Spain has many options to manufacture the successor to the Airbus A320. We have advantages that our neighbors do not

Airbus is going to have to make a very relevant decision within its business in the next decade, and that may affect Spain more than we think, although in a good way. We are referring to where the aeronautical giant will manufacture the successor to the A320, the best-selling single-aisle aircraft in the world. In this sense, Spain is running as a strong candidate, and even the CEO of the group himself counted that the country has ballots for it. Why this decision matters. The A320 is Airbus’ star product, the one that moves the bulk of its deliveries and the one that competes directly with Boeing in the highest volume segment of all commercial aviation. The program that replaces it will define Airbus’ industrial roadmap for decades, so the country that houses all its technological knowledge, investment and employment can give itself a good tooth in the teeth. In this context, Guillaume Faury, CEO of Airbus, counted during his meeting with the media at the Getafe plant that “Spain has many cards in its hand to attract these investments.” Where is Spain today? Airbus currently has eight centers and around 14,000 employees in Spain. The largest of them is the Getafe plant, the company’s headquarters in the country and its largest industrial facility in Spain, with nearly 10,000 workers. Added to this is the Illescas factory, specialized in carbon fiber structures, which would soon benefit from the A350 production increasegoing from 5-6 units to 12 in 2028. There is also a relevant presence in Albacete and Seville. “Basically all the activities we have in Spain are growing,” counted Faury. Advantages of Spain. Faury recognized that Spain presents “some competitive advantages over other European countries”, among them the progress in renewable energies, which can help contain energy costs, one of the factors that most concern the group on a continental scale. The CEO claimed also that Europe pays between 2 and 2.5 times more for energy than the United States or China, being a gap that hinders the competitiveness of this industry on the continent. Therefore, in this context, Spain can be a great asset for the company. Added to this is a supply chain with years of experience, qualified labor and a good relationship with the Government, according to Faury himself. But not everything is won. For Faury, the conditions that Spain must continue to meet for the award to be possible include competitive labor and energy costs, a reliable supply chain and a good availability of workers with the appropriate qualifications. He also warns that the challenge of competitiveness cannot be addressed only from a national perspective, but rather a European one. “If we want to keep the industry in Europe in the long term, we have to simplify the regulatory framework and guarantee affordable and available energy,” pointed out the CEO. Consider In this sense, we must “take the bull by the horns” in the face of a situation that he described as urgent. Cover image | Gabriel Goncalves In Xataka | AI seemed ready to destroy skilled employment. A new study with real data says something different: unemployment has barely moved

Airbus Beluga retires after failing in commercial aeronautics

Few commercial airplanes that have flown through the sky have had a shape as particular as the Airbus Beluganamed after that snout so similar to that of the cetacean from which it takes its name. However, despite escaping the perception we have of aerodynamic shapes, its lines made all the sense in the world given its function: carrying large pieces, specifically airplanes. It was an essential aircraft for making airplanes in Airbus logistics. The beluga became small. With a capacity With a load of 47 tons and space to accommodate items up to 30 meters in length, the A300-600ST had the capacity to accommodate one wing per trip. However, in the new BelugaXL two wings fit. The company explained that with an increase in manufacturing and your just in time logisticsthis change represented a before and after in the efficiency of its logistics. For example, for operations such as taking the wings manufactured in Broughton (United Kingdom) to the assembly lines in Toulouse (France) or Hamburg (Germany). By increasing the production rate, with the old Belugas they needed either more ships or more flight hours to meet deadlines. So the half-dozen BelugaXLs became the official ships for Airbus logistics. Airbus infographic to explain the second life of the BelugaST The second life of the Belugas. Designed for last about 40,000 flight hours and with entry into service in 1995, around 2022 Airbus estimated that these units retired for their own logistics still had up to 20 years of life left, so he gave them a new mission: to be delivery planes through the new cargo airline that created for the occasionAirbus Beluga Transport (AiBT). In November 2023 obtained their air operator certificate to operate. In this way, they would cover a specific niche: high-capacity air delivery, aimed at transporting satellites, aircraft engines, helicopters or heavy machinery. The timing was ideal as the enormous Antonov An-124 Soviet containers that were traditionally used for this type of distribution had been recovered for the conflict between Russia and Ukraine. The market did not think the same: approximately a year later closed the business due to lack of demand. Only one remains operational. Of the five BelugaSTs that existed, only one remains in service: the one with registration F-GSTC “3”, the rest have been retired or are awaiting destination. The first (registration F-GSTA “1”) was retired in Bordeaux on April 21, 2021, the same city in which the F-GSTB “2” said goodbye on December 18, 2025. The F-GSTD “4” retired in Toulouse on September 17, 2025 and the fifth said goodbye in Broughton on January 29. The F-GSTF “5” is the only one of which we know a clear destination– will become an interactive classroom for STEM studies in the UK. Spain repeats mistake. As happened with his predecessor, Super Guppyit seems that Spain will not keep any Beluga either. At the time he was due for a Super Guppy, but they ended up rejecting it due to lack of space at the Getafe Air Museum. The plane was sold to NASA and still flies. The prototype of the A400M that was in Seville did not have any good luck either: ended up scrapped while its brothers are on display at the French Aeroscopia museum or at the Airbus factory in Bremen. In Xataka | The triangles on the plane window are not for decoration: they are a quick way to check that the flight is going well In Xataka | We believed that everything happened because of the new fighters. The F-16 has been in the air for 50 years and continues to sell like hotcakes Cover | Brian Bukowski CC BY-SA 2.0 via Wikimedia Commons

