plane

In January a SpaceX rocket exploded. Today we know the danger that an Iberia plane was in with 450 passengers in the air

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On January 16, while air traffic in the Caribbean continued its usual routine, three commercial airliners were thrust into a situation that until recently belonged more to science fiction than civil aviation: passing through a possible cloud of rocket debris in mid-flight. Iberia under a space rain. It was a JetBlue plane heading to San Juan, another Iberia plane and a private jet that ended up declaring fuel emergencies and crossing a temporary exclusion zone hastily activated after the Starship explosion from SpaceX a few minutes after taking off. Altogether, about 450 people were traveling on those planes, which ultimately landed without incident, but internal documents of the Federal Aviation Administration (FAA) reveal that the real risk was much higher than what was publicly known at that time. When the protocol is behind. The Starship explosion caused almost 50 minutes a rain of incandescent fragments over large areas of the Caribbean, a scenario in which the impact of a single piece of debris against an airplane could have had catastrophic consequences. However, the warning chain did not work as planned: SpaceX did not immediately report the failure through the official hotline, and some controllers learned of the incident because the pilots themselves they started reporting “intense fire and fragments” visible from the cabin. The exclusion zones were activated late and, furthermore, only covered US airspace with radar, leaving out pockets of international space where, in theory, flying could continue despite the risk. The result was a extreme workload for controllers and situations of added danger, such as excessive proximity between aircraft that forced intervention to avoid a collision. Impossible decisions at 10,000 meters. In the air, theory became a practical dilemma. The pilots were raised a choice that no manual comfortably contemplates: deviate and take risks to run out of fuel over the ocean or continue through an area where space debris could fall. In at least two cases, the only way out was declare emergency to be able to land. Iberia later maintained that its plane crossed the area when debris was no longer falling, and JetBlue assured that its flights avoided the points where debris was detected, but FAA records describe a tense situation in which decisions were made with incomplete information and under extreme pressure. A structural problem. The incident set off alarms both in the airline industry and in the US Government itself, not only because of what happened in January, but because of what comes next. The FAA plans to go from a historical average of about two dozen launches and reentries annually to managing between 200 and 400 every year for the foreseeable future. A good part of this increase goes through Starship, the most powerful system ever developed, with more than 120 meters high and trajectories that, in future missions, will fly over busy air routes in the North Atlantic, Florida or Mexico. The industry’s own history reminds us that the development of new rockets involves failures: approximately one third of launchers active since 2000 failed on their first flight. Half review. After the explosion January, the FAA convened a panel of experts to review protocols for failed launch debris, an initiative that took on even more urgency after another Starship that exploded in March. That second incident was managed better from the aerial point of view, closing loopholes in exclusion zones and avoiding fuel emergencies, and the panel came to identify high risks for aviation safety, such as forced diversions or overloading of controllers. However, in August the agency suspended unexpectedly that internal review, claiming that many recommendations were already being implemented and that the issue would be addressed at another regulatory level, a decision that surprised even some group participants. The defense of SpaceX. SpaceX responded calling the published information misleading and reiterating that public safety is always its priority, ensuring that no plane was really in danger. Your address insist in which the collaboration with the FAA is close and proposes solutions such as real-time monitoring of vehicles and possible debris, so that a problematic launch can be managed almost like a meteorological phenomenon. Meanwhile, the company has moved forward with new evidence of Starship, some longer before disintegrating and others staying within the planned profile, and preparing an even more powerful version for next year. As recognized Its CEO, Elon Musk, is a radical design that will likely have “growing pains.” A warning from heaven. What happened in January was not only a specific scarebut an early warning of a problem that is barely starts to take shape: the increasingly closer coexistence between commercial aviation and a rapidly accelerating space industry. The night when pilots tthey had to choose between the fuel and a rain of space debris showed that current protocols are not fully prepared for this new scenario. The challenge is no longer just to launch bigger rockets more often, but to ensure that the price of that progress is not paid at 10,000 meters above sea level, with hundreds of passengers trapped between the sky and the sea. Image | Adam Moreira (AEMoreira042281), NARA In Xataka | China is launching more rockets into space than ever before. And the reason is very simple: not to depend on Starlink In Xataka | Google doesn’t have rockets, but it is going to install data centers in space. SpaceX and Blue Origin rub their hands

In 2024 a package bomb arrived on a plane. It was the beginning of the great threat to Europe: that of a “ghost” crossing the red lines

