Brembo P30108 Low-Met Front Disc Brake Pad Set for 2018-2023 Kia Stinger, 19-23

Vehicle Fitment

• 2018-2021 Kia Stinger (Base, GT, GT-Line, GT1, GT2, GTS, 2.0L I4 Turbocharged)
• 2019-2023 Genesis G70 (Base, Advanced, Elite, Prestige, Sport, 2.0L I4 Turbocharged)

Features

• OE-equivalent Low-Met (Low Metallic) friction material for balanced performance
• Chamfered edges and slots to reduce noise and vibration
• Corrosion-resistant painted backplate for enhanced durability
• Includes anti-squeal shims for quieter braking
• Designed for front axle applications
• Prepared for wear indicator (where applicable)
• ECE R90 certified for European market compliance
• Ideal for daily driving and light off-road use

Specifications

• Material: Low-Met (Low Metallic)
• Position: Front
• FMSI Number: D1838 9089
• Width: 193 mm
• Height: 66 mm
• Nominal Thickness: 18 mm
• Braking System: Akebono
• WVA Numbers: 22145, 22322
• Corrosion Treatment: Painted
• Shim Type: Anti-squeal shim
• Wear Indicator: Prepared for wear indicator

Included Components

• 2x Front Disc Brake Pads (Inner and Outer)
• 1x Installation Hardware Kit (if applicable)

Product Description

The Brembo P30108 Low-Met Front Disc Brake Pad Set is engineered to provide a balance between performance and comfort for various Kia and Genesis models. Constructed with OE-equivalent Low-Met (Low Metallic) friction material, these pads deliver reliable stopping power suitable for daily driving and light off-road use.

Designed with chamfered edges and slots, the pads minimize noise and vibration, enhancing driving comfort. The corrosion-resistant painted backplate ensures durability, while the inclusion of anti-squeal shims contributes to quieter braking. With preparation for a wear indicator (where applicable), these pads offer convenience and peace of mind.

Ideal for Kia Stinger and Genesis G70 owners seeking quality and value, the Brembo P30108 brake pads meet stringent safety and performance standards, making them a trusted choice for maintaining optimal braking performance.