Brembo 2013-2016 Scion FR-S Premium NAO Ceramic OE Equivalent Pad - Rear

Brembo Rear NAO Ceramic Brake Pads for 2013-2016 Scion FR-S | P78018N

Upgrade your 2013-2016 Scion FR-S with Brembo Premium Rear NAO Ceramic Brake Pads (P78018N). Enjoy OE-equivalent fitment, low dust, and ultra-quiet braking performance.

Elevate the braking performance, refinement, and daily drivability of your sports coupe with the Brembo Premium NAO (Non-Asbestos Organic) Ceramic OE Equivalent Rear Brake Pad Set (Part Number: P78018N). Specifically formulated and engineered to meet the demanding standards of the North American aftermarket, these premium ceramic brake pads provide a seamless, direct-fit replacement for the 2013–2016 Scion FR-S rear axle.

Brembo’s proprietary ceramic friction compound is integrally molded to match original equipment geometry perfectly. It delivers consistent stopping power across a wide thermal operating range while drastically reducing the harshness, noise, and vibration (NVH) common in factory pads. Designed with longevity in mind, these street-friendly pads feature an advanced multilayered ESE (Elastomer-Steel-Elastomer) anti-squeal shim that isolates acoustic frequencies and dampens pedal feedback. Each pad set undergoes a specialized thermal scorching process during manufacturing, which accelerates initial bedding-in time and ensures optimal friction coefficient right out of the box. Ideal for maintaining the balanced rear-bias dynamics of the FR-S platform, this Brembo pad set keeps your vehicle stopping smoothly while leaving your rims cleaner for longer.

Best Uses

1. Daily Commuting & City Driving: Perfect for consistent stop-and-go urban traffic where low-noise refinement and high pedal comfort are prioritized.
2. Highway Touring: Provides reliable, predictable stopping power across varied operating temperatures during sustained long-distance drives.
3. Premium OE Maintenance: An ideal upgrade for Scion FR-S owners looking to replace worn factory rear pads with a premium product that matches or exceeds original equipment specifications without stepping up to aggressive, noisy track-only compounds.
4. Aesthetic-Conscious Applications: Highly recommended for drivers running aftermarket or pristine factory alloy wheels who want to eliminate dark, corrosive brake dust.

Features

1. Advanced NAO Ceramic Compound: Formulated using non-asbestos organic materials and premium ceramic structures to minimize both friction material wear and brake rotor degradation.
2. Multilayer ESE Shims: Equipped with an Elastomer-Steel-Elastomer (ESE) multi-layered backing shim designed specifically to dampen vibration and absorb acoustic brake squeal.
3. Factory Thermal Scorching: Pre-scorched at the factory to significantly shorten the initial break-in period and provide dependable stopping performance immediately after installation.
4. Integrally Molded Construction: Manufactured utilizing high-pressure OE molding techniques that guarantee an absolute precise fit within stock rear calipers (NBK braking system).
5. Integrated Acoustic Wear Indicator: Features a built-in mechanical audible wear sensor that alerts the driver when the friction material has reached its service wear limit.

Benefits

1. Ultra-Quiet Operation: Drastically minimizes in-cabin noise and pedal harshness, creating a smoother and much more comfortable driving environment.
2. Consistently Cleaner Rims: The eco-conscious, low-emission ceramic compound generates minimal brake dust, keeping your wheels looking cleaner for longer periods and reducing wheel maintenance.
3. Extended Service Life: Engineered for exceptional longevity, offering high resistance to wear under normal street conditions without sacrificing rear braking efficiency.
4. All-Weather Reliability: Delivers stable, fade-resistant friction levels across a broad spectrum of ambient temperatures and weather environments.
5. Seamless Drop-In Fit: Designed as a true OE-equivalent component, allowing for hassle-free installation with stock rear brake rotors, calipers, and standard mounting hardware.