Want to have a fly timepiece on your wrist without feeling weighed down? This could be a distinct possibility soon thanks to a recent graphene-related innovation. Though seemingly inconsequential, the implications for style, comfort, and function are extraordinary.

This January, the world’s lightest mechanical watch was unveiled in Geneva, Switzerland, the result of a unique collaboration between the University of Manchester, watchmaking brand Richard Mille, and racing team McLaren F1. At just 40 grams, the watch owes its lightness to its graphene composite called. The watch also has a graphene-injected rubber strap, making it extra resilient.


Why graphene? If you read my blog, you know that the one-atom-thick “wonder material” is extremely durable, flexible, and conductive, making it ideal for wearable technology and the future of fashion. It was first isolated in 2004 by Nobel-winning scientists at University of Manchester, which explains the institution’s role in this collaboration and other projects involving the material.

The watch was, in part, inspired by the wishbone structure of the McLaren-Honda F1 racing car. McLaren has been pioneering techniques involving carbon to combine lightness and durability since the 1980s.

According to James Baker, Graphene Business Director at the University of Manchester, “The results from this project have shown exactly why graphene is perfect for delivering improvements where high-performance materials are necessary and is a key step forward into developing more widespread applications including automotive and aerospace.”

It’s safe to say that this super lightweight watch carries a lot more weight metaphorically—for science and for the future—than it does physically. Since this innovation tells more than just time, I guarantee this is just the beginning.