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Carbon Ceramic Brake Disc
Video Overview
From concept to demonstration, this video highlights the evolution and practical outcomes of the TEI S60 Plus 6-Piston Brake Kit. Watch as we showcase its precision engineering, carbon fiber ceramic disc, and one-piece forged construction, designed for BMW models with 19-inch and larger wheels. Learn how this high-performance brake kit delivers exceptional stopping power and control for street driving.
Product Featured in This Video
- Lightweight hollow design reduces weight while maintaining maximum stiffness and cooling efficiency.
- Progressive 6-piston layout ensures perfectly balanced pressure across the pads for smooth, fade-free braking.
- One-piece construction enhances structural rigidity and minimizes deflection under extreme braking forces.
- Full aluminum alloy caliper offers superior strength-to-weight ratio and resistance to high temperatures.
- Ceramic compound pads with a friction coefficient of 0.38-0.43 provide optimal braking force with low dust and noise.
- Achieves an average stopping time of just 2.5 seconds from 100 km/h to 0 km/h in rigorous tests.
- Fits 19-inch and larger wheels, making it ideal for high-performance street applications.
- Certified by TUV, DOT, ADR, and ISO for quality and safety standards.
Faqs
- What BMW models are compatible with the TEI S60 Plus 6-Piston Brake Kit?The TEI S60 Plus 6-Piston Brake Kit is designed for BMW models including F25, G01, G45, G08, E70, F15, G05, X3, and X5, provided they have 19-inch or larger wheels.
- How does the carbon fiber ceramic disc improve braking performance?The carbon fiber ceramic disc offers superior thermal stability and heat dissipation, reducing brake fade and ensuring consistent performance during aggressive driving or repeated high-speed stops.
- What are the benefits of the one-piece forged construction?The one-piece forged construction enhances structural rigidity, minimizes deflection under load, and ensures long-term durability, providing consistent pedal feel and braking performance under extreme conditions.
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