Vacheron Constantin has designed the most complicated watch in the world, spending eight long years of hard work designing and building this masterpiece. With each additional feature that measures something other than the time in hours, minutes and seconds, a pocket watch garners another "complexity." The last record holding watch had 33 complications, this one almost doubles that with 57.
Among the things this single pocket watch measures is the Hebrew, Gregorian and Business calendar. Though these things are standard in digital watches, be reminded that this is all measured by simple spring, gear and cog mechanisms. If that's not enough, the watch even has the Westminster chime integrated into it, with gongs and hammers that play the same tune as London's very own Big Ben.
As for the undisclosed price tag, noting that the last record holder was priced at $24 million, it's likely that the Vacheron Constantin Reference 57260 is also well out of the ordinary pocket watch budget.
Record-Breaking Mechanical Watches
The World's Most Complicated Watch Boasts 57 'Complexities'
Trend Themes
1. Complicated Mechanical Watches - The demand for mechanical watches with record number of complications offers an opportunity for innovation in watchmaking.
2. Calendar-measuring Watches - Incorporating calendars other than Gregorian in watches could be a disruptive innovation opportunity for watchmakers.
3. Luxury Timepieces - Creating high-end custom-made luxury watches with unique features could provide a new opportunity for the luxury watch industry.
Industry Implications
1. Watchmaking Industry - Incorporating cutting-edge technology and designing complicated mechanical watches could help capture the market share for the watchmaking industry.
2. Luxury Watch Industry - Designing unique luxurious watches with high-end features could help maintain the growth prospects of the luxury watch industry.
3. Mechanical Engineering Industry - Collaborating with the watchmaking industry to innovate and create new mechanical watch technologies could provide growth prospects for the mechanical engineering industry.