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Europe lives a strategic transformation that few had imagined possible in such a short time. What began as a series of “flats” (intermittent blackouts, suspicious fires, minor incursions) has become a coherent pattern: a campaign of directed hybrid war that is no longer limited to destabilizing, but rather deliberately explore the thresholds of what it can inflict without provoking a direct military response. It all started a year ago. The silent climb. The plot is explained more clearly from July 2024when several DHL packages exploded in centers logistics from the United Kingdom, Poland and Germany, devices powerful enough to shoot down a plane if they had detonated in mid-flight. The episode, an infiltrated bomb at the heart of the European air system, marked a before and after, because it showed to what extent Moscow was willing to strain continental security and because it exposed the fragility of an Old Continent trapped between an increasingly aggressive Russia and a United States whose commitment has stopped being reliableand. Since then, Europe no longer sees hybrid warfare as a peripheral nuisance, but as a structural threat which targets critical infrastructures, social cohesion and the European institutional framework itself. In Xataka Mercadona has found a vein to grow beyond its white label and prepared food: tourism The Russian laboratory. I counted this week the financial times that the Russian campaign has been refined in breadth and depth. European intelligence services have disabled plots to derail trains full of passengers, set fire to shopping malls, damage dams or contaminate water in urban areas. The attacks are not isolated improvisations: they respond to a “gig economy” model of sabotage in which young recruited by Telegramlocal criminals or foreigners with residence permits act as expendable pawns for unknown objectives. Plus: they are difficult to detect, impossible to anticipate and legally ambiguous, since they rarely there is a direct connection with Russian intelligence that allows them to be accused of espionage. The case of frustrated railway sabotage in Poland (an explosive planted on the Warsaw-Lublin line that came within seconds of causing a massacre) exposed that pattern in its clearest form: unimpeded entry and exit, cryptocurrency financingfalse identities issued by Moscow and a diffuse chain of command that leads to intermediaries as Mikhail Mirgorodsky or even networks managed by former Wagner members. And there is more. Yes, because each cell discovered suggests others not yet detected, and what is worrying is not the errors of saboteurs (sometimes incapable to delete videos of its own attacks) but the scale that this model offers to a Russia resentful of decades of diplomatic expulsions and doctrinally rearmed to a pre-war period. The doctrine that returns. The ISS analysts They recently reported that the archives of the KGB and the StB (Czechoslovak intelligence) reveal parallels disturbing differences between the sabotage manuals of the Cold War and what Europe witnesses today. The objectives listed decades ago (military bases, energy infrastructures, dams, communication systems, transportation) match almost exactly with the whites of the last two years. Equally revealing is the doctrinal sequencing: during times of peace, minor attacks with the appearance of accidents, in pre-war phases, massive sabotage, increased risk tolerated and increasing willingness to cause civilian casualties, and in open war, total activation of clandestine networks for lethal operations. The prelude to something more fat. It we count very recently. If you will, Europe seems to have entered fully into a intermediate stage: a pre-war phase where each incident also functions as offensive reconnaissance, a permanent exercise by razvedka boyem to measure Western reaction capacity, locate vulnerabilities and exploit any weaknesses. The episode of the unidentified drones airports and military bases European operations illustrate this dynamic: cheap raids, of uncertain origin, that revealed systemic failures in the continental air defense and that, due to their replicator effect (copies, jokes, hysteria, false alarms) multiply the psychological and financial wear and tear. A continent without a network. I remembered the new york times This morning an added problem for Europe: that if the Russian threat escalates, the other half of the problem is the growing disconnection with the United States. For the first time since 1945, Europe perceives that Washington is not unequivocally on your side in a matter of war and peace. The Trump administration is not only pressuring kyiv to accept an agreement In Moscow’s terms, it also redefines Europe as a suspicious actor, criticizes the democratic integrity of its governments and promises to openly support the European extreme right. The result is an unprecedented scenario: a Russia that intensifies its hybrid campaign, a Ukraine that depends almost entirely on continental support and a Europe that must finance your own safety while compensating for the withdrawal of US capabilities (satellites, long-range missiles, command and control) that it cannot replace before 2029the year that NATO considers the limit to have a credible deterrent. European leaders also face depleted budgets, electorates hostile to increased military spending, and a rising far-right that Moscow sees as a strategic multiplier. {“videoId”:”x8j6422″,”autoplay”:false,”title”:”Declassified video of the clash between Russian fighters and the American drone”, “tag”:”united states”, “duration”:”42″} The battle of money. The internal European debate on how to finance the resistance Ukrainian reflects the magnitude of the challenge. To support kyiv for the next two years, about $200 billion is needed, an unaffordable figure without activating the 210,000 million euros on Russian assets frozen in Europe. The problem? Right now it takes the name of Belgiumwhich guards the majority through Euroclear, and which fears retaliation from Moscow and the possible erosion of the credibility of the euro as a safe haven. Washington, despite its strategic ambiguity, is also pressing for these funds to be don’t touch each othersince its eventual return is part of the US scheme for a peace agreement favorable to Russia. One more thing. And yet, without that money, Europe would have to coordinate (outside the EU framework) a colossal loan and politically explosive. The crossroads are so profound that in Berlin and Paris they are … Read more

How to create a trip animation with a plane going from one point to another and showing photos at each destination

