Description
Upgrade the front braking performance of your 2021–2023 Cadillac Escalade with DBA SP Performance Front Brake Pads. Designed specifically for Escalade models without the 6-piston Big Brake Kit (BBK), these performance-oriented pads provide an effective friction response and improved braking characteristics over traditional OE-style replacement pads.
Engineered by DBA (Disc Brakes Australia), the SP Performance range is designed for drivers seeking responsive and consistent braking performance for daily driving and performance-oriented street applications.
Fitment
2021–2023 Cadillac Escalade
Brake Configuration: Excludes 6-Piston BBK
Position: Front
Application: Front Brake System
Part Number: DB15145SP
Key Features
- SP Performance Compound: Designed to provide improved braking characteristics over traditional OE-style brake pads.
- Effective Friction Response: Delivers responsive braking performance when the brake pedal is applied.
- Performance Street Design: Well suited for daily driving and performance-oriented street applications.
- Application-Specific Fitment: Designed for the front braking system of the specified Cadillac Escalade configuration.
- Consistent Braking Performance: Engineered to provide predictable braking characteristics during repeated street use.
- 6-Piston BBK Exclusion: Specifically intended for Escalade models without the 6-piston BBK.
- DBA Engineering: Manufactured by DBA as part of its SP Performance brake pad range.
Specifications
- Brand: DBA
- Product Line: SP Performance
- Part Number: DB15145SP
- Vehicle: Cadillac Escalade
- Model Years: 2021–2023
- Brake Configuration: Excludes 6-Piston BBK
- Position: Front
- Product Type: Performance Brake Pads
- Application: Street / Performance Driving
What's Included
- 1 × Set of DBA SP Performance Front Brake Pads
SP Performance Technology
DBA SP Performance brake pads are designed for drivers seeking improved braking characteristics compared with traditional OE brake pads. The performance-oriented compound provides an effective friction response to pedal application while maintaining characteristics suited to street-driven vehicles.
