Dynamite Friction 1911-2231-00 Disc Brake Pad Set - Rear

DFC Police Rear Brake Pads

The DFC Police Brake Pads from Dynamite Friction are engineered for rear disc brake applications that demand consistent pedal feel, controlled noise, and dependable stopping performance. Part number 1911-2231-00 is built for police-duty use on select Ford and Lincoln vehicles, including rear brake service for the Ford Explorer, Ford Mustang, and Lincoln Aviator.

Key Features

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

Product Line Details

DFC Police Brake Pads are part of Dynamite Friction’s police-focused brake line, developed for vehicles that see frequent stops, repeated heat cycles, and demanding daily use. The 1911-2231-00 rear disc brake pad set is formulated to maintain predictable braking behavior in service conditions where repeatability matters.

Fitment

• Fits 2025-2026 Ford Explorer, rear.
• Fits 2024-2025 Ford Mustang, rear; 352mm front, 350mm rear disc.
• Fits 2020-2025 Lincoln Aviator, rear.
• Fits 2021-2024 Ford Explorer, rear; Street Pack Performance Brakes, 363mm front disc.
• Fits 2020 Ford Explorer, rear; Track Pack High-Performance Brakes.

What It Helps Address

• Brake noise during frequent stop-and-go driving
• Excess brake dust on rear wheels
• Inconsistent pedal feel under repeated braking
• Reduced braking confidence during high-heat operation
• Premature pad wear in fleet or duty use

Installation Notes

Confirm rear axle fitment, brake package, and model year before ordering. This part number, 1911-2231-00, is specific to the listed rear applications and brake configurations. For best results, inspect rotors, calipers, and hardware condition during pad replacement and follow the vehicle manufacturer’s service procedure.

Quality Assurance

Dynamic Friction Company positions the DFC Police line for demanding braking service with a focus on stable friction, durability, and clean operation. The pad formulation is asbestos free and copper free for modern brake service requirements.