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Let’s tell you how to create a video with a travel animationin which you can jump from one point to another, and showing at each destination a photo of that place. This is an animation that you may have seen on social networks, and that you can easily do with an online service. For this, you will be able to use a website called Mult. You can do it all with a free accountalthough as always happens, the website will suggest you become a paying user to be able to export the final video with higher quality or to be able to add more than 10 photos. Create the animation of your trip The first thing you have to do is enter the website of mult.dev. In it, you have to create an account or log in in one of them, something that is totally essential to be able to use the service. You can use your Google, GitHub or Apple accounts, or create an account with an email. Now, go to the option to create a new trip. In it, you will have to add each destination point on the timeline. To do this you can search for the name or coordinates of the point, or directly upload a photo to use the coordinates of its metadata. In the free account the animation will only be shown with a plane to take you from one place to another. However, if you use a paid account you can choose other means of transportation so that the animation is done with them, and also change the route to get from one point to another taking this means into account. The paid Pro version starts at $5.99. When you have added your locations, to the right of each one you have a three-dot button, which displays several options. You can add photosbut also edit the name or change the location. By choosing to upload photos, you can upload them from your computerbut also from files, or even search them on Google Maps or generate them by AI. The free plan allows you to upload up to 10 photos. Once you upload one for a location, select it to add it. As you add photos, they will appear in each location. You can make all the adjustments you want, although you will not be able to see a preview here. And when you have it to your liking press the button Export which you have at the top right. In the export options, you can choose whether you want the video to be square or horizontal and vertical. You can also choose the frames per minute. Here, you can click on the button Preview to see the result and be able to make some changes before. Then, just click on the button Export to download the video and then be able to use it wherever you want. In Xataka Basics | Google Travel: what it is, what you can do with it and how to install it on your mobile

a giant plane made of wood

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On November 2, 1947, thousands of people gathered near the port of Long Beach, California, without knowing that they were going to witness something that was not in their plans. In front of them, a huge plane built almost entirely made of wood He was preparing to move on the water. It was larger than any aircraft that had existed until then. Its creator, businessman and filmmaker Howard Hughes, decided to take charge. That day, for a few brief seconds, the H-4 Hercules —popularized as “Spruce Goose”— managed to take off and prove that it could fly. Five years before that unexpected flight, the world was at war and German submarines were sinking hundreds of Allied ships in the Atlantic. The United States needed a safe way to transport troops and supplies without relying on sea routes, and magnate Henry Kaiser thought he had the answer: a gigantic transport plane capable of crossing the ocean. Since he had no experience in aviation, he went to Hughes, who accepted the challenge of building it under a condition that would complicate everything: the government prohibited the use of strategic materials such as aluminum or steel. When aluminum was lacking and ambition was left over: the birth of the H-4 Hercules The agreement between Kaiser and Hughes was signed in 1942, in the middle of the war, with the idea of ​​manufacturing three units of the new aircraft. They called it HK-1, after the initials of their last names. However, the initial enthusiasm soon collided with reality: the size of the device, the complexity of the design and material limitations caused the project to be delayed more than expected. Kaiser, accustomed to meeting deadlines in the naval industry, grew impatient and abandoned the program in 1944. Hughes decided to go ahead alone and renamed the aircraft the H-4 Hercules. Deprived of metals such as aluminum, Hughes turned to an unusual material in aviation: wood. But not just any wood. He opted for a system innovative called Duramoldwhich consisted of laminating thin layers of birch and gluing them with synthetic resins until forming a structure that was as rigid as it was light. This process, developed a few years before, allowed the parts to be molded with great precision and reduced the total weight of the fuselage. The result was a gray and smooth surface that, at first glance, barely allowed one to guess that this colossus was made of wood. The result of Hughes’ experiments was a monumental flying boat. The H-4 Hercules had a tall wing that extended almost 98 meters from tip to tip and eight enormous28-cylinder Pratt & Whitney enginescapable of propelling the ship with surprising smoothness. Two floats were installed on the outside of the wings to give it balance when sailing. The entire fuselage was built with the Duramold methodwhich provided a smooth surface, without rivets. It was a strange combination of strength, elegance and enormous size. The H-4 Hercules measured almost 66 meters long and more than 79 meters in wingspan, figures that made it the largest aircraft ever built at its time. Its height, more than 24 meters, was equivalent to an eight-story building. Empty, it weighed about 136 tons, and fully loaded it could reach 180. With a cruising speed of about 240 kilometers per hour, it was designed to transport up to 400 soldiers or the equivalent in war material. Despite its size, Hughes was confident that the design would allow it to take off smoothly from the water. The morning of November 2, 1947 dawned calm in Long Beach. The H-4 Hercules was to carry out simple displacement tests, with Hughes at the controls and a small group of technicians and journalists on board. What happened next was not on the flight plan. Halfway through the trip, the pilot increased the power and the seaplane, of more than 130 tons, rose a few meters above the water. It remained in the air for half a minute and traveled about 800 meters before descending gently. It was his first and last flight. The H-4 Hercules cost about 23 million dollars at the time, the equivalent of more than 278 million today. Its development had spread so far that, by the time it flew, the war had ended two years ago. Many considered it a waste of public money and the press dubbed it “Spruce Goose,” a label Hughes detested. For years he defended his project against critics and kept the aircraft in perfect condition, with a full-time team in charge of keeping it ready to fly. For more than three decades, the H-4 Hercules remained hidden in a climate-controlled hangar under the direct supervision of Howard Hughes. After his death in 1976, his company, Summa Corporation, donated the plane to the Aero Club of Southern California. In 1983, heThe aircraft was again shown to the public: The Wrather company moved it to a huge dome-shaped hangar next to the Queen Mary ship, also in Long Beach. For the first time since 1947, the “Spruce Goose” was again seen by thousands of curious visitors. In 1992, the Oregon-based Evergreen Aviation & Space Museum submitted the winning proposal to give the H-4 Hercules a new permanent home. The plane was disassembled piece by piece and transported by barge from Long Beach to Portland, following the Pacific coast and then the Columbia and Willamette rivers. After several months of waiting for the water level, in February 1993 the sections arrived in McMinnville, where temporary hangars were erected to begin restoration. In 2001, the “Spruce Goose” was again shown to the public, fully assembled. More than seven decades after its only flight, the H-4 Hercules remains a benchmark in aeronautical engineering. To this day it maintains three historical titles: it is the largest seaplane, the largest wooden plane and the largest propeller plane ever built. Its technical influence can be seen in numerous subsequent developments, and its history continues to inspire engineers and enthusiasts. What was born … Read more

