Brembo P10064N Premium Ceramic Front Brake Pads for 14-19 Cadillac CTS/CT6/ELR

Vehicle Fitment

• 2014-2019 Cadillac CTS (Vsport, Premium, Vsport Premium Luxury, 3.6L V6 LF3)
• 2016-2019 Cadillac CT6 (Base, Luxury, Premium Luxury)
• 2016 Cadillac ELR (Base)
• 2010-2021 Chevrolet Camaro (SS, ZL1)
• 2014-2019 Chevrolet Corvette (C7 Stingray, Z06, Grand Sport)
• 2014-2017 Chevrolet SS
• 2012-2016 Tesla Model S (with Brembo front brakes)

Features

• Premium NAO (Non-Asbestos Organic) ceramic friction material
• Low dust formulation for cleaner wheels
• Enhanced braking performance with reduced noise
• Thermal scorched to minimize break-in time
• Precision-engineered to meet OEM specifications
• Includes premium stainless-steel hardware and lubricant
• Direct fit replacement for factory-installed pads
• Manufactured by Brembo, a leader in braking technology

Specifications

• Position: Front axle
• Friction Material: Ceramic (NAO)
• OE Part Numbers: 22907156 (GM), 22976409 (GM), 23441307 (GM)
• Includes: 1x Driver side pad, 1x Passenger side pad
• Hardware: Premium stainless-steel clips and lubricant included
• Compatibility: Works with OEM rotors and calipers
• Noise Reduction: Designed for quiet operation
• Dust Level: Low dust for cleaner wheels

Included Components

• 1x Driver side brake pad
• 1x Passenger side brake pad
• 1x Hardware kit (clips and lubricant)

Product Description

The Brembo P10064N Premium Ceramic Front Brake Pads are engineered to provide superior braking performance and longevity for a range of Cadillac, Chevrolet, and Tesla vehicles. Constructed with high-quality NAO ceramic materials, these pads offer low dust and noise levels, ensuring a clean and quiet driving experience.

Designed as direct replacements for OEM pads, the P10064N pads come with all necessary hardware, including premium stainless-steel clips and lubricant, facilitating a straightforward installation process. Whether you're replacing worn-out pads or upgrading your braking system, the Brembo P10064N offers exceptional value and performance.