Wagner Brake BD180358UC Disc Brake Rotor - Rear

Overview

Wagner Brake Essentials disc brake rotor BD180358UC is a vented, cast iron rotor built to meet OE requirements for consistent braking performance. It is precision-balanced to help reduce pedal pulsation and uses a rust-resistant coating for added surface protection.

Key Features

• Vented full-cast rotor construction for stable braking performance.
• Cast iron design with a smooth, directional brake surface.
• Precision-balanced to help minimize vibration and pedal pulsation.
• Rust-resistant coating helps protect the rotor surface.
• No machining required for installation.

Detailed Description

The Wagner Brake Essentials line focuses on OE-style replacement parts with practical performance and value. Part number BD180358UC is a disc brake rotor with an 11.925-inch outside diameter, 20.0 mm nominal thickness, and five lug holes. Its vented design and directional braking surface support consistent heat management and even contact, while the full cast construction provides the rigidity expected in a replacement rotor. This rotor is a direct fit for rear brake applications on the Chevrolet Equinox and GMC Terrain within the listed model years. Wagner Brake BD180358UC is also cross-referenced to Bosch 25011463 for the same application.

Common Issues This Rotor Can Address

• Brake pulsation during stops.
• Vibration felt through the pedal.
• Surface corrosion on the braking face.
• Uneven rotor wear from an out-of-spec replacement part.
• Reduced braking consistency from a worn rear rotor.

Installation Notes and Tips

Verify rotor dimensions, hub condition, and brake pad wear before installation. Because this rotor requires no machining, it can be installed as a replacement part when the brake system is otherwise in serviceable condition. For best results, pair the rotor with matching Wagner brake pads and calipers as recommended by the manufacturer.

Quality Assurance

Wagner Brake engineers the Essentials line to match OE requirements for consistent performance and reduced vibration in a cost-effective replacement design.