rise and fall from grace of the favorite plane of celebrities and millionaires

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Two decades ago, a plane that broke new ground and was capable of transporting passengers from one continent to another at supersonic speeds stopped flying. An iconic aerial vehicle whose aerodynamic design, characterized by its tilting nose, slim profile and wings in the shape of ogival deltanever went unnoticed at the airports where it operated. We are talking about Concorde, the result of a Franco-British project that aspired to substantially change commercial flights. The future seemed to be supersonic, so powers like the United States and the Soviet Union rushed to launch their own alternatives to this, the Boeing 2707 and Tu-144respectively, although they never managed to match it. Concorde, an unforgettable plane The Concorde was not a perfect aircraft. In fact, everything that distinguished him from others was precisely what ended up mortgaging his future. I could fly from London to New York In approximately three and a half hours, it flew so high that passengers could see the curvature of the Earth while They enjoyed gourmet meals on fine china and drank champagne. Unlike the Soviet proposal, which had an extremely noisy cabin, the Concorde moved at speeds of Mach 2 (2,469.6 kilometers per hour) with surprising serenity. The idea was not only to get from one point to another quickly, but to do so with the greatest amount of comfort and luxury. Traveling on the Concorde was synonymous with status and glamour. It was the favorite plane of businessmen and celebrities. What some called the unofficial Match 2 club had even been formed, by virtue of its distinctive speed. And it included well-known figures such as Elton John, Paul McCartney, Phil Collins, Rupert Murdoch, Robert Maxwell, Henry Kravis, John Gutfreund and George Soros, among many others. Queen Elizabeth II and Prince Philip of Edinburgh in a Concorde To move through the air, this technological prodigy of titanium and aluminum It was supported by four Olympus 593 engines, two in each of the wings. This 2-shaft turbojet-type propulsion system with superheating had a peculiar intake system with air intake at the front and a variable geometry exhaust nozzle at the rear. Throughout its life cycle, Concorde was operated by only two companies. We are talking about British Airways and Air Francetwo actors that began offering regular flights starting in 1976. However, the manufacturer received dozens of orders from other airline companies, which for various reasons never operated one of these aircraft as owners. Redesigned Concorde interior As we say, the Concorde’s differential qualities were also its condemnation. The price of the tickets was extremely expensive. Take a round trip transatlantic flight It cost about $7,500. (14,000 dollars today). Despite its popularity, this reality often meant that airlines were unable to fill the plane’s capacity. a burning machine Furthermore, the aircraft’s propulsion system consumed an average of more than 20,000 liters of fuel per hourwhich translated into a huge economic and environmental impact. For comparison, a typical flight of a much larger and heavier airplane like the Boeing 747, which did not reach supersonic speeds, It could consume about 13,000 liters of fuel per hour. Exterior view of Concorde in flight Another challenge that the Aérospatiale and BAC project suffered was the sonic boom. Due to the noise pollution of this “boom”, airlines had to redesign their routes and reach sonic speeds only over the ocean. The United States, for example, prohibited supersonic aircraft from passing through populated areas, something that could change with NASA’s X-59. Concorde cabin An accident that occurred in July 2000 also damaged the continuity of the Concorde. One of these planes crashed at Charles de Gaulle airport in France. shortly after takeoff. As a result of the aforementioned episode, all passengers and crew members died and British Airways and Air France grounded their planes during the investigation. Interest in supersonic flights faded as the operation and maintenance costs of this type of aircraft grew and, in a way, became a heavy economic obstacle for companies. The end for Concorde came on October 24, 2003, when he made his last flight. Since then there has not been another commercial supersonic aircraft. Images| British Airways | Eduard Marmet | Dmitry Avdeev | Christian Kate | Jerry Wilson In Xataka | Airbus is preparing a wing capable of transforming in the air: the first flight will be in 2026 and aims for its next great plane