A Spanish company is at the center of the new A320 headache. Airbus must inspect hundreds of planes

At the heart of the A320 program, a recent discovery has triggered a wave of attention aimed squarely at a Spanish aerostructures supplier. This is a quality problem in fuselage panels that Airbus has decided to address with a large-scale inspection campaign, at a time when every delivery counts. According to Airbusthe episode has not affected flight safety, but it has opened a new front for the European manufacturer and for part of its industrial chain, especially in Andalusia. The manufacturer has confirmed that the origin of the situation is in metal panels of the A320 front fuselage that have thicknesses outside the specified values. According to industrial presentations consulted by Reuters, in some cases pieces that are too thick or too thin have been detected, forcing each potentially affected aircraft to be inspected. Airbus insists that flight safety has not been compromised and that inspections will determine which planes need intervention. Impact on the fleet. Data shared with operators and cited by Reuters raises the number of aircraft that will undergo inspection to 628, a figure that reflects the industrial scope of the process. Among them there are devices already in service and others on the assembly line, including a group that was due to be delivered in 2025 according to industry sources. This volume forces plant tasks to be reorganized while Airbus prepares the specific procedures that airlines must follow depending on the status of each unit. The adjustment that Airbus communicated on December 3 makes it clear that the quality problem has fully hit its delivery expectations for 2025. The manufacturer now sets its objective at “around 790” commercial aircraft, a figure lower than the initial forecast of about 820 units, according to data provided to Reuters. The cut shows the direct effect of the technical reorganization triggered by the A320 inspections and marks a notable change in industrial planning for next year. Inspections and recent context. The manufacturer maintains that the process will allow it to precisely identify which aircraft need intervention, insisting that this quality problem does not affect flight performance. Reuters points out that the inspections are relatively quick, while The Air Current estimates that repairs could take between three and five weeks. All this occurs after the massive update applied to more than 6,000 Airbus aircraft, motivated by a software vulnerability triggered by episodes of intense solar radiation. Who is Sofitec? Founded in 1999 and based in the Andalusian aeronautical hub, Sofitec is dedicated to the design, manufacture and repair of metallic and composite aerostructures for international programs. Its evolution has been accompanied by investments in engineering, final processes and facility expansions, which has consolidated it as a relevant supplier for the A320 family. Bloomberg identifies the company as one of the suppliers of the fuselage panels that require inspection, which explains its presence at the center of this industrial episode. Union accusations. Bloomberg revealed that the UGT FICA Sevilla union has reported to Airbus the existence of alleged irregularities in several internal Sofitec processes. In a letter addressed to the CEO, the union claims that dates were falsified at certain stages of production and that expired paints and sealants were used, in addition to unauthorized repairs being carried out on carbon fiber parts. Airbus said it acted in accordance with its internal quality procedures but declined to comment on the specific allegations, while Sofitec did not respond to requests for comment. The episode leaves several unknowns open for the European manufacturer and its supply chain. Airbus now faces a technical reorganization that will coexist with its delivery commitments and the usual scrutiny of airlines and regulators. For Sofitec, the situation means being under unusual visibility and managing it while the inspection campaign progresses. The Andalusian aeronautical sector, which has been consolidating its international presence for years, is watching the process carefully, waiting for the reviews to definitively limit the scope of the problem. Images | Airbus | Sofitec In Xataka | SpaceX is known for its rockets. What is less known is its growing and striking fleet of aircraft

