Breitling Blackbird automatic A44359 Reviews

NEWS WATCHES

HourTime Show 'Experiments' Watch Podcast Now As Video & Audio Show
best watches audience members who subscribe to our YouTube channel may be wondering why I haven’t yet mentioned anything about “HourTime Experiments,” a new series of videos we have been trying to upload on a somewhat regular basis. For several years, John Biggs and I co-hosted the HourTime Show Watch Podcast through over 150 episodes as an audio-only show. Over a year ago, we stopped for no other particular reason than that the time burden on us to both record and produce the show become far too tenuous given our work and travel schedules. It also didn’t help that we had no particular plans or tactics on monetization to help with little things like having a producer or any type of technical help.After the HourTime Show podcast stopped releasing new episodes, a lot of you started to react and request that the show come back. Each few days, we would receive an e-mail, comment, or message otherwise asking when the show would come back. For a long time, I wanted to
How An Armin Strom In-House Watch Movement Comes To Life
Sponsored Post written for best watches by advertiserIf you have the opportunity to visit a watch factory, you will no doubt see many different operations being performed by different machines and people with different specializations. Only at Armin Strom, however, will you see all these tasks being performed in such a compact space at one of the industry's smallest, yet no less capable, manufactures.The Armin Strom manufactureNo new watch movement would ever see the light of day, however, were it not for the original ideas of the engineers and watchmakers behind them. In the case of Armin Strom, it is Claude Greisler who puts ideas such as the one for the revolutionary Mirrored Force Resonance movement down on paper before they are transferred to computer-aided design programs to start modeling the movement. Like so many things at Armin Strom, all of this is done in-house, with the dimensions calculated down to a precision of one micron to provide the inputs for the machines that will