Airbus’s last military drone has been designed and manufactured in Spain. Its importance is not measured only in meters of altitude

Spain has just marked a milestone in the European defense industry. Airbus is over assembly of the first SIRTAPa New Generation Tactical Dron which has been designed and manufactured in the country. It is not just a technical advance: it is a declaration of intentions about the role that is sought to play in the development of strategic technologies. The Sirtap has been assembled at the facilities of Airbus Defense and Space in Getafe. The purchase was formalized by the Ministry of Defense in November 2023, with a request for nine complete systems composed of 27 aircraft and nine control stations on land. It is there where the first prototype has taken shape, and where it is now preparing to start the Test Campaign on Earth. The Spanish set by tactical drones The tests, which will evaluate both the structure and the main components of the system and the software, will be extended during the next months. The goal: to leave it ready for your first flight Before ending 2025at the CEUS DEL INTA trial center, in Huelva. According to Airbus, the new drone has been designed to fly in extreme conditions: it can operate between -40 ° C and 50 ° C, land on unpaid tracks and stay in the air for more than 20 hours in a row. To this is added an operational roof greater than 21,000 feet (6,400 meters), which would make it an ideal platform for long -distance recognition and surveillance missions. What Airbus poses with the Sirtap goes far beyond simple recognition. The drone has been thought of as A modular platform capable of adapt to different missions: You can monitor convoys from the air, act as an armed escort, detect electronic signals, participate in electronic war operations or control borders in hostile environments. It can also be deployed in emergency tasks, such as the search for vessels on the high seas or fire support. One of the most outstanding points of SIRTAP is that it has been designed without components subject to Itar restrictionswhich, according to Airbus, facilitates its export to international markets. This feature, together with its modular architecture, opens the door to future versions adapted to different environments, such as a naval variant or with complete weapons integration. A no less detail is that the system is also designed to interoperate with existing command and control networks. The Sirtap breaks into a segment with Several established actors. Uav like him TACTICAL HERONwith its ability to carry several useful loads simultaneously and operate from semi -sighed clues, or the Bayraktar TB2known for its missions in real combat and more than one million hours of operational flight. We also find al Falco Xplorerwith its autonomy of more than 24 hours and flight roof above 30,000 feet. Given that panorama, Airbus drone proposes a promising combination: Itar restrictions free, modular architecture, interoperability with European systems and operability in extreme conditions. Its focus is not to overcome figures, but to offer an adaptable platform, easily exportable and margin to evolve towards naval or armed versions. He has not yet taken off, but his road map places him as an actor to take into account. Images | Airbus Media Center In Xataka | Otto wants to break molds with the Phantom 3500: Goodbye to the windows for passengers, hello to the immersive screens

The importance of maturation point at nutritional level

Banana is a one of the favorites of consumers and in this factors such as taste and nutritional contribution have some weight. It is evident for consumers that the taste of bananas, such as their texture, changes as fruit is maturing. It may not be so obvious, but the Nutritional characteristics From this fruit they also change in a similar measure with the maturation of the fruit. What exactly is what is happening? The banana is usually recognized as a great source of potassium (a banana can contribute about 10% of the potassium that we require throughout the day), but of course it is much more than that. This fruit It gives us diverse nutrients as magnesium or phosphorus, as well as vitamin B6. It also gives us macronutrients such as proteins, fats and hydrates. And of course, banana is a great fiber source. However, the proportion of nutrients that one of these fruits can give us depends on a factor that sometimes we do not take into account, its maturation. All fruit, when maturing, changes its chemical composition. This is what makes properties change such as texture and flavor. But this chemical change also implies something that we do not obviously perceive, a change in your nutritional contribution. The banana It is one Of the best examples of this. The key to change is in carbohydrates of this fruit. In immature bananas, green, starches predominate. With the passage of time and maturation, banana starch is transformed, through chemical changes that They give rise to transformation Of these starches in simple sugars such as fructose and glucose, as well as the disaccharide resulting from the union of both, sucrose. This change has as a consequence that ripe bananas have a softer texture and a Sweetest tastewhich makes them a sweetener for desserts and other recipes in which their sweetness is required. On the other hand, if what interests us is its fiber contribution, a greener banana will be our best option. In bananas predominates The call “Resistant starch”, Which we can consider a type of food fiber. Our small intestine does not break these compounds, but can be collected and consumed by the bacteria that reside in our digestive tract. That is why green bananas can be seen as a better fiber and fiber source Prebiotics. These “ferment” this starch, releasing fatty acid acids as the butyrate, which could have a positive impact on our health. Bananas are also a pectin sourcea soluble fiber in water. The glycemic index The changes given during the banana maturation process have another consequence, and it is that The glycemic index (IG) of this fruit It also changes. Thus, the IG of a more mature banana can be around the value of 51, while one without maturing could be around 24. A value above 55 is usually considered low, which implies that this fruit does not generate a considerable glucose peak. Of course, the glycemic load (CG) of this fruit can be considered moderate, with indices above 10 for both green and ripe fruit. The CG of this fruit would be around 13 in the case of the most mature specimens, being 11 in the case of the least mature. Our preference for more or less mature bananas surely focuses on its flavor and texture, but taking into account the specific properties of each degree of maturation can help us choose bananas depending on what we want to achieve. Green bananas: Fiber and prebiotic source Lower glycemic index Less sweet taste and firmer texture Mature bananas: Sugars replace fiber Greater glycemic index, but still low Sweet taste and soft texture (convenient for some recipes) All measures that tell us about the proportion of nutrients in fruits are estimates or averages. It is not possible to give a generic and universal value to the presence of a nutrient in a fruit since there are very different factors that affect its chemical composition. The degree of maturation is one of the most important. It is also one that can change even while the fruit rests in our pantries. But it is not the only one. The variety of the plant that has given the fruit, the climate of the place where it has been cultivated and the meteorology of the year in which the fruit has grown are factors that affect the taste and the nutritional characteristics of a fruit. What makes it special to degree of maturation It allows us to have some control over the nutrients that the fruit unit gives us to be able to adjust them to what our body or our palate requires on each occasion. In Xataka | The banana has the days counted as we know it. A tiny Australian variety wants to save it Image | Xataka with chatgpt