The overhaul of 6,000 Airbus A320 aircraft is a disturbing reminder that our technology is at the mercy of the Sun

Airports around the world have once again plunged into chaos of red screens and canceled flights. Airbus and EASA They have ordered an unprecedented technical stoppage of 6,000 A320 aircraft to apply a patch that prevents “data corruption in the ELAC computer.” Behind this technicality lies a disturbing reminder that all of our digital technology is at the mercy of the Sun. The more advanced, miniaturized and efficient our infrastructure is, the more vulnerable it becomes to space weather. Anatomy of a “bit flip”. On October 30, a JetBlue Airbus A320 covering the route between Cancun and Newark made a sudden downward pitch without the pilots commanding it. A manufacturer inquiry revealed that the culprit had been a high-energy particle: a neutron generated by the interaction of the solar wind with the atmosphere that impacted a memory cell of the ELAC (Elevator Aileron Computer) computer with enough energy to change the voltage of a microscopic transistor from 0 to 1. This phenomenon known as a “bit flip” caused the L104 version of the Airbus software to interpret that the plane was in a dangerous situation (such as a stall). The computer did what it was programmed to do: “save” the plane by lowering the nose to gain speed. But the problem was not the hardware itself, but rather the software logic, which in this version does not have the necessary immunity to discard corrupt data. Hence, it does not affect all aircraft, and the solution is to apply a patch. The price of Moore’s law. 30 years ago, transistors were macroscopic bricks that required a lot of energy to alter. Today, microprocessors in airplanes (as well as those in cars and cell phones) have transistors on the nanometer scale. They are so sensitive that a minor solar storm, like the one on October 30, which was classified as G1, has the potential to wreak havoc that we previously only expected from catastrophic solar stormslike the Carrington event. It is the price that we pay for Moore’s law– As transistors become smaller and operate at lower voltages, less power is required to disturb their state. A precedent called Qantas 72. While the JetBlue Flight 1230 case has ended up affecting an unusual number of aircraft, industry veterans have had a déjà vu. In 2008, Qantas Flight 72 (an Airbus A330) experienced a similar nightmare over the Indian Ocean. The plane abruptly lowered its nose twice without warning, throwing passengers against the cabin roof. The Australian ATSB investigation concluded that one of the aircraft’s inertial reference units had been hit by cosmic rays, causing it to take an angle of attack of 50 degrees. The difference is that today we have thousands more planes in the sky, more dependent on automation, and operating under a 25 Solar Cycle which is proving to be more active than anticipated. Beyond airplanes. The Sun had already sent us a warning about its new maximum in 2022, when SpaceX lost 38 of 49 Starlink satellites just released. Not due to electronic failures, but thermodynamic ones. A solar storm increased the density of air in the Earth’s atmosphere, slowing satellites in low orbit until they fell. It was a minor storm, but enough to cost millions of dollars. The satellites are more exposed to solar radiation and are especially sensitive to geomagnetic storms. On Halloween night 2003, the Sun played trick-or-treating, causing a 30-hour crash in the FAA’s WAAS system, which is vital to GPS landing accuracy. If that were to happen today, with the current reliance on GNSS for everything (from Uber to banking transactions), the impact would be incalculable. Will there be another Carrington event? The most disturbing thing about the technical report on the A320 is that the triggering event was a level G1 geomagnetic storm, classified as minor. The scale goes up to G5, classified as extreme. In 1859, the Carrington Event fried telegraph networks around the world. If a storm of that magnitude hit the Earth today, we wouldn’t be talking about updating the software of 6,000 airplanes. We would be talking about the possible loss of entire GPS constellations, massive physical damage to the electrical grid and a paralysis of global transportation for weeks or months. We’ve built a civilization on extremely fragile silicon scaffolding, and our host star has a bad temper. Hence, space meteorology has ceased to be a scientific curiosity and has become a first-rate mission to predict solar storms and prepare satellites, astronauts and electrical infrastructure on the ground for any possibility. Today was a software patch, tomorrow we may need to rethink how we harden all of our technology. Image | ESA, Airbus In Xataka | Airbus has launched an urgent alert for the A320, the most delivered aircraft in the world: “operational interruptions” are looming

