PowerStop K8681 Z23 Rear Brake Rotor & Pad Kit for 20-25 Ford Explorer / Lincoln

Vehicle Fitment

• 2020-2025 Ford Explorer (Base, XLT, Limited, King Ranch, Timberline, ST-Line, ST) [2.3L I4 Turbo / 3.0L V6 Turbo, FWD/AWD]
• 2020-2025 Lincoln Aviator (Base, Reserve, Black Label, Livery, Premiere) [3.0L V6 Turbo, RWD/AWD]

Features

• Carbon-Fiber Ceramic Z23 brake pad compound for superior stopping and reduced dust
• Drilled and slotted rotors to improve heat dissipation and fade resistance
• Matched rear rotor & pad kit for easy bolt-on installation
• Includes hardware and high-temperature brake lubricant
• Low noise pad design with anti-squeal shims
• Vented rotors for enhanced durability under heavy loads
• Corrosion-resistant finish on rotors for longer life
• Upgraded performance over stock rear brakes for towing or sporty driving

Specifications

• Kit Part Number: K8681
• Rotor Location: Rear axle
• Rotor Surface: Drilled and slotted
• Friction Material: Carbon-Fiber Ceramic
• Installation Location: Rear only
• Hardware: Included with kit
• Compatibility: 5-lug rear axle vehicles listed above

Included Components

• 2x rear drilled & slotted rotors (left and right)
• 1x rear Z23 Carbon-Fiber Ceramic brake pad set (left and right)
• 1x hardware kit (installation hardware + high-temp brake lubricant)

Product Description

The PowerStop K8681 rear brake kit is designed for 2020-2025 Ford Explorer and Lincoln Aviator models. It combines drilled and slotted rotors with carbon-fiber ceramic pads to provide superior braking performance, enhanced fade resistance, and reduced dust. The kit installs directly on the rear axle with included hardware, making it ideal for daily driving, towing, or sporty performance upgrades.

This rear kit is specifically engineered to complement the front braking system, ensuring balanced stopping power across your vehicle. Fitment is confirmed through 2024; 2025 coverage is unconfirmed at the time of listing. Always verify rotor size and axle configuration before installation to ensure proper fit.