New Delhi, May 16 (IANS). The life of astronauts is not so easy. They have to do a lot of practice before flying to space. The name of one such practice is simulation practice. The Canadian Space Agency (CSA) posted a new video of Astronaut Jeremy Hansen on social media, in which Hansen is seen practicing simulated after returning to Houston.
Jeremy Hansen has posted a new video on his official Instagram account. In this, Hansen is seen returning to Houston and doing simulated practice. These exercises are being conducted to further improve spacewalks on the lunar surface in future Artemis missions.
CSA wrote along with the video, “Some people don’t get any rest!” Even after returning to Earth from the Artemis II mission, Jeremy Hansen continues to prepare. The main objective of this simulated exercise is to understand how astronauts can function effectively in the suits once they land on the Moon.
Now the question is what is simulated practice and why is it done? Simulated practice i.e. mock or simulation based training. In this, astronauts are given training by creating an environment like a real mission. It involves physical activities while wearing a spacesuit, using equipment and facing various challenges.
This method is being adopted because the Artemis II crew has not yet returned to full physical capacity. These exercises are being carried out keeping in mind the situation of starting work immediately after landing on the Moon. This shows what challenges may arise in a real mission and how they can be handled better.
Modeling and simulation play a very important role in spacewalk. These help in in-depth analysis, evaluation and testing of the performance of the spacecraft and the entire mission. This can ensure the safety, efficiency and success of difficult missions before they are actually launched.
Space agencies have advanced facilities in this area. There are many advanced capabilities available such as mission simulation, virtual reality training, thermal analysis, power system testing, electromagnetic analysis, software integration and hardware-in-the-loop testing, in which real astronauts work in a simulated environment.
–IANS
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