Airbus has launched an urgent alert for the A320, the most delivered aircraft in the world: “operational interruptions” are looming

If you are about to take a short or medium-range flight, such as the one that connects Madrid and Barcelona, ​​Paris with Rome or Berlin with Prague, you may want to look carefully at the ticket and check what model of plane you are going to travel on. It’s not about worrying, because air transport remains by far the safest meansbut it is important to understand that a very relevant part of these journeys is made on airplanes Airbus A320. And precisely that model, the most delivered in history, is at the center of a preventive alert that could lead to specific delays, aircraft changes or operational readjustments in the coming days. Airbus has recognized thatafter analyzing a recent event on an A320 family aircraft, detected that intense solar radiation could corrupt data essential for the operation of the flight control system. The company identified that this risk could affect “a significant number of aircraft currently in service.” For this reason, it has asked airlines to apply immediate preventive measures, including software or hardware protections, with the aim of guaranteeing operational security. An unexpected descent in mid-flight. Reuters, citing industry sourcespoints to a JetBlue flight as a possible origin of this technical review. It was a route between Cancún and Newark, on October 30, which recorded a sudden loss of altitude and a flight control problem. Several passengers were injured and the aircraft had to divert and land in Tampa. The case is being investigated by the US authority, although it has not been officially validated as triggering the alert. The response of the authorities. After receiving the results of the analysis from Airbus, the European Aviation Safety Agency has issued an emergency airworthiness directive which establishes that, if an affected flight control system component is identified, the correction must be applied before the next flight, following the manufacturer’s technical instructions. The document also prohibits reinstalling components that have been classified as affected. It does not mean grounding the entire A320 family, but it does force airlines to take immediate action and adjust the scheduling of their operations when necessary. European Aviation Safety Agency Emergency Airworthiness Directive When the Sun affects flight systems. Airbus explained that certain levels of intense solar radiation can alter data essential for the operation of flight control, something rare, but which requires additional protection. In aviation, these situations do not imply a failure of the aircraft, but rather the need to reinforce the systems to prevent external interference from affecting sensitive components. Hence the importance of applying software or hardware updates that ensure that, even in exceptional conditions, the system’s behavior is stable and predictable. European Aviation Safety Agency Emergency Airworthiness Directive The most present plane in airports. The Airbus A320 is not only familiar to passengers, it is also the model with the greatest real presence at airports. According to manufacturer datathere are about 11,300 A320 family aircraft in operation, of which 6,440 correspond to the A320 model. In October, This family surpassed the Boeing 737 as the most delivered aircraft in historywith 12,260 units officially delivered since its entry into service in 1988. In aviation, deliveries do not refer to orders, but to aircraft completed, certified and already in the hands of an operator. Present on the most common routes. The Airbus A320 is not only a very widespread aircraft, it is also the one carried by many passengers without knowing it on common routes. Flightradar24 identifies it as one of the most used models on short and medium range flights within Europe, and also in other parts of the world. Routes such as Madrid–Barcelona, ​​operated by Iberia with Airbus A320, are frequently carried out with this model. This constant presence means that any preventive measure can have visible consequences in daily operations, even on routine journeys. How it can affect you as a passenger. The directive does not imply that Airbus A320 flights will be canceled across the board, but it does mean that airlines must adjust their programming while applying the indicated technical measures. Airbus recognizes that these recommendations “will cause operational interruptions for passengers and customers,” which in practice can translate into aircraft changes, specific rescheduling or delays. Therefore, as we pointed out from the beginning, it is advisable to check the status of the flight until the last moment. Commercial aviation is not the safest means of transportation by chance, but because it operates under a very strict technical and regulatory framework. In this context, instruments such as the emergency airworthiness directive allow us to react quickly when a possible risk is identified, as has happened in this case with the A320. Airbus, the European Aviation Safety Agency and airlines are implementing preventive measures while the fleet continues to operate, in a constant balance between service continuity and enhanced safety. Images | Miguel Angel Sanz | Screenshot In Xataka | The Comac C919 symbolizes China’s aerial dream: the trade war threatens to clip its wings in mid-takeoff

