The Jaeger-LeCoultre Gyrotourbillon 1 is certainly an incredible example of ultra-complex watchmaking. In a field seemingly inundated with tourbillon watches, this Jaeger LeCoultre watch takes things to a whole new level, with a spherical tourbillon carriage that rotates upon multiple axes, compensating for errors in positions that the traditional tourbillon cannot. As if that weren’t enough, it also has a perpetual calendar display and an equation of time. This is the kind of watch that really makes you stop and say “Wow!”. Like it or not, the Gyrotourbillon 1 is definitely impressive as an achievement of micro-mechanical brilliance.

And while it certainly highlights the skill and prestige inherent in a great watchmaking house such as Jaeger-LeCoultre, it also puts an equally bright spotlight upon the increasing role of extremely sophisticated manufacturing techniques to realize such “hyper complications”. Without extremely precise spark erosion technology, lasers, robots and other modern miracles which allow unprecedented precision of manufacturing the base components, to say nothing of the computer assisted design programs which facilitate the functional designs, such staggering pieces as the Gyrotourbillon 1 would most likely not see the light of day. It makes you think a bit of something slightly ironic: while the human element is certainly significant in the construction of today’s fine timepiece, there is also an equally great amount of 21st century technology involved.

I am also struck by the realization of just how phenomenal the watchmakers of the 19th century had to be to envision, construct, and finish pieces such as sonneries and grande complications, all with the much more rudimentary technology available to them in their day!