EBC GD7756 Front Slotted/Dimpled Rotors for 16-23 Honda Pilot/Odyssey/Ridgeline

Vehicle Fitment

• 2016-2023 Honda Pilot (all trims, 3.5L V6)
• 2015-2023 Honda Odyssey (all trims, 3.5L V6)
• 2017-2023 Honda Ridgeline (all trims, 3.5L V6)
• 2017-2020, 2022 Honda Passport (all trims, 3.5L V6)
• 2017-2020 Acura MDX (all trims, 3.5L V6)

Features

• Slotted & dimpled design for superior cooling and gas release
• High-carbon cast iron construction for heat resistance
• Vented design enhances heat dissipation under heavy braking
• Geomet/Zinc coating resists corrosion and extends lifespan
• Precision-balanced to reduce vibrations and noise
• Wide slots evacuate dust and debris for cleaner braking surface
• OE-compatible with factory calipers--no modifications needed
• Thermic anti-rust finish keeps rotor appearance fresh

Specifications

• Position: Front axle
• Rotor Style: Slotted & dimpled, vented
• Material: High-carbon grey iron
• Finish: Geomet/Zinc anti-rust coating
• Diameter: 320 mm; Thickness: 28 mm; Height: 47.3 mm; Center bore: 70 mm
• Bolt Pattern: 5-lug OEM spec
• FMSI Pad Fitment: D1378 compatible
• Compliance: Exceeds SAE J431 standards

Included Components

• 2x Front GD7756 slotted & dimpled vented brake rotors

Product Description

The EBC GD7756 front rotors are engineered specifically for Honda's popular 3.5 L V6 applications--including Pilot (2016-2023), Odyssey (2015-2023), Ridgeline (2017-2023), Passport (2017-2020, 2022), and Acura MDX (2017-2020, 2022). These slotted and dimpled, vented rotors deliver enhanced cooling, improved pad bite, and reduced brake fade for everyday driving and towing.

Constructed from high-carbon cast iron and featuring a corrosion-resistant Geomet/Zinc coating, GD7756 rotors resist heat, corrosion, and warping. The precision-machined, balanced design ensures smooth, vibration-free performance with no modifications needed during installation. Fully OEM-compatible with FMSI D1378 pads and compliant with SAE standards, these rotors offer a reliable upgrade in both aesthetics and braking efficiency.