Engineering Aesthetics
Carbon Ceramic Braking: R01
Carbon Ceramic Braking: R01
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Thermal Friction: The Carbon Ceramic Braking System // Blueprint R01
Engineering Note: Deceleration is the negative acceleration of mass, and in elite motorsport, it is a battle against thermal energy. This technical blueprint deconstructs the Carbon Ceramic (C/SiC) braking system, focusing on the synergy between the 6-piston monoblock caliper and the ventilated rotor.
Drawing from the heat dissipation standards in the Bosch Automotive Handbook, this artwork highlights the intricate internal cooling vanes and the cross-drilled patterns designed to prevent outgassing and brake fade. It is a study of material science and mechanical advantage, representing the point where kinetic energy is transformed into thermal stability. A definitive piece for those who appreciate the engineering required to stop a 200mph machine with surgical precision.
Technical Specifications:
Paper Finish: Premium matte coating with a smooth, non-reflective surface.
Environmental Integrity: FSC-certified paper supporting sustainable practices.
Technical Specifications
Technical Specifications
FeatureSpecificationPaper Stock
200 g/m² (80 lb) Premium Archival Museum-Grade.
Finish
Professional Matte (Non-Reflective) - Optimized for studio lighting.
Printing Technique
Giclée high-fidelity inkjet for extreme line precision.
Durability
Acid-free paper & UV-resistant inks (Long-term preservation).
Sustainability
FSC-certified paper (Forest Stewardship Council).
Packaging
Industrial-strength cardboard tubes for 100% damage protection.
