PowerStop Ceramic Rear Brake Pads Z17 (17-1281) — Low-Dust, Quiet Stops with Stainless Hardware

PowerStop Z17 Replacement Ceramic Brake Pads (rear) are a direct-fit OE-style upgrade that delivers quieter, low-dust braking and includes stainless-steel installation hardware for a straightforward bolt-on install.

If you want a dependable, everyday brake pad that balances stopping performance, reduced brake dust, and minimal noise, the PowerStop Z17 Evolution Ceramic set is built for that purpose. These rear brake pads are formulated to match original-equipment fit and feel while offering ceramic friction that helps keep wheels cleaner and cut typical brake noise. The kit ships with premium stainless-steel hardware so you have everything needed for a DIY replacement without modifying your vehicle.

How do these pads improve day-to-day braking?

The Z17 ceramic compound is designed for predictable, consistent braking under normal driving conditions. Thermal scorching, chamfered edges, and slots speed break-in and minimize initial noise; rubberized shims further damp vibration for quieter stops. You’ll get steady pedal feel and confident stopping without the harshness sometimes found in performance-only compounds.

• Low-dust ceramic formula reduces wheel residue compared with semi-metallic pads
• Chamfered and slotted faces promote even pad contact and faster bedding
• Rubberized multi-layer shims cut vibration for near-silent operation
• Thermal scorched surface shortens break-in time and stabilizes friction

Will these fit my vehicle and how easy is installation?

PowerStop Z17 pads are engineered as direct OE replacements for the listed rear applications, so no modifications are required. The kit includes stainless-steel installation hardware to make the swap a simple bolt-on job for anyone comfortable with basic brake service. Always confirm fitment for your model year before purchase.

• Includes full rear pad set and stainless-steel hardware for a complete replacement
• Designed to match OE mounting and pad dimensions for bolt-on installation
• Installable with common hand tools; no special machining or adapters needed
• Fitment examples: Acura MDX (2007–2013), Acura ZDX (2010–2013), Honda Odyssey (2011–2017), Honda Pilot (2009–2011)

How do these pads affect wheel cleanliness and noise?

The ceramic friction material produces significantly less airborne brake dust than many semi-metallic pads, which helps keep wheels cleaner between washes. Noise reduction is addressed through pad geometry, chamfers, and rubberized shims that dampen vibration; the result is quieter braking without sacrificing everyday stopping performance.

• Low-dust ceramic compound reduces visible residue on wheel faces
• Noise-dampening shims and chamfered edges minimize squeal and chatter
• Slotted surface helps channel gases and maintain even wear
• Thermal treatment stabilizes friction to avoid inconsistent noise during break-in

What does the kit include and is there warranty coverage?

The box delivers a full rear pad set plus the stainless-steel installation hardware required for a complete replacement. PowerStop backs the Z17 line with a limited warranty that provides coverage against certain defects for a defined period. Check the warranty terms and local fitment references before installation.

• Contents: two rear Z17 ceramic brake pads and stainless-steel installation hardware
• Performance Protection Warranty: 12 months / 12,000 miles limited coverage
• Fitment confirmation recommended using the vehicle fitment guide prior to purchase
• All necessary hardware included to avoid parts sourcing delays

Who is this for: The PowerStop Z17 Rear Ceramic Brake Pads are ideal for drivers who prioritize quieter, low-dust braking and want an OE-style, do-it-yourself replacement. If you own a compatible Acura or Honda listed in the fitment and seek an affordable upgrade over standard replacement pads—without aggressive track-focused characteristics—this kit offers balanced stopping performance, easier installation, and cleaner wheels between maintenance intervals.