Low salt diets were our ally to control blood pressure. We had been overlooking the importance of banana

Sodium and potassium are two key elements for the functioning of our body, one sometimes interconnected to the point of serving one as a counterweight of the other. The excess sodium that we associate with high blood pressure leads many to control their salt consumption. On the other hand, if there is a food that we associate with potassium this is banana. Although not the only remarkable one. Less salt … or more bananas. A study based on mathematical models He has found Tests that increasing potassium consumption can be even more effective than reducing sodium consumption when our goal is to regulate our blood pressure. This can help us increase the dietary options of people at risk of cardiovascular diseases. “Usually, when we have high blood pressure, we are recommended to eat less salt,” Explain in a press release Anita Layton, co -author of the study. “Our research suggests that adding more foods rich in potassium to your diet, such as bananas or broccoli, can have a greater positive impact on your blood pressure than just cut the sodium.” Electrolytes Both sodium and potassium function and electrolytes In our body, that is, substances that help our body conduct electrical signals, but that also fulfill other functions such as regulating the amount of water in our body or the level of acidity in the blood. Calcium, magnesium or phosphorus are other elements that enter this category. The sodium Specifically, it plays an important role in maintaining the volume of the blood fluid under control. Under normal conditions, if our body detects an excess of sodium or an excess volume in the extracellular medium, it reacts excreting sodium to return to normal. The lack of potassium is has related with greater difficulty in controlling the risks derived from sodium in our body. A mathematical model. The connection is well described in the scientific literature but the complexity of the biological mechanisms involved makes it difficult to estimate the magnitude of this connection between sodium, potassium and blood pressure. To estimate it, a team of researchers from the University of Waterloo, in Canada, has created a mathematical model that allows you to quantify this connection. The new model managed to identify how the potassium to sodium ratio consumed affects the body. The model takes into account aspects that affect this relationship such as sex or age. The team observed, for example, that, although men are more easily in an increase in blood pressure, they also respond to a greater extent to the increase in the proportion between potassium and sodium. The details of the study were published In an article In the magazine American Journal of Physiology-Renal Physiology. Evolutionary question. As explained by the team responsible for the study, evolution has been able to have a great impact on how these elements affect us. They point out that, during the recent evolutionary history of the human being, the presence of fruits and vegetables in our diet has been high, so it is natural that the regulatory systems of our body depend in such a degree of nutrients that these give us. Contemporary Western diets are, however high in sodium and low potassium. This could explain, they point out, why blood pressure problems are so prevalent in industrialized countries. Not only bananas. We usually associate potassium to bananas but these are not the only foods that this nutrient contributes. Among the foods that They stand out for their contribution in potassium They are vegetables such as spinach, tomatoes, avocados and brocoli; legumes such as beans, lentils and soy; The potatoes. Among the products of animal origin are some dairy products, and fish such as phatan, salmon and Verdel. In Xataka | Banana must die (and only science can resurrect it) Image | Pixabay

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