The Ferrari carbon fiber chess set beautifully merges the style and speed of Ferrari with the methodical slow pace nature of chess.
As its name suggest, the Ferrari carbon fiber chess set pieces are made from carbon fiber covered wood, as well as the playing board where squares alternate between carbon fiber and fiberglass. The same level of detail and precision one would expect to find in Ferrari is also applied to this chess set, which is hand made in Italy. The Ferrari chess set includes 16 red and black chess pieces, with the knight piece designed to resemble the Ferrari symbol. The set also comes with 16 carbon fiber checkers pieces, in case checkers is more your speed.
Priced at $2,038, the Ferrari carbon fiber chess set is geared towards those with style and taste, as well as a lot of disposable income.
Sports Car Chess Sets
The Ferrari Carbon Fiber Chess Set is Built for Speed
Trend Themes
1. Luxury Chess Sets - Creating high-end chess sets using luxurious materials and premium craftsmanship presents an opportunity for disruptive innovation in the chess set industry.
2. Automotive-inspired Design - Incorporating automobile aesthetics and themes into chess sets opens up innovative possibilities for merging two distinct industries.
3. Carbon Fiber Products - Utilizing carbon fiber in various consumer products, such as chess sets, showcases the potential for disruptive advancements in material usage and design.
Industry Implications
1. Luxury Goods - The luxury goods industry can explore the creation of exclusive and high-end chess sets, targeting affluent consumers seeking stylish and unique products.
2. Automotive - The automotive industry has an opportunity to collaborate with chess set manufacturers, injecting automotive-inspired design elements into chess sets and expanding their brand presence.
3. Material Manufacturing - The material manufacturing industry can focus on developing and promoting the use of carbon fiber in various consumer products, offering lightweight and durable options that enhance aesthetics and functionality.