The first flight will be in 2026 and points to its next great plane

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A wing that changes in full flight and a manufacturer who wants to reimagine the aviation of short and medium radio. Airbus prepares to test in real conditions a concept that has been maturing time in its research programs. It is not a laboratory exercise: the company has marked 2026 As a date for the first take -off of its demonstrator, an aircraft that will serve to explore if this technology can be transferred to the single corridor aircraft. The challenge is ambitious: lay the foundations of what will be the great heir of the A320. For the manufacturer, the X-Wing is a piece within a much larger technological puzzle. The company works In disruptive engines, recyclable materials and smart platforms, and needs to decide which combinations offer more advantages. The wing capable of modifying its form is emerging as the ideal candidate to demonstrate savings in consumption and improvements in flight behavior. More than an isolated prototype, it is a test bank conceived to contrast theoretical models with data obtained in real operations. A flying laboratory to test the wing that is transformed into the air The aeronautical builder decided to transform a citation VII into a flying laboratory. The aircraft, usually used in executive aviation, received a large -scale compound that mimics, on a reduced scale, that of a future commercial plane. To join both elements, specific transition boxes were designed, which in addition to guaranteeing structural resistance provides space for fuel and the landing system. This solution allowed to overcome the limitations of a fuselage not manufactured by Airbus and let off The demonstrator. The demonstrator’s key is how the wing adapts to flight conditions. To prevent greater size from implying more weight, engineers incorporated a semi -eelastic hinge in the tips, capable of freeing themselves in situations of intense turbulence and thus reduce structural loads. At the same time, the back of the wing includes three flaps with small tabulators that can move independently and quickly. With this combination, the profile of the wing changes, optimizing support and reducing drag in each flight phase. The European company wanted the demonstrator to reflect the philosophy of its line aircraft and replaced the conventional system of controls for a Fly-By-Wire complete. All surfaces, from ailerons to rear stabilizers, are governed by electric actuators linked to control computers. The device will be handled remotely from land, without the need for crew on board, which opens margin for more demanding tests. Before flying, the X-Wing must overcome a battery of tests on land. The European manufacturer plans structural vibration tests and alar load during this year, steps necessary to validate the design. Airbus has asked the French Civil Aviation Authority (DGAC) for the flight permit, which will allow to operate from Cazauxf, south of Bordeaux. The calendar provides shooting on the second quarter of 2026 and a first takeoff in the middle of the year, with expected flights over the Vizcaya Gulf. Prototype in a Cessna Citation VII Beyond the Ala, the Airbus roadmap includes New Generation Energy Systems and Energy Systems. Among them stands out the Open Fan, developed with CFM, which seeks an efficiency improvement of two digits and will be validated in flight with an A380 before the end of the decade. The aeronautical builder also bets on expanding the use of fuels sustainable up to 100% and for introducing hybrid architectures. The latter will use electricity in on -board tasks and further reduce the emissions of each journey. Innovation is not limited to the wing or engine: It also reaches materials. Airbus is testing advanced thermoplastic compounds that promise to lighten the structure and, at the same time, make it more sustainable. In the face of current compounds, these can be recycled more easily and allow more agile manufacturing cycles. The MFFD project has served as a test bank, showing that it is possible to reduce weight without increasing costs. The Filton plant, in the United Kingdom, has become one of the nerve centers of this transformation. The future plane will not be built only with more efficient wings or different motors, it will also depend on a common digital system that provides new capacities. The European company works on connected platforms capable DE Update in real timeintegrate applications and anticipate faults with predictive maintenance. Automation also will have a growing role in assistance to the pilot and in land operations. The X-Wing is, in this sense, an initial piece of a greater puzzle: demonstrate which technologies are mature and which ones should wait before making the commercial leap. Images | Airbus In Xataka | Airlines have invested millions in entertainment. Passengers use it to see an plane icon slowly moving

Airlines have invested millions in entertainment. Passengers use it to see an plane icon slowly moving

