M-03 Kohlenstoffkeramik-Rotor-optimierte Bremsscheiben

Purchase Process – Brake Pads

• 1. Provide Caliper & Usage Info: Share your vehicle make, model, year, VIN, wheel size, brake caliper model (OEM or aftermarket), and driving style (commute, performance, racing).
• 2. Pad Material Selection: Based on your caliper and driving needs, we’ll recommend options like ceramic, semi-metallic, or performance compounds.
• 3. Choose Pad Type & Place Order: Confirm caliper compatibility and pad material. Then complete your purchase online or through our custom link.
• 4. Pad Preparation: We verify pad mold numbers and packaging—degas or bed-in instructions may be included.
• 5. Ship with Tracking: Your brake pads are carefully packaged and shipped with a tracking number for your reference.

Precautions Before Buying Brake Pads

Brake pads play a critical role in your vehicle’s safety and driving performance. Selecting the appropriate brake pads requires careful consideration. Here’s what you need to know before making your purchase:

1. Understand Your Driving Style and Needs

Brake pads differ significantly depending on your driving conditions:

• Daily Commuting: Choose pads designed for comfort, low noise, and minimal dust (e.g., ceramic or organic pads).
• Performance or Aggressive Driving: Opt for semi-metallic or high-performance ceramic pads for better heat dissipation and stopping power.
• Track and Racing Applications: High-performance pads with excellent heat resistance (such as track-specific compounds) are essential.

2. Compatibility with Brake Rotors

Ensure the brake pads are compatible with your rotors:

• Steel Rotors: Most pads (ceramic, organic, semi-metallic) are suitable.
• Carbon Ceramic Rotors: Require specific pad formulations optimized for carbon ceramic compatibility.

3. Operating Temperature Range

• Select brake pads that match your vehicle’s operating conditions. High-performance and racing pads have higher temperature thresholds (up to 700–800°C), while street pads generally operate best below 500°C.

4. Friction Coefficient

• Brake pads with a higher friction coefficient (above 0.40 μ) provide stronger stopping power, ideal for performance driving and track use.
• Moderate friction levels (0.35–0.40 μ) deliver smoother, more predictable braking, suited for everyday driving.

5. Noise and Dust Levels

• Low-noise, low-dust pads are recommended for daily driving comfort.
• High-performance pads may generate more noise and dust, a trade-off for improved braking performance.

6. Proper Installation and Break-in

• After purchase, ensure proper professional installation and follow the recommended bedding-in (break-in) procedure to achieve optimal braking performance and longevity.