🎧 AE 21. Shooting for the Moon | Monolith and Barrelhand 🚀 What if the space exploration watch today was made for the space missions of tomorrow?

AnalogExplorer

1 month ago

AE 21 | Shooting for the Moon | Monolith and Barrelhand

Listen to this episode from Analog Explorer on Spotify. For full notes, photos, and video links, subscribe to Analog Explorer on Substack - https://open.substack.com/pub/analogexplorer/p/ae-21-shooting-for-the-moon-monolith 🛸 Back on the mic is the engineering and 3d printing visionary Karel Bachand, founder of Barrelhand Watches. You might remember him from AE 15, where he discussed the fusion of 3D printing and cutting-edge watch design. But this time, all systems are finally ready to lift off with the project he teased at the end of that episode; the Monolith. Barrelhand was kind enough to include me months ago as a beta tester of the Monolith right here on planet Earth here in the PNW. After weeks of wearing it and providing feedback, it was incredible to be able to look behind the scenes as this project progressed. But even after that prototype that was on my wrist, which I’m glad I can finally share with you now, they still continued to improve upon what was already out of this world in design. As you’ll hear, they made it even lighter (20%) and more robust than the prototype I had on my wrist! It was already the lightest automatic watch, in a 38mm case, I had ever felt. Being made from an alloy as light as aluminum, stronger than titanium, and, of course, 3d printed. For more including full notes, photos, and links, subscribe or support to Analog Explorer on Substack - https://open.substack.com/pub/analogexplorer/p/ae-21-shooting-for-the-moon-monolith --- Support this podcast: https://podcasters.spotify.com/pod/show/analogexplorer/support

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Barrelhand was kind enough to include me months ago as a beta tester of the Monolith right here on planet Earth here in the PNW. After weeks of wearing it and providing feedback, it was incredible to be able to look behind the scenes as this project progressed. But even after that prototype that was on my wrist, which I’m glad I can finally share with you now, they still continued to improve upon what was already out of this world in design. As you’ll hear, they made it even lighter (20%) and more robust than the prototype I had on my wrist! It was already the lightest automatic watch, in a 38mm case, I had ever felt. Being made from an alloy as light as aluminum, stronger than titanium, and, of course, 3d printed.