StopTech Street Select Brake Pads
2000–2002 Dodge Dakota / Dodge Durango
305.08200
Overview:
StopTech Street Select Brake Pads are engineered to deliver reliable, high-performance braking for passenger cars and light trucks, specifically tailored for the 2000 to 2002 Dodge Dakota and Dodge Durango models. Designed for drivers seeking enhanced stopping power without sacrificing comfort, these pads offer a balanced combination of durability, noise reduction, and dust control. Whether you’re navigating daily commutes or spirited drives, Street Select pads provide consistent, confident braking performance.
Developed with two application-specific friction compounds—semi-metallic and ceramic—these pads optimize stopping power while minimizing rotor wear and brake dust. StopTech’s commitment to quality ensures that each pad set is installation-ready, featuring high-performance shims and OE-style design elements for a smooth, quiet braking experience.
Key Features:
StopTech Street Select Brake Pads incorporate advanced technology and thoughtful design to enhance your vehicle’s braking system. Key features include:
- Two friction compound options: semi-metallic and ceramic for tailored performance
- High-performance shims pre-installed to eliminate noise and vibration
- OE-style gas slots and chamfers to optimize braking efficiency, especially during repeated stops
- Application-specific hardware included for complete system restoration
- 100% positive molded friction material for consistent pad shape and fit
- 100% scorched surface to improve initial bed-in and reduce break-in time
- Linear brake response both cold and hot, avoiding grabby or unpredictable behavior
- Copper-free friction formulas to reduce environmental impact and rotor corrosion
- Formulated to reduce rotor wear and extend component life
Construction & Design:
StopTech Street Select Brake Pads are crafted using premium friction materials that balance performance and longevity. The semi-metallic compound offers robust stopping power and heat resistance, ideal for heavier-duty applications, while the ceramic compound provides quieter operation with less brake dust, making it suitable for everyday driving. Each pad is precisely molded and scorched to ensure a perfect fit and optimal surface condition for immediate use.
The inclusion of high-performance shims and OE-style gas slots and chamfers reflects StopTech’s attention to detail, reducing noise and vibration while maximizing pad-to-rotor contact. This thoughtful engineering results in a brake pad that performs reliably under a variety of driving conditions.
Performance & Sound
StopTech Street Select Brake Pads deliver a smooth, linear braking feel that remains consistent from cold starts to high-temperature stops. The advanced friction compounds prevent grabby or uneven braking, enhancing driver confidence. Additionally, the pre-installed shims and precision design significantly reduce brake noise and vibration, providing a quiet and comfortable driving experience without sacrificing performance.
Installation & Fitment:
These brake pads are designed for direct fitment on 2000 to 2002 Dodge Dakota and Dodge Durango models, including Base, R/T, SLT, SLT Plus, Sport, and SXT trims. Installation is straightforward with all necessary hardware included, allowing for a full restoration of braking system performance without modifications. The pads come pre-shimmed and ready to install, minimizing installation time and ensuring proper fitment and function.
What's Included:
- Set of StopTech Street Select Brake Pads (semi-metallic or ceramic compound)
- Application-specific installation hardware
- High-performance shims pre-attached to each pad
Ideal For:
StopTech Street Select Brake Pads are ideal for Dodge Dakota and Dodge Durango owners who want a reliable upgrade over stock pads. They suit daily drivers seeking quieter operation and reduced dust, as well as enthusiasts who require consistent, confident braking performance during spirited driving or heavier loads. These pads offer a balanced solution for improved safety, comfort, and rotor longevity without the complexity of race-oriented components.