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In an episode of the mythical Seinfeld seriesElaine is exasperating from her boyfriend Puddy, who passes a whole flight looking fixed to the seat back. That image, a custom joke of the nineties, today makes sense again with a technological nuance: and we do not look at the vacuum, but yes – and I include myself – we can get hypnotized with a point on the screen, the flight map. Of rarity to viral tendency. It is not an isolated mania. In a report by The Washington Post They have portrayed the phenomenon Through the story of Nicole Sunderland, creator of content that divides her time between Washington DC and Phoenix. Sunderland admits that on a 14 -hour flight Catar keeps the map on “all the time”, although the flight assistants try to turn it off. His custom went viral in Tiktok along with dozens of passenger videos They presumed to “endure” without films, without music and without wifi, looking only at the progression of the plane on the digital globe. Others, like Manu, seminated, turned the practice into a public hobbie: while the screens showed the screens showed films and series, she recorded the route map For social networks. The map as king content. Beyond the meme, the numbers suggest that this obsession has mass backup. FlightPath3D, leading flight maps provider in more than 90 airlines, states that 68% of passengers Open the map at some point and that 20% sees it exclusively. On average, users spend 52 minutes in front of the map on backup screens and 18 minutes on synchronized mobile devices. In total, about 400 million passengers used the product last year. The airlines themselves reinforce the idea. Last year, Delta Air Lines launched a new flight map designed for people with low vision. In the statementthe company was categorical: the map is its number one content in Delta Studio, ahead of films, series and games. According to their figures, 45% of customers interact with it on each flight. Also, media specialized in aviation, as paxex.aerothey emphasize that the map is “the most popular content of the IFE (entertainment on board) for a reason”, and that the airlines already experiment with integrating it into other formats: from a persistent side tape on the screen to brief overlays at the end of a movie. Why hook so much? Testimonies point to several keys. For some, the map is a control instrument in the midst of aerial uncertainty: Sunderland, for example, monitors it especially during turbulence to check altitude and speed. For others, it is a light meditation form: seeing slowly advance the plane icon produces calm in an environment saturated with stimuli. “There are map fans,” says Duncan Jackson, president of FlightPath3D. “They love to see where they are, how much is missing, observe the progress of the flight plan. For some it is almost meditative,” duck. An academic study of the University of Lund (Sweden), made in collaboration with Etihad Airwaysreinforces the explanation from the design perspective. In interaction tests with 3D maps prototypes, passengers valued more those interfaces that offered clear signs of navigation and sensation of control, and reported greater orientation with three -dimensional views. Even the choice of command influenced: some users developed better with gyroscope than with tactile controls. In other words: the map experience responds to deep psychological and cognitive needs. Simple map to travel assistant. The fascination is not limited to the luminous point that advances on an ocean. The industry is expanding the concept. FlightPath3D has transformed The map on an interactive platform: now shows previous views of destinations, animated global routes, children’s maps with animals, tourist suggestions and even Uber prices to reach the center once landed. In addition, Cathay Pacific He launched in 2024 “My Journey”an experience that combines an animated journey of the journey with information on services on board and points of interest. For its part, Panasonic Avionics has developed ARCthat integrates data on different plane screens so that the progress of the flight accompanies the passenger even when watching a movie. And in the field of accessibility, Delta has marked a milestone With its high contrast map, extended iconography and suitable palettes for Daltonics, which in the future will incorporate voice narrative with real -time updates. What began as a simple line chart in the eighties has become a sophisticated product that aspires to be inclusive, personalized and profitable for airlines. An obsession with future. The attractiveness of the map is not a passenger fashion. It is explained by the combination of three tendencies: the search for calm in overloaded environments of stimuli, the desire for spatial control and orientation, and the technological evolution of the product itself. In times of excess options – hundred hours of cinema and television in each seat – the map offers something more basic and powerful: the certainty of knowing where we are. As the Washington Post points outfor some travelers looking at the map is as necessary as tieding your belt. And as Delta acknowledgesit is already the star content of your digital offer. Puddy may seem eccentric in Seinfeld, but three decades later, it turns out that he simply advanced to the trend. Image | Freepik Xataka | Ryanair is abandoning small airports in France. There is an unexpected beneficiary: a Spanish airline

The incident of the plane in which Von der Leyen was traveling was not another scare. It is a vulnerability that Europe cannot ignore