Five years ago, Airbus promised a zero-emission aircraft. Now it’s not so clear

The transport sector has been fighting for some years against a great enemy: its own CO₂ emissions. According to the European Environment Agency, this sector was the responsible of approximately 30% of emissions. And, of the total of these emissions, civil aviation represented 13.4%. The answer? The electrification in the case of land transportsomething that has been evolving at a good pace. In the case of commercial aviation, electricity was not opted for, but for hydrogen. The European Airbus was one of the companies that first jumped into the pool with a commitment to achieve the decarbonization goals with which the European Union seems to be very committed. Your proposal: hydrogen-powered zero-emission aircraft. That was the proposal in 2020 with a view to being achieved by 2035, and the prototypes of some companies they seemed hopeful. However, hydrogen has not done as well as many expected and the consequences are there: where it said “I say”, it says “Diego”, and now Airbus is not so clear that your zero-emission plane arrives on schedule. Airbus, its “green” plane and the turnaround of the industry Airbus’s proposal was extremely ambitious, since its hydrogen-powered aircraft would mark the greatest aeronautical revolution since the appearance of the jet engine. The idea was have hydrogen planes in the air by 2035for which presented three concepts: A turbofan for 200 passengers and 3,704 kilometers of range. A turbofan mixed wing model also for 200 passengers and 3,704 autonomy. A turboprop for 100 passengers and 1,852 kilometers of range. Its roadmap included the design of gas turbines with fuel injectors for hydrogen combustion to occur, but also models with completely electric systems powered by hydrogen fuel cells. They invested 1.7 billion dollars in the projectbut things began to go wrong both for Airbus and for the hydrogen industry as a vehicle “engine.” Germany is a good example of the difficulties of hydrogen as a fuel, at least for private vehicles. By the end of 2024, the main hydrogen station operator began to close facilities because there was no demand. The German Association of Energy and Water Industries itself revealed in a report that planned storage projects were significantly behind projected demand. For the private car, it seems that electrification has won the game, but in other types of vehicles such as trucks, buses or airplanes themselves, this fuel seemed to continue to be a valid option. At the beginning of this year, however, Reuters reported that Airbus was having problems obtaining green hydrogen. There is many types of hydrogen and their colors indicate how they have been obtained. What the sector needs is the so-called green hydrogen, which is produced thanks to renewable energies such as solar or wind. It is a process that needs a lot of investment and the company’s CEO doubted that enough could be produced to make commercial flights with hydrogen aircraft profitable. They did not shelve the project and, in fact, at the Airbus 2025 Summit reaffirmed their engagement, but soon after it seems they thought better of it. As we read in The Wall Street Journalthe company cut the budget allocated to green hydrogen airplane research by a quarter. Citing “technical challenges,” the company has reassigned staff other departments and the engineers responsible for the project appear to have gone back to the planning table. It is not a “never will arrive”, but it does seem to represent a slowdown in the plans that would imply that they would not arrive with that plane by 2035. In fact, in TWSJ they comment that Airbus defends that the money has not been thrown away and that delaying the project will allow the technology to be perfected. “Our destiny has not changed, but we need to adjust to reality to get there,” commented Bruno Fichefeux, head of future aeronautics programs. But it is not only Airbus that has taken a turn in its green policy. At the beginning of this year we saw that large oil companies began to stop or cut investment in their renewable energy programs to refocus on fossil fuel production. In this case it is not because the technology is green, but because there is an entity that has appeared on the board that requires large amounts of energy immediately: the data centers for AI training. Returning to hydrogen aircraft, although Airbus has put the brakes on its strategy, assuming a delay of five yearsthere are other companies that had a similar roadmap. For example, ZeroAviawhat’s next committed with hydrogen-powered flight and that has several models programmed in its roadmap, with 200-seat aircraft by 2040. Images | ZeroAviaAirbus In Xataka | The plan to clean the air by capturing CO₂ has just received a blow of reality: the Earth does not have as much space as we thought

For years the Airbus A380 symbolized European power against Boeing. Today it survives as a colossus without the kingdom

