M-03 Carbon Ceramic Rotor-Optimized Brake Pads

$450.00 USD; $450.00 USD
Unit price: per

Shipping costs not included

Compatible Calipers (Price per caliper pair): EB8 EB8 EMB6 / 8657 ES6 Contact us! Covers more than just TTSPORT calipers!

Product variants

Quantity:

M-03 Carbon Ceramic Rotor-Optimized Brake Pads

$450.00

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Quantity:

M-03 Carbon Ceramic Rotor-Optimized Brake Pads

$450.00

Compatible Calipers (Price per caliper pair): EB8 EB8 EMB6 / 8657 ES6 Contact us! Covers more than just TTSPORT calipers!

Product variants

Specifications
Before You Buy

M-03 Carbon Ceramic Rotor-Optimized Brake Pads – Specifically engineered for vehicles equipped with carbon ceramic braking systems requiring superior thermal management.

🎯 Core Performance Highlights

Rotor Compatibility: Specialized low-metallic formulation designed specifically for carbon ceramic rotors.
Heat Management: Superior heat dissipation properties maintaining consistent braking performance.
Friction Coefficient: High-temperature friction coefficient averaging 0.44 μ suitable for demanding conditions.
Fade Resistance: Exceptional fade resistance even under extreme thermal loads.
Pedal Modulation: Enhanced modulation characteristics allowing precise braking control at high speeds.

📊 Material & Application Specifications

Specification	M-01	M-02	M-03	M-05	M-05+
Primary Application	Street Performance	Upgraded Street	Carbon Ceramic Discs	Track Racing	Endurance Racing
Material Composition	Semi-metallic resin	Ceramic resin	Low-metallic resin	Low-metallic resin	Low-metallic resin
Key Reinforcements	Steel, aramid fibers	Ceramic, aramid fibers	Steel, copper, aramid	Steel, copper, aramid	Steel, copper, aramid
Temperature Resistance	600°C	650°C	750°C	750°C	700°C
Avg. Friction Coefficient	0.38 μ	0.42 μ	0.44 μ	0.45 μ	0.43 μ

Lab-tested values. Ideal for buyers comparing compound types and application levels.

📈 Performance Comparison – MT Series Brake Pads

Hover for exact values. Click legend items to toggle visibility. All metrics scored out of 10.

Performance Metric	M-01	M-02	M-03	M-05	M-05+
Fade Resistance	6	6	8	8	7
Average Friction Coefficient	6	6	8	8	7
Cold Bite	8	6	8	8	7
Pedal Modulation & Control	7	6	9	9	7
Impact on Rotor Wear	9	9	8	7	9
Pad Longevity	7	8	8	7	9
Low Dust	6	8	7	7	7

Higher numbers indicate better performance across each metric (out of 10).

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.