Description
The DBA Rear Rotor & Pad Kit Level 1 is designed for the Ford F-150 4WD with the 3.5L EcoBoost engine and Electric Handbrake, combining DBA Street Series rear brake pads with En-Shield Standard High Carbon rear brake rotors.
This kit pairs DBA DB15123SS Street Series Rear Brake Pads with DBA3323E En-Shield Standard HC Rear Brake Rotors to provide a complete rear-axle braking solution focused on reliable street performance, consistent braking response, and corrosion protection.
The DBA3323E features DBA's En-Shield technology, which is designed to provide corrosion-resistant protection and help maintain the rotor's appearance throughout its service life. The rotor uses a Standard High Carbon construction designed for the thermal demands of truck and SUV braking applications.
Fitment
2017+ Ford F-150 4WD 3.5L EcoBoost with Electric Handbrake – Rear
Vehicle: Ford F-150
Model Years: 2017+
Engine: 3.5L EcoBoost
Drivetrain: 4WD
Parking Brake: Electric Handbrake
Position: Rear Axle
Kit Type: Level 1 Rear Rotor & Pad Kit
Verify your vehicle's exact brake configuration, model year, and electric handbrake application before ordering.
What's Included
- 1 × Set of DBA DB15123SS Rear Street Series Brake Pads
- 2 × DBA3323E Rear En-Shield Standard HC Brake Rotors
This kit includes the components required to service the complete rear axle.
Key Features
- Complete Rear Brake Kit: Includes rear brake pads and a pair of rear brake rotors for a complete axle replacement.
- Street Series Brake Pads: Designed to provide dependable braking performance for everyday street use.
- En-Shield Brake Rotors: DBA3323E rotors feature corrosion-resistant En-Shield technology.
- High Carbon Construction: Standard High Carbon rotor construction is designed to provide reliable thermal performance.
- Plain Rotor Surface: Provides a conventional friction surface for consistent brake pad contact.
- Electric Handbrake Application: Designed around the rear braking configuration with an electric handbrake.
- Consistent Braking Performance: Designed to provide predictable braking response and pedal feel.
- Heavy-Duty Truck Application: Suitable for the demands of the Ford F-150 4WD.
- Towing & Hauling Use: Provides a practical rear braking solution for everyday driving and demanding truck use.
- DBA Engineering: Manufactured by DBA, a specialist brake manufacturer with extensive experience in street and performance braking products.
Specifications
- Brand: DBA
- Product Type: Rear Rotor & Pad Kit
- Kit Level: Level 1
- Vehicle: Ford F-150
- Model Years: 2017+
- Engine: 3.5L EcoBoost
- Drivetrain: 4WD
- Parking Brake: Electric Handbrake
- Position: Rear
- Brake Pad Part Number: DB15123SS
- Brake Pad Series: Street Series
- Brake Rotor Part Number: DBA3323E
- Rotor Series: Street Series En-Shield
- Rotor Construction: Standard High Carbon
- Rotor Quantity: 2
- Pad Quantity: 1 Set
Street Series Brake Pads
The DBA DB15123SS Street Series Rear Brake Pads are designed for the OE-replacement market, with an emphasis on consistent braking performance and application-specific friction characteristics.
DBA's Street Series brake pads are developed to provide OE-level or better performance and are intended for everyday use in passenger vehicles, SUVs, and light commercial vehicles. DBA also recommends pairing Street Series pads with Street Series disc rotors for improved initial application effectiveness and reduced bedding-in time.
En-Shield Standard HC Rotors
The DBA3323E En-Shield Standard HC Rear Brake Rotor combines high-carbon rotor construction with DBA's En-Shield corrosion-resistant coating.
En-Shield technology is designed to protect the rotor against corrosion and help maintain its appearance throughout its service life. The DBA3323E is specifically marketed for the 2017+ Ford F-150 4WD 3.5L EcoBoost with Electric Handbrake application.
Kit Fitment Verification
Important: The supplied DBA3323E rotor is specifically cataloged for the Ford F-150 application above. However, the supplied DB15123SS pad is also cataloged by retailers as a 2018–2023 Ford Expedition rear application. Because of this component-level discrepancy, verify the complete kit application against the vehicle's exact rear brake configuration before publishing or ordering.
