Bosch BC1354 front axle disc brake pads for Toyota Lexus Scion Pontiac

Disc Brake Pad Set Bosch BC1354 Front Axle for Toyota Lexus Scion Pontiac

Product Description

The Bosch BC1354 disc brake pads are designed to provide reliable and safe braking on the front axle of Toyota, Lexus, Scion, and Pontiac vehicles. This set features high wear resistance, stable performance, and precise fit for the original brake system components. The pads ensure even braking force, minimal noise, and a long service life.

Advantages

• Original Bosch brand with proven quality

• High braking efficiency under any conditions

• Stable performance at low and high temperatures

• Minimal dust and noise

• Resistant to vibrations and deformation

• Easy installation thanks to precise geometry

• Compatibility with the front axle of Toyota, Lexus, Scion, and Pontiac vehicles

Compatibility

• Toyota: Corolla, Camry, RAV4, Yaris (2006–2020)

• Lexus: RC300 (2010–2021), GS200t, IS200t, CT200h (2011–2017), Prius V (2012–2017)

• Scion: xD, xB

• Pontiac: Vibe

• Compatible with original brake discs

Package Contents

• Set of Bosch BC1354 front disc brake pads

• Necessary mounting components (if provided by the manufacturer)

• Installation instructions

Technical Specifications

• Brand: Bosch

• Brand registration country: Germany

• Material: metal body, friction brake pad

• Packaging type: cardboard box with individual slots for pads

• Application: front axle, disc brakes

• Size: standard for models listed in compatibility

• Color: dark gray (friction part), black (body)

• Weight with packaging: 1.2 kg

• Gender: not applicable

• Condition: new

• Pad type: disc, semi-metallic

• Heat resistance: up to 500°C

• Friction coefficient: stable throughout service life

• Noise level: low

• Wear resistance: high

• Corrosion resistance: reinforced body coating

• ABS compatibility: yes

• Service life: up to 60,000 km depending on driving conditions

• Dust generation: minimal

• Vibration resistance: high

• Suitable for operation in any climate conditions