Watch brands sharing movements wasn’t always such big news. In fact, until recently it was absolutely the norm. But today, to keep their movements exclusive, watch brands don’t share with each other as often as they used to. And that makes the new arrangement between Breitling and Tudor particularly interesting.
As material science progresses, the watch industry finds itself flush with ever more ways to disrupt the conventional norms of finishing and coating surfaces, many of which have persisted in traditional watchmaking for centuries. Follow me to take a look at some of this disruption and evolution, which recently culminated in the use of Vantablack.
Here at Quill & Pad we are quite smitten by Romain Gauthier’s award-winning Logical One. But one thing that often gets glossed over somewhat is the subject of one of this watch’s four patents: the incredible high-precision chain made of synthetic ruby links. Combined with the snail cam, it is this element that provides the ingenious movement with constant force.
The Geneva Seal is very old, having been proposed on November 6, 1886 by the Grand Council of the Republic and Canton of Geneva as a way to certify a level of quality for which the canton was becoming known. Every piece produced with the Geneva Seal is equally outstanding, so let’s have a look at what goes into attaining this coveted seal.
The initial key concepts for the AgenGraphe chronograph included having the elapsed time indicators displaying around the center hole, so that the indications were large and highly legible, and that the minute and hour displays jumped instantaneously so that there could be no confusion when reading elapsed time. But the new chronograph ended up offering much more than that. Much more!
A client recently asked me if there are any benefits to using automatic watch winders. The short answer is that I have two viewpoints on watch winders. Click to learn the pros and cons as I see them.
Swatch Group and CSEM (Swiss Center for Electronics and Microtechnology) announced on February 5, 2017 that the two entities have collaborated to develop a Swiss made “ecosystem” for “connected objects.”
This is part 3 of a three-part series about Derek Pratt’s reconstruction of John Harrison’s Longitude Prize-winning H4, which was the world’s first precision marine chronometer. This article was first published in ‘The Horological Journal’ (HJ) in April 2015, who we thank for graciously granting permission to republish on Quill & Pad.
Here we present the second part in a three-part series about the making of Derek Pratt’s reconstruction of John Harrison’s H4. This part was written by Carl Murray of Frodsham. This article was first published in ‘The Horological Journal’ (HJ) in March 2015, who we thank for permission to republish on Quill & Pad.
Here we present the first part in a three-part series about the making of Derek Pratt’s H4 reconstruction. This part was written by Roger Stevenson, chief watchmaker at Frodsham. This article was first published in the ‘The Horological Journal’ (HJ) in February 2015 and we thank them for the gracious permission to republish it on Quill & Pad.