The Airbus A380 was born as a huge dream, almost a declaration of intentions of the European industry in front of the Boeing’s historical domain. It was the passenger plane bigger in the worldwith two full plants, space for bars and suites, and a silence in cabin that turned the flight hours into a different experience. For Airbus, the program was not just a commercial project: it was the tangible proof that Europe could look in front of the United States in the field of civil aviation, raising a colossus capable of marking a before and after in the heavens. For a while he got it. Each A380 landing turned an airport platform into a show. Thousands of curious people came to see that mole of 73 meters long and 24 meters higha building with wings that imposed only with its shadow. It was a continental pride, an engineering triumph and a symbol of what could be achieved when several countries align resources, knowledge and ambition. However, that same pride soon began to live with an uncomfortable question: how is it possible that a plane that seemed perfect has had such a short tour? The dream of the global hub and the change of the market direction When Airbus conceived the A380, he did it under a clear premise: the future of aviation would go through increasingly saturated Megahubs. His strategy bet on a “Hub-And-Spoke” model in which passengers would come together in large airports and then distribute on connection flights. The A380 was the key piece of that puzzle: a gigantic plane capable of reducing congestion by transporting more than 500 people at once. In theory, the business was solid. Airbus estimated that more than one thousand units of very large capacity aircraft would be sold in the following two decades. But reality was very different: The market was fragmented towards more frequencies and smaller airplanesweakening at the root the argument that justified the European giant. At the same time, the technical revolution changed the rules of the game. The advance of long -range bimoretores, with increasingly wide ethops certificationsallowed to fly virtually any intercontinental route with only two engines. The Boeing 777 and, later, the 787 and he demonstrated that the same autonomy could be offered as a four -way, but with less consumption, less maintenance and greater operational flexibility. That remained attractive to an airplane that, although efficient per seat in high occupation conditions, depended on filling hundreds of places to be really profitable. In a market that preferred more daily flights with smaller airplanes, the A380 began to run out of hole. The infrastructure also played against. The A380 was classified as aircraft F code (65-80 m of wingspan)which forced many airports to invest in specific positions, double catwalks and adapted filming streets. The compatibility manuals of A380 itself They detail those demands. For Hubs like Heathrow or Dubai, those investments made sense; For the rest, they were a difficult expense to justify. Even in prepared airports, rotation times were more complex than with other airplanes, and that remained efficiency against models that could operate with less conditions. Thus, the one who should be the undisputed king of the skies ended up being an exclusive guest in a few airports on the planet. The operational economy did not help either. With occupancy rates close to 100%, the A380 offered a cost per competitive seatbut when the demand went down the model became a heavy load. In addition, its load capacity in the cellar was not as flexible as that of rivals as the 777-300er or the A350-1000, which combined better passengers and goods. In practice, the A380 was a technical prodigy but too sensitive to occupation factor already variables that escaped the control of the airlines. Despite these difficulties, the program resisted thanks to a main client: Emirates. The Gulf airline turned the A380 into its flagship and accumulated more than a hundred units. But that dependency was lethal. In 2019, Emirates drastically reduced his A380 request To bet on A350 and the A330neo. Airbus officially assumed it With a overwhelming statement: without that support there was not enough request for request to keep production alive. The decision was irreversible: on February 14, 2019, the end of the program was announced, and In 2021 the last unit was delivered. The two -storey giant had come to an end with just 251 copies manufacturedfar from the initial forecasts. The outcome left an obvious paradox. The passengers worshiped the A380, their flight experience was unsurpassed and their presence generated expectation where it flew. But the airlines, in general, did not want it in their balances. The liquidity problems in the second -hand market confirmed it: The first A380 returned by Singapore Airlines ended up scrapped for piecesa curious outcome for such a young plane. The outbreak of the pandemic in 2020 seemed to seal the fate of the A380. The majority of airlines sent it to prolonged storage, and some even They announced their final withdrawal. However, the recovery of international demand and delays in the deliveries of new wide fuselage aircraft, such as the Boeing 777xThey changed the script. Emirates invested billions in reconditioning its fleet With new cabins, Lufthansa recovered some units and Qantas, Singapore or Etihad They also reactivated part of their planes. The A380 thus found a second life, although much more limited: it is still useful in high demand routes and in airports with slots problems, but its long -term future remains marginal. The A380 is not the only one to live this transition. The Boeing 747, which for decades was the real “Jumbo Jet”, closed its production line. The difference is that 747 has found a stronger niche in the cargo market, thanks to The Morro Gate of 747-8F and its volume capacity. In passengers, a few units are barely survived in the hands of Lufthansa and Korean Air, but their time also seems told. The relay is already underway: the … Read more

