PowerStop Rear Brake Kit for Honda Civic 2016-2021 – Drilled & Slotted Rotors + Z23 Ceramic Pads | K7725

PowerStop delivers a bolt-on upgrade for the Honda Civic rear brakes, pairing Z23 carbon-fiber ceramic pads with drilled and slotted rotors. This combination is designed to balance strong stopping power with quieter operation, while helping manage heat under diverse driving conditions. It’s a single, comprehensive kit that can refresh braking performance without requiring modifications.

What’s in the box

• 2 x Z23 carbon-fiber ceramic brake pads for the rear brakes
• 2 x drilled & slotted rotors with rust-resistant zinc plating
• Premium stainless steel installation hardware
• Hardware and guidance for a straightforward bolt-on installation

Key benefits you may notice

• Enhanced stopping power compared to factory components, with steady modulation under various loads
• Quieter operation and reduced brake dust due to the ceramic formulation reinforced with carbon fibers
• Rotors designed to vent heat efficiently, helping to prevent fade during repeated braking
• Rust resistance from protective plating to maintain a clean, consistent look and performance

Performance and reliability in daily use

This kit is engineered for a bolt-on upgrade with installation-ready hardware, so you can refresh your Civic’s rear braking setup without extra parts or modifications. The Z23 pads and rotors are chosen to balance everyday drivability with stronger performance in more demanding situations, while maintaining a degree of quiet operation and reduced dust compared to non-ceramic options.

Fitment and compatibility

Designed to fit a wide range of 2016–2021 Honda Civic rear configurations, including several EX, LX, Sport, Touring, and sedan/coupe variations. Always confirm fitment via the product description or Confirmed Fit tool to ensure compatibility with your specific model.

Warranty and coverage

This kit includes a robust warranty package for reassurance, reflecting PowerStop’s confidence in long-lasting performance across a range of driving conditions.