Wagner Brake CN13027SC Disc Brake Caliper - Front Left

Overview

Wagner Brake CN13027SC is a disc brake caliper built for consistent braking performance and corrosion resistance. It is a direct-fit replacement for select applications and includes a bleeder screw and mounting bracket for the specified fitment.

Key Features

• 100% newly manufactured components for a fresh replacement caliper.
• Coated finish helps resist corrosion and maintain appearance.
• Two-piston design for controlled hydraulic actuation.
• Bleeder screw included for service and bleeding procedures.
• Mounting bracket included for the listed application.

Detailed Description

This Wagner Brake disc brake caliper is engineered as a replacement hydraulic component for vehicles that need dependable stopping performance and stable pedal response. The CN13027SC uses newly manufactured parts rather than remanufactured cores, and its coated construction adds protection against corrosion in everyday driving conditions. For fitment-specific service, it is listed for the front left position on the 2014-2022 Dodge Charger, with the mounting bracket supplied for that application. This part cross-references Raybestos Brakes FRC13027N for the same application.

Common Issues It Can Address

• Uneven braking caused by a sticking or worn caliper.
• Brake fluid leakage at the caliper assembly.
• Corrosion on the caliper body affecting service life.
• Reduced braking response from internal piston wear.
• Service delays when the original bracket is no longer usable.

Installation Notes

Verify fitment by year, make, model, and position before installation. This caliper is listed for the front left side of the 2014-2022 Dodge Charger. Bleeding the brake system after installation is required whenever the hydraulic circuit is opened. Pads are not included.

Quality Assurance

Wagner Brake designs replacement calipers for consistent performance across vehicle applications, using coated, newly manufactured components to support reliable corrosion resistance and repeatable operation.