For Hyundai Sonata 15 Element3 Enhanced Hybrid Technology Rear Disc Brake Pads

Element3™ Enhanced Hybrid Technology Rear Disc Brake Pads (EHT1544H) by Raybestos®. Gain a new level of control and confidence with Element3™ brake pads with Enhanced Hybrid Technology (EHT™). The world’s first brake pad to deliver the best attributes of ceramic and semi-metallic all in one pad. Element3 supports optimal performance, improves pad wear and durability, and increases stopping power during aggressive braking.

Specifications:

• Series: Element3™
• Friction Material: Hybrid of Semi-Metallic and Ceramic
• Dust Rating: Medium
• Hardware Option: Included
• Pad Inner Length: 99.822mm (3.93")
• Pad Outer Length: 99.822mm (3.93")
• Inner Pad Thickness: 14.859mm (0.585")
• Pad Inner Width: 41.402mm (1.63")
• Pad Outer Width: 41.402mm (1.63")
• Outer Pad Thickness: 14.859mm (0.585")
• FMSI: D1544-8428
• Quantity: Sold as Set

Features:

• Unsurpassed stopping power and vehicle control
• Domestic and import applications
• Enhanced Hybrid Technology combines the best attributes of ceramic and semi-metallic in one pad
• Formulated for long life, no noise, reduced dust, and better wear and durability
• Engineered for maximum control in aggressive stopping situations
• Late-model coverage

Dyno Validation Tests include:

• SAE J2784-Performance
• Link CA (Conformity Assessment) Report Format to FMVSS 135
• USCT (US City Traffic) Dyno-Noise/Wear-Link
• ISO26867-Performance-Link
• LASD Link -Performance/Wear
• BPI HR055- Performance/Wear
• BPI V70-Performance
• BPI V130-Performance/Wear/Noise

Independent Real World Tests

• Domestic
• FNP (Foreign Name Plates)
• Police Fleets
• Municipal Fleets

Tested for Unsurpassed Performance Across a Range of Problematic Tendencies on Many Platforms

• High Pitch Noise
• Low End Groan
• High Energy Braking
• High Coefficient of Friction Requirements
• Heavy Duty Requirements
• High Wear