
Bendix Friction SBC2414 Disc Brake Pad Set - Rear
Bendix Premium Ceramic Rear Brake Pads
Bendix Friction SBC2414 is a rear disc brake pad set in the Bendix Premium Ceramic line. It is built for drivers looking for a ceramic rear pad replacement for select Ford applications, including the Ford Bronco and Ford Ranger.
Compatible With 2021-2026 Ford Bronco, rear and 2025-2026 Ford Ranger, rear, this part is a direct fit for vehicles that use ceramic original equipment pad material.
Key Features
- Bendix Premium Ceramic brake pad formulation
- Rear disc brake pad set for disc brake service
- Matches applications with original equipment ceramic pad material
- Part number SBC2414 for catalog and service lookup
- Fits Ford Bronco rear brake applications from 2021-2026
- Fits Ford Ranger rear brake applications from 2025-2026
Product Details
The Bendix Premium Ceramic line focuses on ceramic brake pad replacement for everyday road use. SBC2414 is specified for rear axle applications on the Ford Bronco and Ford Ranger where the original equipment pad material is ceramic. If you are searching for rear brake pads for a 2021-2026 Ford Bronco or a 2025-2026 Ford Ranger, SBC2414 provides a cataloged match for those vehicles.
Common Brake Issues Addressed
- Rear brake pad wear that requires replacement
- Brake noise from worn friction material
- Reduced braking performance from depleted pads
- Service needs on ceramic-equipment rear brake systems
Installation Notes
Verify rear axle fitment by year, make, and model before installation. Inspect rotors, calipers, and pad contact surfaces during brake service, and follow the vehicle manufacturer’s torque and bedding procedures after installation. SBC2414 is listed for rear position only.
Quality Assurance
Bendix Friction Premium Ceramic brake pads are cataloged for specific OE-style applications, including Ford Bronco and Ford Ranger rear brake service. Part number SBC2414 is identified for the listed fitments to support accurate ordering and application matching.
Bendix Friction SBC2414 Disc Brake Pad Set - Rear
Bendix Premium Ceramic Rear Brake Pads
Bendix Friction SBC2414 is a rear disc brake pad set in the Bendix Premium Ceramic line. It is built for drivers looking for a ceramic rear pad replacement for select Ford applications, including the Ford Bronco and Ford Ranger.
Compatible With 2021-2026 Ford Bronco, rear and 2025-2026 Ford Ranger, rear, this part is a direct fit for vehicles that use ceramic original equipment pad material.
Key Features
- Bendix Premium Ceramic brake pad formulation
- Rear disc brake pad set for disc brake service
- Matches applications with original equipment ceramic pad material
- Part number SBC2414 for catalog and service lookup
- Fits Ford Bronco rear brake applications from 2021-2026
- Fits Ford Ranger rear brake applications from 2025-2026
Product Details
The Bendix Premium Ceramic line focuses on ceramic brake pad replacement for everyday road use. SBC2414 is specified for rear axle applications on the Ford Bronco and Ford Ranger where the original equipment pad material is ceramic. If you are searching for rear brake pads for a 2021-2026 Ford Bronco or a 2025-2026 Ford Ranger, SBC2414 provides a cataloged match for those vehicles.
Common Brake Issues Addressed
- Rear brake pad wear that requires replacement
- Brake noise from worn friction material
- Reduced braking performance from depleted pads
- Service needs on ceramic-equipment rear brake systems
Installation Notes
Verify rear axle fitment by year, make, and model before installation. Inspect rotors, calipers, and pad contact surfaces during brake service, and follow the vehicle manufacturer’s torque and bedding procedures after installation. SBC2414 is listed for rear position only.
Quality Assurance
Bendix Friction Premium Ceramic brake pads are cataloged for specific OE-style applications, including Ford Bronco and Ford Ranger rear brake service. Part number SBC2414 is identified for the listed fitments to support accurate ordering and application matching.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Bendix Premium Ceramic Rear Brake Pads
Bendix Friction SBC2414 is a rear disc brake pad set in the Bendix Premium Ceramic line. It is built for drivers looking for a ceramic rear pad replacement for select Ford applications, including the Ford Bronco and Ford Ranger.
Compatible With 2021-2026 Ford Bronco, rear and 2025-2026 Ford Ranger, rear, this part is a direct fit for vehicles that use ceramic original equipment pad material.
Key Features
- Bendix Premium Ceramic brake pad formulation
- Rear disc brake pad set for disc brake service
- Matches applications with original equipment ceramic pad material
- Part number SBC2414 for catalog and service lookup
- Fits Ford Bronco rear brake applications from 2021-2026
- Fits Ford Ranger rear brake applications from 2025-2026
Product Details
The Bendix Premium Ceramic line focuses on ceramic brake pad replacement for everyday road use. SBC2414 is specified for rear axle applications on the Ford Bronco and Ford Ranger where the original equipment pad material is ceramic. If you are searching for rear brake pads for a 2021-2026 Ford Bronco or a 2025-2026 Ford Ranger, SBC2414 provides a cataloged match for those vehicles.
Common Brake Issues Addressed
- Rear brake pad wear that requires replacement
- Brake noise from worn friction material
- Reduced braking performance from depleted pads
- Service needs on ceramic-equipment rear brake systems
Installation Notes
Verify rear axle fitment by year, make, and model before installation. Inspect rotors, calipers, and pad contact surfaces during brake service, and follow the vehicle manufacturer’s torque and bedding procedures after installation. SBC2414 is listed for rear position only.
Quality Assurance
Bendix Friction Premium Ceramic brake pads are cataloged for specific OE-style applications, including Ford Bronco and Ford Ranger rear brake service. Part number SBC2414 is identified for the listed fitments to support accurate ordering and application matching.












