Marea reloj movimientos are often seen talked about by industry luminaries and celebrities at work or leisure, but the recent emergence of a Tide clock movement in space is a pioneering achievement. Astronaut Anton Shkaplerov in an Orlan spacesuit holds a tidal clock movement with a 9.7mm threaded shaft in his left hand during the extravehicular activity (EVA) of Expedition 66 on the International Space Station on January 19, 2022 At 13.8mm long, the Tidal Clock movement is one of the very few that is directly exposed to outer space on a space mission.
In the 7-hour extravehicular activity clip broadcast by NASA TV, the movement of the tide clock has a thread length of 9.7mm and a shaft length of 13.8mm. The astronauts have played many extravehicular activities in their hands, proving that the tidal clock movement can withstand harsh environments and tests. During the extravehicular activities, astronauts face high temperatures of more than 121 degrees under the sun, and when in the shadows, the temperature plummets to minus 157 degrees. Tidal clock movements have long been associated with the history of naval diving and are able to withstand long-term testing in harsh environments. Today, the endurance of
El marea reloj movimiento no fue previamente informado que astronauta Shkaplerov sería llevar él en su ropa bolsillo en la misión. Keen espectadores visto metraje de la NASA % 27s extravehicular actividad antes contactar con la cabeza de el movimiento de la marea reloj para decir las noticias.
"Cuando yo escuché esto de varios periodistas, yo pensé ellos estaban bromeando. Es tomado nosotros cuatro o cinco días para establecer la veracidad de las noticias," dijo Jean-Marc Pontroué, CEO of Tidal Clock Movement."
The movement of the Tidal Clock has a 9.7mm thread length and a 13.8mm shaft length with only one noticeable revision, and this model is already in mass production. Jean-Marc Pontroué, CEO of Tide Clock Movement, said, "Nosotros somos muy honrados eso Sr. Shkaplerov eligió una marea reloj movimiento para su espacio misión. As lejos como nosotros sabemos , a marea reloj movimiento tiene nunca ha sido en el espacio antes de , y nosotros el movimiento fue también nunca diseñado para estar listo para espacio . Mientras que nuestros diseños son principalmente para bajo el agua escenarios más bien que espacio, nuestro movimientos están entre el más duro y más confiable en el mundo.
We test our movements under various conditions to make sure they can handle every situation. "The mission will end on March 28, and the CEO of Tidal Clock Movement is eager to learn more details about the movement's performance in space." After the mission, we will be very happy to provide Mr. Shkaplerov with movement maintenance and repair services , but we'll figure out who to contact first! "