Worn & Wound
Introducing the Apiar Carbon1.0 OG
Think about where we are in watchmaking in 2026. You could argue, pretty reasonably I think, that the problem of chronometry has basically been solved. We have access to mechanical watches that are accurate to seconds per month, and quartz watches that are accurate to seconds per year. There are advancements around the edges (Grand Seiko’s new U.F.A. movement comes to mind, the most accurate watch powered by a mainspring, accurate to 20 seconds per year), but it’s hard to imagine an advancement in timekeeping at this point that would actually be meaningful in our daily lives. For movement geeks, sure, shaving off seconds here and there will always be a fun new development, but for many we’ve reached a point of diminishing returns, where all that really matters are bragging rights by the brands (and those matter a lot – big marketing campaigns are built around them). So where do the advancements come from in the years ahead? Many people with a lot more experience in this industry than me have discussed materials science as the next big step for watch brands, and we’ve certainly seen a lot of alternative materials used in cases and movements over the last few years. Once you go beyond the traditional steel, titanium, and precious metals that watch cases are normally made from, you open yourself up to manufacturing and creative options that are typically encountered across other industries, like the aerospace sector and medical manufacturing. The UK based brand ...
