CCST Disc Brakes
CCST Disc Brakes: Unleashing next-level performance with lightweight, high-strength technology.

Photography courtesy of Surface Transforms
Overview
Key Differentiators
- Up to 60% lighter than traditional iron disc brakes
- Superior thermal conductivity and heat dissipation
- Enhanced resistance to thermal expansion and deformation
- Longer lifespan with reduced wear rates
- Improved performance in extreme temperatures and conditions
OEM Applications
Derived automatically from linked vehicle teardowns.
Materials & Procurement Intelligence
Key materials used in this component, with supply chain risk and sourcing notes.
Carbon Fiber
Medium RiskPrimary reinforcing element in the composite disc
Procurement note: Available from multiple suppliers with established performance metrics
Ceramic Matrix Composite
High RiskAllows for high thermal stability and strength
Procurement note: Specialized manufacturing process limits suppliers
Aluminum Alloy
Low RiskUsed in calipers for weight reduction
Procurement note: Widely sourced with stable availability
Resins
Medium RiskBind carbon fibers and ceramics together in the brake disc
Procurement note: Keep in stock, potential fluctuations in price
Silicon Carbide
High RiskIncreases wear resistance on brake pads
Procurement note: Limited number of suppliers; require strategic partnerships
Graphite
Medium RiskEnhances the lubricity of braking surfaces
Procurement note: Stable supply yet subject to geopolitics
Used In(1 vehicle)
Brakes & Wheels
Key Specifications
Procurement Summary
Typical Lead Time
Typically 6-8 weeks depending on order size and customizations.
Minimum Order Qty
Minimum Order Quantity: 20 sets for OEM contracts.
Cost Indicator
Premium cost tier due to advanced materials and technology.
Supply Risk
Supply chain disruptions may occur due to reliance on specialized materials and manufacturing processes.
Certifications
Applicable Standards
Trayce Verified
Unverified — no published review
Trayce Verified applies only to the dimensions shown as independently sourced below. It is separate from paid Enhanced Profiles and does not guarantee capacity, lead time or supplier suitability.
Company identity
Unknown — not reviewed
Manufacturing location
Unknown — not reviewed
Certifications
Unknown — not reviewed
Programme relationships
Unknown — not reviewed
Source counts describe profile citations, not independently verified checks. Certification review applies to the recorded dimension; individual certificates, capacity and lead times are not verified by this panel.