The commercial war between China and the US also goes from airplanes. The c919 comac already threatens the future of Boeing and Airbus

The aeronautical sector has become another battlefield of commercial tension between Washington and Beijing. The C919the first narrow fuselage commercial plane developed completely in China, He is winning traction In Southeast Asia while Boeing and Airbus fight against delays in their deliveries. An opportunity born from despair. Malaysia has confirmed that Airsia and Air Borneo are valuing C919 as an alternative to Western manufacturers. It is no accident: the waiting lists to receive Boeing and Airbus airplanes extend years, and the airlines They desperately seek to diversify their suppliers. Malay Transport Minister Anthony Loke summarized it thus: “All airlines look for faster deliveries and cheaper options. COMAC is one of the manufacturers they are considering.” The Chinese pride Achilles heel. Despite its ambition, the C919 drags a critical dependence on US components that could be lethal. LEAP-1C engines (Manufactured by the Joint Venture between GE and Safran), Honeywell’s navigation systems, the rockwell collins meteorological radar and multiple critical components come from the United States. Tariffs and prohibitions. The Tariff climb It has raised the cost of the US components until they make them almost unfeasible. Just a couple of months ago, China applied tariffs up to 145% in response to tariffs applied by Trump, shortly before The 90 -day truce that both countries occurred. At the same time, Beijing has prohibited its airlines from acquiring US suppliers equipment, although this restriction does not yet affect manufacturers as Comac. The race against time towards autonomy. China has not been still in this critical situation. And it develops the engine CJ-1000A through AECC as the National Substitute for Western LEAP-1C. The evidence has been advanced since 2018, although the commercial certification will not arrive before 2030, and in the worst scenario it would be delayed until 2035. Meanwhile, the Chinese domestic market offers an extraordinary mattress: Boeing estimates that China will need 8,600 new airplanes commercials in the next two decades. And now what. The United States has recently reactivated licenses to sell engines to C919, but this movement can also mean China’s reinforcement to achieve technological autonomy in the sector. The European C919 certification could arrive between 2028 and 2031which would open the doors to the global market. If China manages to combine a competitive plane with aggressive prices and fast deliveries, the historical Boeing-Airbus duopoly could have its days counted. Cover image | Comac In Xataka | In his crusade to manufacture the iPhone at home, the US has achieved something historical: that most of its smartphones come from India

Airbus is about to close a new massive order in China, according to SCMP. The moment cannot be worse for Boeing

