It is the last thing you would expect

Did you know that wood could be a lot of fun to use for satellites in the future? These are his main points.

Humans have been sending satellites into space for several decades. The vast majority of them had classic metals such as aluminum, iron or fiberglass as the “car body”. However, experiments are still being conducted on which materials are more interesting from a technical point of view. Scientists They are constantly experimenting with it More recently, they have focused on wood. Can wood be used as a satellite shield?

This is exactly what has been thought over the past few years. In fact, tests have already been carried out in this regard. without going any further, Kyoto University, Japan, has already tested the performance of a type of wood on the International Space Station (ISS). Japan is one of the countries that conducts tests in this regard in this space unit, so it took advantage of this ability to test a satellite made of wood.

Let’s see, then, what were the results of the investigation, why the program was able to identify a type of wood as a possible solution for future satellite protection, and, of course, How well they can do their job without being interfered by the article. Undoubtedly, we find ourselves facing an essential element in future studies at the spatial level.

Wood satellites: why this natural material could be different in the future of space

The first thing worth noting is that we are dealing with a specific type of wood. Magnolia has become an interesting alternative from a research standpoint on many occasions. However, for some time, it has been possible to check how a series of Very outstanding characteristics in the field of aeronautical research. To understand the importance of this natural compound, its differentiation must be taken into account when it comes to supporting the conditions found at such altitudes.

To understand why people continue to consider this substance, it is necessary to look back a bit. Some time ago, in the Japanese ISS Kibo Experiment Unit, magnolia wood was analyzed as Item used for future missions. To do this, it was investigated how cosmic radiation and drastic changes in temperature affect it. The results were, without a doubt, amazing. No decomposition or deformation occurred. There was no damage to the surface or changes in mass.

In addition, it is a proposal that allows communication to be maintained and received, without interference, radio signals. This is a particularly important factor, because without this property, we cannot talk about magnolia.

These tests, along with their corresponding results, have led to the identification of magnolia as a potential material for inclusion in space missions. It should also be noted that, in terms of ecology, this option is much more interesting. When the satellite stops working, It usually ends up falling apart due to friction with the atmosphere. This also happens with magnolia wood, but the residue formed is not the same. In this second option, a complete breakup is obtained.

As learned in A.S press releasein the future LignoSat is expected to This material is used as the main technology to make his body. The goal is to achieve interesting technology from an innovation and security point of view, and ultimately perspective Environmentally friendly. The satellite industry is an industry in full growth, so it can be very interesting to adapt it to use this type of all-natural material.