiasts a reliable solution for enhanced braking performance in both racing and spirited street applications.
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Overview
Overview
Hawk Performance DTC-30 Front Racing Brake Pads
Fitment: 2014-2019 Ford Fiesta ST
Part #: HB725W.650
Overview
The Hawk Performance DTC-30 Front Racing Brake Pads are high-performance brake components designed for enthusiasts seeking superior stopping power and durability in demanding driving conditions. Engineered specifically for the Ford Fiesta ST from 2014 to 2019, these pads are ideal for track days, spirited driving, and aggressive street use. They offer a significant upgrade over stock pads by providing enhanced response, fade resistance, and consistent performance under high heat. Whether you're a competitive racer or a passionate enthusiast, these brake pads help you achieve confident braking and improved pedal feel, ensuring your vehicle responds precisely when it matters most.Key Features
Designed with advanced friction materials, the DTC-30 pads deliver excellent initial bite and fade resistance during intense braking. The formulation is optimized for high-temperature performance, helping maintain consistent stopping power even after multiple hard stops. The pads feature a durable, wear-resistant compound that extends service life and reduces brake dust, keeping your wheels cleaner. Their precise engineering ensures a quiet operation with minimal noise and vibration, contributing to a refined driving experience. The hardware and backing plates are engineered for a secure fit, ensuring reliable performance and easy installation.Construction & Design
The DTC-30 pads are constructed using a proprietary high-friction compound that balances aggressive braking with low rotor wear. The design incorporates a slotted surface pattern to promote heat dissipation and debris removal, enhancing overall braking efficiency. The backing plates are made from high-strength steel, providing structural integrity and resistance to thermal expansion. This combination of materials and design features ensures the pads can withstand the rigors of high-performance driving while maintaining consistent performance.Driving Feel & Feedback
These brake pads are engineered to provide a responsive and predictable pedal feel, giving you confidence during aggressive driving. The initial bite is sharp, and the modulation allows precise control, making them suitable for both track and spirited street use. The high-temperature formulation ensures minimal fade, maintaining consistent braking performance even during extended sessions.Installation & Fitment
Installation requires standard brake pad replacement procedures. Proper bedding-in is recommended to maximize performance and lifespan. Fitment should be verified against vehicle specifications and part number HB725W.650 to ensure compatibility.What’s Included
The package includes a set of front brake pads designed specifically for the 2014-2019 Ford Fiesta ST. Hardware and additional components are not included and may need to be sourced separately.