Rogers‘ Advanced Laminates Power The Mars Exploration of NASA

时间： 2021-06-24 来源：Rogers

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Yesterday, NASA announced yet another historic moment on Mars: the landing of their most advanced explorer yet, the Perseverance Rover. After a 6-1/2 month-long journey from Florida, the rover successfully touched down at the Jezero Crater at 3:55 pm EST. This rover is described as a robotic geologist and astrobiologist that will not only investigate and collect data for the next two years but also aim to return Mars samples back to EaRTh.

Much like its predecessors, the Perseverance is packed full of technology aimed to withstand conditions of space travel and the Mars weather system. Landing, maintaining, and returning to Earth requires mission-critical dependability, something that ROGERS’ high-reliability materials provide. For over 40 years, our advanced circuit materials have been in nearly every US space mission, the Perseverance included.

Advanced Laminates for Mission-Critical Applications

High-frequency specialty laminates enable radars and antennas on these types of rovers and the vehicles that get them there. These radars and antennas aid in communicating maneuver commands with the vehicle, transmitting collected data, and other important functions. When these materials perform properly and reliably, they collect data beyond expectations. Now, the hope is they will also return that data, in the form of physical samples, back to Earth.

Using Curiosity as Fuel

The successful landing of the Perseverance Rover is a milestone in space exploration that deserves to be celebrated. As Astronaut Gene Cernan once said, “Curiosity is the essence of our existence,” and it is that curiosity that inspires our engineers to develop such reliable materials, used for real-life applications that would have been mere dreams 10 years ago. We are proud that Rogers’ laminates help enable these pioneering journeys with mission-critical reliability.

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本文由Batman转载自Rogers，原文标题为:The Mars 2020 Mission and Rogers’ High Reliability Materials，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。

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