Dynamite Friction 1911-1767-00 Disc Brake Pad Set - Front

DFC Police Brake Pads for Charger Front

The Dynamite Friction DFC Police Brake Pads are built for front brake service on the Dodge Charger police application. Part number 1911-1767-00 is engineered for consistent pedal feel, controlled noise, and stable friction across a wide temperature range.

Key Features

• Low dust and low noise brake pad formulation
• Stable friction performance across a wide temperature range
• Long pad life for fleet service intervals
• Consistent pedal feel and responsive braking
• 100% asbestos free and copper free construction

Product Details

DFC Police Brake Pads are part of the Dynamite Friction DFC Police Brake Pads line, developed for demanding law-enforcement duty cycles where repeatable braking matters. This front disc brake pad set is listed for 2015-2023 Dodge Charger front applications, with a 2014 Dodge Charger front listing noted for high performance brakes. The part number 1911-1767-00 is a direct fitment reference for these front brake applications.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Issues These Pads Address

• Brake noise during frequent stop-and-go driving
• Excess brake dust on front wheels
• Inconsistent pedal feel under repeated braking
• Reduced braking confidence in varied temperatures
• Short pad service life in fleet use

Installation Notes

Install on the front axle only for the listed Dodge Charger applications. Inspect rotors, calipers, and hardware condition before installation, and follow the vehicle service manual for bedding-in procedures. Verify the part number 1911-1767-00 against the existing brake system before ordering.

Quality Assurance

Dynamic Friction Company positions the DFC Police Brake Pads line for police fleet braking demands, with an asbestos-free and copper-free formulation designed for controlled performance and durability. Part number 1911-1767-00 is specified for front brake service on the Dodge Charger platform.