PowerStop K5563-36 Z36 Rear Brake Upgrade Kit for 11-19 Chevy/GMC 2500/3500HD

Vehicle Fitment

• 2011-2019 Chevrolet Silverado 2500 HD/3500 HD (Single Rear Wheel, Various Trims)
• 2011-2019 GMC Sierra 2500 HD/3500 HD (Single Rear Wheel, Various Trims)

Features

• Z36 Carbon-Fiber Ceramic severe-duty brake pads for enhanced stopping power
• Drilled and slotted rotors for improved heat dissipation
• Rear position design - replaces OE rear rotors and pads
• Premium stainless-steel hardware included
• Zinc plated rotors resist corrosion and rust
• Low-dust braking performance with quieter operation
• Bolt-on installation - no modifications required
• 36 month / 36,000-mile limited warranty

Specifications

• Part Number: K5563-36
• Application: Rear brakes
• Pad Material: Carbon-fiber reinforced ceramic
• Rotor Type: Drilled & slotted
• Hardware: Premium stainless-steel shims & mounting components
• Position: Rear axle (single rear wheel models only)
• Fitment Years: 2011-2019
• Compatible with: 8-lug rear wheel hubs on HD trucks

Included Components

• 2x Drilled & slotted brake rotors
• 4x Carbon-fiber ceramic brake pads
• 1x Premium hardware kit (stainless-steel)
• 1x High-temp brake lubricant

Product Description

The PowerStop K5563-36 Z36 Severe-Duty Truck & Tow Rear Brake Upgrade Kit is engineered to significantly enhance braking performance for heavy-duty GM trucks. Specifically designed for 2011-2019 Chevrolet Silverado and GMC Sierra 2500/3500 HD models with single rear wheels, this rear brake kit replaces stock rotors and pads with drilled, slotted rotors and carbon-fiber ceramic pads that deliver stronger, fade-resistant stopping power - especially when towing, hauling, or operating under demanding conditions.

Built for durability and everyday use, the Z36 pads offer reduced dust and noise while the zinc-plated rotors resist corrosion. Premium stainless-steel hardware ensures a secure, bolt-on fit with no modifications required. This kit is ideal for truck owners who want a reliable brake upgrade that performs better than stock under load and harsh driving scenarios.