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Like our mobiles or our cars, airplanes turn to satellites to know where they are. These signals, integrated into the FMS management system (FMS)improve the precision and efficiency of aerial trajectories. Nevertheless, That system is not unique or infallible: In interference situations, pilots must resort to classical aid such as inertial systems, terrestrial radio aids or even paper maps. In times of war, These setbacks have become more commonespecially in areas close to active conflicts. What was previously a rare incident is a real concern for airlines, controllers and governments. The recent flight of Ursula von der Leyen to Bulgaria has put it back in the fore, remembering that even the most advanced systems can fail and that Europe is reinforcing its defenses to avoid it. When the GNSS system of a plane gives problems Surely you have heard of “GPS” to refer to satellite positioning. It is a popular term, but technically incorrect: the system is called GNSS (Global Navigation Satellite System) and integrates several constellations, such as the American GPS, European Galileo, Russian Glonass and Chinese Beidou. In aviation, modern receptors can combine signals from different networks To improve reliability, which allows aircraft to plan more efficient routes and land accurately in airports where it was unthinkable before. The incident with the Ursula von der Leyen plane is a good example of what happens when that network fails. The European Commission confirmed that its flight experienced an interruption of the satellite signal on August 31, 2025, when it approached Plovdiv, south of Bulgaria. According to Reutersand Financial Timesthe pilots completed the landing using printed letters and traditional navigation procedures. Bulgaria explained that “The satellite signal that transmitted information to the GNSS system of the plane was neutralized.” The commission added thataccording to the Bulgarian authorities, there is suspected “flagrant interference” by Russia; Moscow denies it. If you have ever wondered how a plane continues to fly when GNSS loses, the answer is in the redundancy. In addition to satellite signals, it has inertial systems They calculate the position using accelerometers and gyroscopes, as well as radiusayudas on land as. In Europe, The Galileo Network Work next to Egnosan increase system that corrects errors and allows precision operations. This technological network makes GNS loss complicate the flight, but reduces risk scenarios. When we talk about “interferences” we do not always refer to the same. There are two main techniques: Jammingwhich blocks the signals, and Spoofingthat introduces false information to deceive the receiver. For pilots, both phenomena can translate into changes in experience and greater workload. Therefore, although Von der Leyen’s flight ends well, the event has served as a reminder: the skies have become a more complex land with this type of threats in the air. The president of the European Commission greets Bulgarian Prime Minister Rossen Jeliazkov upon arrival in Plovdiv, on a trip marked by an incident of Jamming Satellitan A clear example of these risks occurred in March 2024. The positioning system of the Royal Air Force plane that transported the then Secretary of Defense of the United Kingdom, Grant Shapps, It was interfered for several minutes while flying near the Russian enclave of Kalinningrad. According to British government sources cited by Reutersthe pilots had to resort to alternative navigation methods. The Kremlin did not comment on the event, which was interpreted in the West as a demonstration of the electronic warfare capabilities of Russia. Bulgaria and the European Commission point to Russia as possible responsible for the interference suffered by the Dassault Falcon 900lx (registration oo-gpe) that transferred Ursula von der Leyen, Operated by Luxaviation Belgium and en route aab53g between Warsaw and Plovdiv, According to Flightradar24 data. The aircraft was a charter flight, since community institutions do not have an official fleet, and there are no conclusive evidence or confirmation that it was a deliberate action against the plane. Moscow has denied any involvement. The aircraft was a charter flight, since community institutions do not have its own official fleet. To what extent is it dangerous to lose GNSS signal in full flight? Redundant systems and emergency procedures drastically reduce the risk of an accident, but do not eliminate concern. EASA warns that interference GNSS can degrade communication, navigation and supervision functions, and cause false TAWS alerts (Terrain Awareness and Warning System), the alert system that warns the crew when there is Risk of collision with land or obstacles. Each extra alarm in cabin implies more workload for crews, which must react rapidly to maintain flight safety. According to Airbuswhen the GNSS signal is lost, the aircraft does not lose its main navigation capacity. The flight management system (FMS) compensates for loss using data from other sources such as inertial reference systems (IRS) and RadioAyudas (Vor/DME), maintaining a precise position calculation. However, some high precision navigation and surveillance functions that depend exclusively on the GNSS can be temporarily affected until the signal is recovered. The institutional response also advances. The European Commissioner of Defense, Andrius Kubilius, announced that the European Union plans to strengthen its satellite network in low orbit To improve the detection of interference, although deadlines or operational details have not yet been completed. Galileo already offers Osnmaan operational service since July 24, 2025 that authentic navigation messages and helps identify and mitigate attempts to supplant signal (spoofing). Ursula von der Leyen plane landed without serious incidents, but the message is clear: without satellite navigation, modern aviation loses an essential piece. Europe works to reinforce this infrastructure, both technological and defensively, with the aim that what happened in Bulgaria is an isolated episode in a technological war that is already fought in space and cyberspace. The details of these measures are yet to be defined. Images | Dassault Aviation | Rossen Jeliazkov In Xataka | For years the Airbus A380 symbolized European power against Boeing. Today it survives as a colossus without the kingdom

Nox’s key to convert the nighttime train into the alternative to the plane

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The train is the Interior mobility dorsal spine from many countries, but although in territories such as the European there is a good international connection, Short low-cost flights They have eaten this emblematic transport. Although there are still diurnal trains operators and, above all, Night that connect those countriesbut now one that wants not only to offer an attractive option to tour Europe, but also stand up to the plane. His name is Noxand the bet is the price and private cabins. Wake up at destiny. In June of this year, He was born The German Startup Nox. Its objective is to offer an attractive solution for those who seek An alternative to the plane In a more comfortable, sustainable and, above all, private transport. Its founders are two veterans in the railway sector and consider that The night train It should cease to be that romantized experience to become a fundamental piular in Europe’s international transportation. Cabinas. They look for a change of model, replacing short distance flights with night -train journeys designed for both those who travel for work and for tourists who want to rest and dawn in the destination. The main difference with the plane (beyond airport times), and with other night trains is the system of cabins they propose. All will be private, they will have two meters and there will be Three categories: Individual loft for a single traveler. Double loft with convertible bunk. Double view with second floor bed, seats and panoramic window. The trains will have food, drink and space for bicycles, and also devoted themselves to recycle trains that are discarded every year in all countries, reconvirting them to offer this new cabin experience. Destinations. Those responsible hope to start operations in 2027, although we still have some renders of the project, and want to start with about 30 routes that will later expand up to 100 European cities. By 2035, they want to have large centers such as Barcelona, ​​Paris, Amsterdam, Budapest, Rome or Warsaw, among others, with a connection that will be central to central-city, something with which the plane cannot compete. Among its objectives, the range will be 1,200 kilometers away maximum per route for an optimal 12 -hour travel time. The price controversy. This is a crucial point and the bet is from 79 euros per individual room and from 149 euros for double and per night. It is a very interesting price, but you have to see how realistic it is. According to the German Aerospace Center, low -cost airlines They charged In 2024 an average of 79.33 euros per night tickets for journeys between 500 and 1,500 kilometers. Is aligned with the price with which NOx wants to operate, but in back on track They already calculate that those 79 euros can only be the entrance price and that the average should be exceeding 100 euros. According to the organization’s calculations, a night train with an average occupation of 75% and a maximum of 500 seats, would have a journey of 27,000 euros at the prices that NOX expects, assuming a deficit of about 9,000 euros per route to cover costs. They are not alone. As we say, several night trains operate in Europe, but Nox’s great argument is that of privacy. And apart from the fact that there are several companies offering this transport service, there is a whole movement to enhance the use of night trains. This is the aforementioned Back-on-Track, who seek to enhance this way of traveling as One of the tools that Europe has To reduce, According to themup to 3% their contribution to Climate change If used trains instead of aircraft on short and medium distance trips. In Xataka | Renfe has joined the “Slow Luxury” with a luxury alternative to visit Andalusia: Al-Andalus with tickets at 14,000 euros

