HB Factory presents the Hublot Big Bang Sang Bleu II T17 limited edition, a striking black carbon fiber release marking a breakthrough in modern luxury watchmaking. This debut edition showcases a bold reinterpretation of geometric tattoo-inspired design, combining hexagonal and diamond-shaped architectural elements with a full carbon fiber construction.
This model embodies Hublot’s design philosophy of “making the invisible visible.” The carbon fiber material, never before applied to domestic Sang Bleu tattoo editions, represents a significant material innovation and offers a lighter, more comfortable wearing experience despite the large case size. It is also highly resistant to wear, ensuring long-term durability and lasting visual appeal.
The watch features a 45mm full carbon fiber case with a matte finish and three-dimensional textured appearance. Geometric design elements are integrated throughout the case structure, with hexagonal bezel architecture secured by six H-shaped titanium screws. The lugs feature a sharp, angular design with strong structural lines.
The dial stands out with diamond-shaped hour and minute hands, along with hexagonal sub-dials, creating a dynamic geometric visual effect as the time changes.
It is fitted with an imported rubber strap featuring a quick-release system, designed with geometric lines to enhance the three-dimensional visual experience. The folding clasp matches the original design specifications for convenience and stability.
The watch is powered by a 7750 automatic chronograph movement, featuring a titanium inner plate structure, satin-finished skeletonized hands, and a multi-faceted sapphire crystal with anti-reflective coating for enhanced scratch resistance and clarity. The imported fluororubber strap ensures superior comfort and flexibility.
This HB Factory Sang Bleu II edition delivers a bold fusion of geometry, material innovation, and mechanical craftsmanship, making it a standout luxury sports chronograph designed for collectors who value design intensity and technical presence.




