Upgrade your Toyota Camry with the DFC 92-01 Front Left Drilled & Slotted Geoperformance Rotor. Designed for optimal braking performance, this rotor features advanced drilled and slotted patterns that effectively dissipate heat and reduce brake fade during demanding driving conditions. Constructed with high-quality materials, it ensures durability and reliable stopping power for everyday driving or spirited driving sessions. The precision engineering of this rotor provides a perfect fit for the 1992 to 2001 Toyota Camry, making installation straightforward and hassle-free.
Built by DFC, a trusted name in automotive parts, this rotor combines performance and longevity. The drilled holes help expel debris and gases from the brake pad surface, while the slots improve initial bite and consistency. This combination enhances overall braking efficiency and safety, especially under high-stress scenarios such as mountain driving or towing. The rotor’s design also aids in maintaining rotor surface integrity, reducing the likelihood of warping or cracking over time.
Whether you’re replacing worn-out rotors or upgrading for better performance, this DFC Geoperformance rotor is an excellent choice. It is compatible with the front left position of your Toyota Camry and is engineered to meet or exceed OEM specifications. Easy to install with the right tools, it provides a cost-effective way to restore your vehicle’s braking performance and ensure safety on the road. Invest in quality with the DFC 92-01 Front Left Drilled & Slotted Geoperformance Rotor to experience improved stopping power and enhanced driving confidence.

Features:

• Designed for 1992-2001 Toyota Camry models

• Drilled and slotted for superior heat dissipation

• Enhances braking performance and safety

• Constructed with durable materials for longevity

• Easy installation for front left wheel

DFC 92-01 Toyota Camry Front Left Drilled & Slotted Geoperformance Rotor

Upgrade your Toyota Camry with the DFC 92-01 Front Left Drilled & Slotted Geoperformance Rotor. Designed for optimal braking performance, this rotor features advanced drilled and slotted patterns that effectively dissipate heat and reduce brake fade during demanding driving conditions. Constructed with high-quality materials, it ensures durability and reliable stopping power for everyday driving or spirited driving sessions. The precision engineering of this rotor provides a perfect fit for the 1992 to 2001 Toyota Camry, making installation straightforward and hassle-free.
Built by DFC, a trusted name in automotive parts, this rotor combines performance and longevity. The drilled holes help expel debris and gases from the brake pad surface, while the slots improve initial bite and consistency. This combination enhances overall braking efficiency and safety, especially under high-stress scenarios such as mountain driving or towing. The rotor’s design also aids in maintaining rotor surface integrity, reducing the likelihood of warping or cracking over time.
Whether you’re replacing worn-out rotors or upgrading for better performance, this DFC Geoperformance rotor is an excellent choice. It is compatible with the front left position of your Toyota Camry and is engineered to meet or exceed OEM specifications. Easy to install with the right tools, it provides a cost-effective way to restore your vehicle’s braking performance and ensure safety on the road. Invest in quality with the DFC 92-01 Front Left Drilled & Slotted Geoperformance Rotor to experience improved stopping power and enhanced driving confidence.

Features:

• Designed for 1992-2001 Toyota Camry models

• Drilled and slotted for superior heat dissipation

• Enhances braking performance and safety

• Constructed with durable materials for longevity

• Easy installation for front left wheel

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

BRAND: DFC

MPN: dfc830-76051L

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