Forged Carbon Collaboration Timepieces

View More

These Unimatic x Hodinkee Modello Timepieces are Rugged

These new Unimatic x Hodinkee Modello timepieces have been unveiled as part of the continued collaboration between the brands as a decidedly rugged series of accessories for collectors alike to admire. The timepieces include the Modello Uni U1S-Carbon GMT and the Modello Quattro U4S-Carbon, which are both crafted using forged carbon. This lends a distinct level of rigidity to each of the watch styles, while still maintaining an inherently lightweight construction.

The Unimatic x Hodinkee Modello timepieces are limited to 250 examples each and both feature blocky indices along with hands finished with Super-Luminova. Priced starting at $2,200, the watches each feature a TPU strap that further lends to the overall lightweight construction and is also easy to maintain between wears.
Trend Themes
1. Forged Carbon Timepieces - The collaboration between Unimatic and Hodinkee has resulted in a series of rugged timepieces crafted using forged carbon, providing a distinct level of rigidity and lightweight construction.
2. Limited Edition Collectibles - The Unimatic x Hodinkee Modello timepieces are limited to 250 examples each, offering collectors a unique and exclusive accessory.
3. Lightweight Construction - The use of forged carbon and a TPU strap in the Unimatic x Hodinkee Modello timepieces create an inherently lightweight design that is easy to wear and maintain.
Industry Implications
1. Luxury Watches - The collaboration showcases innovative materials and limited edition designs in the luxury watch industry, appealing to collectors and enthusiasts.
2. Fashion Accessories - The Unimatic x Hodinkee Modello timepieces offer a unique blend of style and craftsmanship, making them sought-after fashion accessories.
3. Collectibles Market - The limited quantity and exclusive nature of the Unimatic x Hodinkee Modello timepieces position them as desirable collectibles in the market.

Related Ideas

Similar Ideas
VIEW FULL ARTICLE