Airbus prepares to reinforce its presence in one of the most strategic markets on the planet: China. South China Morning Post says that the European manufacturer is at the gates of signing a new agreement with the Chinese authorities that would include Between 100 and 200 new airplanes. The firm could arrive this month, but what really attracts attention is not the magnitude of the order, but the moment in which it occurs. The operation would coincide with the summit between the European and China Union on July 24 and 25, As Politico has advanced. A high -level diplomatic encounter that seeks to reduce commercial tensions, redefine relationships between Brussels and Beijing, and manage an increasingly tense climate in their links with Washington. That Airbus manages to close a contract of this size just in that context is something that does not go unnoticed. A new order in Chinese heavens? China has not closed great agreements with Boeing for years. The last relevant request dates back to 2017and since then the American manufacturer has been losing ground in one of the most dynamic markets in commercial aviation. The reason is not only commercial: the cooling of relations between Washington and Beijing, The tariff war And regulatory doubts seem to be tilting the balance to the European side. As the Hongkonese medium points out, Airbus has gained weight as the main supplier. Time also plays in favor of Airbus. Many Chinese airlines are dealing with aged fleets, mostly composed of Boeing aircraft acquired more than a decade ago. In cases such as Shandong Airlines or China United Airlines, the bulk of the devices exceeds ten years of service. As the airplanes accumulate flight hours, in general, their maintenance becomes more expensive, their operational efficiency decreases and increases inactivity periods. At first glance, it may seem that an airline can compensate for the situation by combining manufacturers. However, operate A mixed fleet It implies logistics complexity and high costs. An Airinsight analysis concluded that the expenses derived from managing two types of fleet – parties, training, documentation, crew ratio – are amortized in just 12–15 months and then favor significant savings in the useful life of the fleet. Operating a mixed fleet implies logistics complexity and high costs The standardization – arrest by a single supplier such as Airbus or Boeing – reduces operational costs, simplifies the training of personnel and speeds up the management of spare parts. In contrast, changing manufacturer forces to reorganize supply chains, train pilots and technicians in new models and adapt maintenance infrastructure. The latter implies from updating the hangars and workshops to the physical requirements of the new plane, to acquire specific tools. For many airlines, that entrance barrier seems to explain why they continue to depend on boeing fleets even when Airbus gains ground. China is also betting on developing its own alternative. The three large state airlines – Air China, China Eastern and China Southern – have already committed the purchase of more than 100 units of the Comac C919the passenger plane developed by the Chinese aeronautical industry. Political support is evident, but so are its limits: Production is still reducedinternational certifications are in the initial phase and the technical support network does not have maturity or the Airbus or Boeing scale. For now, C919 is a medium -term promise, but not an immediate solution to meet the enormous demand of the domestic market. Nevertheless, Boeing is not totally out of the game. In April 2025, several 737 Max prepared for Chinese airlines They returned to the United States After Beijing ordered to suspend deliveries, as part of their response to new tariffs against US products. Although this measure points to a protective impulse of the national industry and the geopolitical strategy, Boeing could still regain land if commercial tension is reduced and access to the Chinese market is resumed. But, for now, Airbus is emerging as a favorite. Airbus knows well the potential of the Chinese market. According to their own forecaststhe country will need more than 9,500 new commercial airplanes in the next 20 years. Boeing handles a similar figure: Around 8,830 to 9,740 units, depending on the economic and regulatory scenario. In any case, we are talking about a gigantic demand. And at this time, with the orders to Boeing frozen and Comac still consolidating, Airbus has a clear advantage. If the new contract is confirmed, it will not be an isolated case: it will be the reflection of a trend that can mark the distribution of power in commercial aviation during the next decades. Images | FASYAH HALIM | Takashi Miyazaki In Xataka | The C919 Comac In Xataka | The United Kingdom was waiting for an invincible hunt. Today, the F-35 flies little and cannot shoot its own weapons

That Airbus uses the “taxibots”

Airbus has officially certified the necessary modifications so that its unique corridor aircraft can use the Taxibot, an electric hybrid tug that transports the aircraft from the terminals to the take -off track without having to turn on the engines. With this, the idea is to reduce the fuel used by aircraft on land, as well as the noise of airports. According to AirbusThis technology would reduce fuel consumption by 50%, while contributing to a less noisy airport and other benefits. The great advantage: Taxibot eliminates the need to use plane engines during filming by land, which translates into significant fuel savings, less CO2 and NOX emissions, and a considerable reduction in noise in airports. The studies From Schiphol airport they suggest that in long journeys towards distant clues, fuel savings can reach 85%. In addition to fuel savings and lower noise in airports, taxibots can help reduce operating and maintenance costs of the plane, since operating the shooting engines (taxiing) wears out plane components and is an unnecessary cost. As if that were not enough, it also helps reduce pollution and contribute to a more sustainable use of aircraft. How it works: According to Airbus, the system requires small modifications in the plane bay of the plane. The Taxibot engages the front landing train, raising Morro’s wheel on a pivoting platform. After the initial connection by the tugboat driver, the pilot takes control from the cabin using the same usual management and brake controls. The engines only light up just before takeoff. WHERE IT IS TESTING: Several important airports are already doing pilot tests, including Schiphol in Amsterdam, JFK in New York, Charles de Gaulle in Paris, New Delhi and Brussels. Easyjet plans to carry out essays in Schiphol for 2025. These airports are ideal candidates due to long distances between terminals and tracks. The European context: This technology is part of the Heron projecta European initiative coordinated by Airbus that seeks to optimize airport operations both on land and in the air. Heron has 24 partners from ten different countries, including airlines, airports and service suppliers, and will conclude in December 2025. The use of taxibots in airports can be an excellent play from the European Union to contribute to the transport robotization career, both vehicles and people and goods. The objective: that becomes a standard. From 2026 a completely electric version of Taxibot will be available, and a variant for wide fuselage aircraft is also being developed. Airbus, after three years working to optimize the system for its unique corridor aircraft, now considers extending it to the rest of its fleet. The ultimate goal is to convert Taxibot into the standard procedure for the movement of aircraft on land. Cover image | Taxibot – International In Xataka | The KC-135 have been reproducing airplanes for decades. Now the US wants them to also launch drones to protect themselves

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