Upgrade your Toyota Venza with the DFC 09-15 Rear Right Drilled & Slotted Geoperformance Rotor, designed to enhance braking performance and reliability. Crafted from high-quality materials, this rotor features precision drilling and slotting to improve heat dissipation and reduce brake fade during demanding driving conditions. Its robust construction ensures durability and consistent braking power, making it an ideal choice for both daily driving and spirited performance applications. The rotor’s design aligns perfectly with the original equipment specifications, ensuring a seamless fit and straightforward installation.

Engineered by DFC, this rotor offers a combination of advanced brake technology and rugged durability, providing improved stopping distances and better control in various driving environments. Whether you’re replacing worn-out rotors or upgrading for better performance, this component is built to meet the high standards of modern automotive engineering. It is an excellent upgrade option for Toyota Venza owners seeking enhanced safety, efficiency, and braking consistency.

Suitable for the rear right position, this rotor is compatible with Venza models from 2009 through 2015. It is not only designed to optimize braking performance but also to withstand the rigors of daily use, making it a dependable choice for drivers who prioritize safety and vehicle responsiveness. Invest in the DFC Geoperformance Rotor to ensure your Toyota Venza maintains optimal braking performance and safety for miles to come.

Features:

• Precision drilled and slotted design for improved heat dissipation

• Engineered for durability and consistent braking performance

• Designed for a perfect fit on Toyota Venza 2009-2015 rear right position

• Constructed from high-quality materials for longevity

• Easy installation with OEM specifications compliance

DFC Geoperformance Rear Right Drilled & Slotted Rotor for Toyota Venza 2009-2015

Upgrade your Toyota Venza with the DFC 09-15 Rear Right Drilled & Slotted Geoperformance Rotor, designed to enhance braking performance and reliability. Crafted from high-quality materials, this rotor features precision drilling and slotting to improve heat dissipation and reduce brake fade during demanding driving conditions. Its robust construction ensures durability and consistent braking power, making it an ideal choice for both daily driving and spirited performance applications. The rotor’s design aligns perfectly with the original equipment specifications, ensuring a seamless fit and straightforward installation.

Engineered by DFC, this rotor offers a combination of advanced brake technology and rugged durability, providing improved stopping distances and better control in various driving environments. Whether you’re replacing worn-out rotors or upgrading for better performance, this component is built to meet the high standards of modern automotive engineering. It is an excellent upgrade option for Toyota Venza owners seeking enhanced safety, efficiency, and braking consistency.

Suitable for the rear right position, this rotor is compatible with Venza models from 2009 through 2015. It is not only designed to optimize braking performance but also to withstand the rigors of daily use, making it a dependable choice for drivers who prioritize safety and vehicle responsiveness. Invest in the DFC Geoperformance Rotor to ensure your Toyota Venza maintains optimal braking performance and safety for miles to come.

Features:

• Precision drilled and slotted design for improved heat dissipation

• Engineered for durability and consistent braking performance

• Designed for a perfect fit on Toyota Venza 2009-2015 rear right position

• Constructed from high-quality materials for longevity

• Easy installation with OEM specifications compliance

ATTRIBUTES: false, false, false, false, Unknown, automotive, N/A

BRAND: DFC

MPN: dfc830-76086R

Air Freight Prohibited: false

Not Carb Approved: false

Carb Acknowledgement Required: false

Ltl Freight Required: false

Prop 65: Unknown

Part Type: automotive

Epa: N/A