Material Composition | High-performance vehicles, track use | Industry Standard: Cast iron rotors (ISO 513 K01 grade) Our Base: Ceramic composite rotors (ISO 513 M45 grade) Our Advanced: Carbon-ceramic rotors (ASTM C242-18) | ▲ Advanced: 50% lighter than cast iron (reduces unsprung weight) ▲ Base: 30% better heat dissipation (ISO 12229) | ▲ Advanced: 2x cost of cast iron Base: Requires specialized brake fluid (DOT 5.1) |
Rotor Design | Aggressive braking, frequent stops | Industry Standard: Solid rotors (no cooling slots) Our Base: Drilled rotors (weight reduced by 12%) Our Advanced: Drilled + slotted (weight reduced by 18%) | ▲ Advanced: 25% faster heat dissipation (ASTM E1530) ▲ Base: 15% quieter operation (43 dBA vs 50 dBA) | ▎ Advanced: Higher initial cost Base: Risk of crack propagation in extreme conditions |
Caliper Material | Lightweight vehicles, sports cars | Industry Standard: Uncoated aluminum (6061-T6) Our Base: Anodized aluminum (6061-T6) Our Advanced: Reinforced aluminum + ceramic coating (ASTM B209) | ▲ Advanced: 50% corrosion resistance increase (ASTM B117) ▲ Base: 20% lighter than uncoated (reduces inertia) | ▲ Advanced: Complex manufacturing process (longer lead time) Base: Limited thermal stability beyond 250°C |
Stopping Power | Emergency braking, high-speed deceleration | Industry Standard: 60-0 mph stopping distance: 145 ft (SAE J227a) Our Base: 130 ft (▲10% improvement) Our Advanced: 115 ft (▲21% improvement) | ▲ Advanced: 30% shorter stopping distance in wet conditions (ISO 6458) ▲ Base: 15% less fade after 10+ stops (ASTM E23) | ▎ Advanced: Requires premium brake pads (additional cost) Base: Reduced pedal feedback at low speeds |
Weight Reduction | Rally racing, performance tuning | Industry Standard: 12.5 kg per axle (ISO 3833) Our Base: 9.8 kg (▲21% reduction) Our Advanced: 7.2 kg (▲42% reduction) | ▲ Advanced: Improves acceleration by 0.3 sec/0-60 mph (SAE J1349) ▲ Base: Enhances handling responsiveness (reduced unsprung mass) | ▲ Advanced: Fragile under heavy curb strikes Base: May compromise durability in off-road use |
Heat Resistance | Track days, prolonged high-G driving | Industry Standard: Max temp: 450°C (ASTM E23) Our Base: 550°C (▲22% improvement) Our Advanced: 700°C (▲55% improvement) | ▲ Advanced: Maintains rigidity at extreme temps (ISO 12229) ▲ Base: 30% less thermal expansion (minimizes vibration) | ▎ Advanced: Requires ceramic-specific brake fluid (cost +30%) Base: Limited compatibility with stock cooling systems |