Power Stop 08-13 Nissan Rogue Front Evolution Drilled & Slotted Rotors - Pair

The Power Stop 08-13 Nissan Rogue Front Evolution Drilled & Slotted Rotors, SKU JBR1197XPR, represent a high-quality brake rotor solution engineered for optimal performance and reliability. As part of the Brake Rotors - Slot & Drilled product series, these rotors are designed specifically for front fitment on select Nissan Rogue and Sentra models, including 2008-2013 Rogue S, 2010 Rogue Krom, 2011 Rogue SV, 2014-2015 Rogue Select S, and 2007-2012 Sentra SE-R. Manufactured by PowerStop, a reputable brand known for its dedication to advanced braking technology and durability, these rotors offer a direct OE fit, ensuring seamless installation without the need for modifications.

Key features of these rotors include precision cross-drilled holes that enhance brake cooling by dissipating heat efficiently, which is critical during demanding driving conditions. The rounded slots are engineered to expel gases, brake dust, and moisture, maintaining a clean friction surface for consistent braking performance. Additionally, the silver zinc dichromate plating provides superior resistance against rust and corrosion, extending the rotor’s lifespan and maintaining its structural integrity over time.

PowerStop’s Evolution drilled and slotted rotors are designed to meet rigorous business and safety standards, making them a reliable choice for professional repair shops and discerning vehicle owners. Their advanced design contributes to improved stopping power and reduced brake fade, ensuring confidence and safety on the road. This product is a clearance item and is compliant with Prop65 regulations, reflecting PowerStop’s commitment to quality and environmental considerations.

Installation is straightforward due to the exact OE fitment, compatible with multiple Nissan Rogue and Sentra submodels as detailed in the included fitment table. This ensures that the rotors integrate perfectly with existing brake components, preserving the vehicle’s original handling characteristics while enhancing braking efficiency.