The new largest plane in the world will be a beast to revolutionize wind. The big question is whether it will fly

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In the Albores of the Ukraine WarRussia took control of the airport space of Hostomel. It was where two aviation monsters, Antonov-124 and Antonov-225They were trapped. The result of the attacks? Serious damage to one of the merchandise transport aircraft more used in Europe and Destruction of Antonov-225the largest plane in the world and pride of Ukrainian aviation. His loss has left a void that a startup wants to take advantage of with the Windrunner, the world’s new biggest plane Focused on the transport of wind turbines. The problem is that there are serious doubts that one day he undertakes the flight, but there is already an interested party that has nothing to do with him renewable energy sector: The Pentagon. Drive wind. The company after this ambitious project is Radiaa startup that considers that, in a Decarbonization scenario and with one artificial intelligence so voracious In energy terms, it is necessary to boost the installation of wind turbines throughout the world. The problem is that, to accelerate that installation, the cadence of Warmers installation And the transport of its elements, such as blades, is a problem. The towers can be set up by pieces, but the blades are another song. Radia considers that none of the load aircraft They have the ability to transport large blades, and there their plan with the Windrunner and a winery that will allow three 80 -meter blades, two of 95 meters or just just or barely one 105 meters long. And it will do it directly on an improvised landing floor at the construction of the wind farm. Comparisons are hateful. To put in context what type of plane we are talking about, if the Antonov-225 was a monsterthis Windrunner would be unqualifiable: Winrunner Antonov AN-225 Total length 108 meters 84 meters Wingspan 80 meters 88.4 meters Height 24 meters 18.1 meters Winery length 105 meters 43.3 meters Bodega volume 8,200 m³ 1,300 m³ Comes with a price. The problem is that putting such a plane in the air has a problem: fuel. For the 250 tons that the Antonov-225 could load, the Windrunner will stay in more modest 72.5 tons. Enough for its main mission of transporting shovels that in its largest lengths are around 60 tons. But autonomy can also be the big problem of that plan that allows winding throughout the world. Driven by four engines that will work with Sustainable Aviation Fuel, or SAFits autonomy will be up to 2,000. It will be its great limitation, since it will relegate it to an almost local use in Europe, America or Asia, with continuous reposses or with the need for shovels to be manufactured to those 2,000 kilometers of its destination. Windrunner on the left, Antonov An-124 in the center, Boeing 747-400 to the right Serious doubts. It is evident that the Windrunner is promising, but experts from the aerospace industry are not so clear that Radia can materialize their vision. The argument that analysts and experts of the aviation industry use is that Radia is a startup that will need a lot of money and have seen projects with better commercial arguments and lower technological risks. Also, and how we read in BBCRadia goes against everything that is usually done in this industry and, after testing a scale model in the wind tunnel, wants to speed up times and reduce costs passing from that model to scale to real -size test aircraft. As? Instead of building traditional prototypeslooking for digital design tools. And this is not like building a car on your own: once built, an overwhelming aircraft certification process begins. Virtually the interior of the Windrunner is a winery. Trust. In the same BBC article, Mark Lundstrom, founder of Radia, confessed that, although there are numerous challenges, the fundamental principles of the development of the Windrunner go through “not doing anything new and developing the minimally viable aircraft for aviation”. That makes them discarded alternatives such as the airships, which should go through new regulations and supply chains, and also that they have opted for a more traditional supply chain. For example, hiring experienced suppliers Like the Italian Leonardo for the fuselage, the American Afore to review the security or The Spanish Aernnova For wings and pylons of engines. It is not yet known who will provide the engines, but from Radia they commented to BBC that they have “selected an existing certified engine and are working to define the integration strategy in the fuselage.” That is, Radia is using already tested technologies and components, which will allow them to “the unit cost is proportional to the weight and size of the aircraft and, therefore, comparable to that of other civil aircraft of wide fuselage,” according to Radia’s spokesman. And it is expected that the 70% of suppliers of Radia are European. The Pentagon has taken his eye. Of course, Radia is not the first visionary Aerospace Company, but if you do not set the objective of building the Windrunner for its main objective of filling the aircraft planet, whoever has recently called at their door I have something interesting to offer. In May of this year, the United States Department of Defense signed an agreement with Radia To analyze if the Windrunner could transport military load. Although the weight it can carry is much lower than that of the missing Antonov-225, its winery is huge and is something that has captured the attention of the Pentagon. From Radia they maintain that its objective remains to serve the wind energy market, but recognize that the unique capabilities of its plane make it interesting for additional applications. Boeing heats engines. Radia aims to have several real -size test units to make a first test flight at the end of this decade. Again, an excessive ambition if we take into account that planes such as the aforementioned AN-225 barely made a few flights a year … and there was only one. And we will see how the pressure of … Read more

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