This new watch is specially designed to explore space-which is not omega

Bachand threw even normative rubber fillings in the industry used to close the water control box. “This will begin to deteriorate without -40 ° C,” he says. “We looked at ISS airlines and found a partner that could make a ring of a ring with a similar chemical makeup-a spacecraft that will not become fragile when it freezes.”

Each individual component of the properties that will not be considered on the ground – such as the phenomenon of “overcoming”, has been considered the emission of gases absorbed into the surrounding atmosphere. “If you open a plastic product off Amazon, you will remember that you have received a harsh chemical smell known as flying organic compounds (volatile organic compounds),” Pachnd says.

In addition to re -imagining an elevation idea, Barrelhing says it is in this process (in one way or another by default), he will create an hour that can deal with anything on the ground. For example, the hishler pressure is tested to 580 meters depth. Bachand says that here too, the use of 3D printing is essential, and slowly changing technology perceptions associated with only the design of the initial models.

“We have used Project One as a research platform for a new three -dimensional printing test. For watches, it’s a type of sacred engineer: it’s very small and very accurate,” says Pashand. “If you can make a movement BridgeIt has already shown the maturity of technology. When this showed (to watchmakers), it is exciting for them. “

Photo: barrel

However, the ultimate goal is to see the stroke used in space – and it may prove that it is a challenge that goes beyond the pure engineering capacity. Bakhand says that providing equipment to NASA is a bureaucratic and timely process, and that half of the Omega century will offer its own obstacles. Although it follows the official road, Barrelhand takes simultaneously the “Roots Roots” approach, where individual astronauts and scientists who can be more easily convinced of their advantages are flirted with.

“Everyone who talked about them really understands the task and sees the need for this, and the need for innovation and continuing to improve in any tool,” says Bashand. “Many astronauts are a college of watching, but they are also interested in tools and innovation. They are not always concerned with history or the current situation; they just want everything that is better. When people get their hands and understand the specifications, and think about everything, I think it will be not deceived.”