Ethiopian Airlines Partners With Aeroservices for Fleet Maintenance

Aviation Minister Naidu Engages Airbus Executives to Enhance MSME Integration in Global Aviation Supply Chains Union Minister of Civil Aviation Ram Mohan Naidu recently met with senior Airbus executives in New Delhi to discuss strategies for integrating Indian micro, small, and medium enterprises (MSMEs) more deeply into global aviation supply chains. The meeting included Wouter van Wersch, Executive Vice President International at Airbus, and Jurgen Westermeier, President and Managing Director of Airbus India and South Asia, highlighting India’s increasing prominence within the global aerospace ecosystem. Strengthening Collaboration and Manufacturing Capabilities The discussions focused on expanding collaboration between Airbus and Indian industry, with particular emphasis on MSMEs as India positions itself as a vital manufacturing and innovation hub for the aviation sector. Minister Naidu emphasized on social media that India has emerged as a convergence point for global original equipment manufacturers (OEMs), attracting significant interest, innovation, and investment. He described the interaction as “very positive” and underscored that global aerospace leaders now regard India not merely as a market but as a crucial base for manufacturing and supply chain operations. A key milestone highlighted during the meeting was the production of all eight doors of the Airbus A220 aircraft in India, marking a significant advancement in the country’s role within the global production network of one of the world’s leading aircraft manufacturers. The minister also noted India’s progress in domestic manufacturing of aircraft components and its strides toward developing regional transport aircraft, reflecting the sector’s expanding capabilities and ambitions. Challenges and Opportunities Amid Sector Growth This engagement comes at a time of rapid growth in India’s civil aviation sector, driven by increasing air traffic, infrastructure development, and a strong policy emphasis on the “Make in India” initiative. The focus on MSMEs is expected to facilitate their access to global markets, advanced technologies, and long-term business opportunities, thereby strengthening their role in the aviation supply chain. Nonetheless, the path to deeper integration faces several challenges. The global aviation industry continues to grapple with supply chain disruptions, particularly in business aviation, where manufacturers must navigate transportation bottlenecks and evolving tariff regimes. In the competitive medium rotorcraft segment, Airbus’s H160 helicopter is poised to challenge the dominance of Leonardo’s AW139, potentially intensifying competition and prompting strategic responses from industry players. Airbus aims to leverage its global footprint and flexible delivery strategies to maintain market share despite ongoing trade pressures. Domestically, India’s aviation sector contends with structural issues such as high fuel taxes, which affect the viability of new airline startups and overall industry growth. These challenges highlight the critical need for robust policy support and enhanced industry collaboration to sustain momentum. The meeting between Minister Naidu and Airbus leadership reflects ongoing efforts to deepen global partnerships and accelerate the transformation of India’s aviation ecosystem into a globally integrated, manufacturing-driven industry. As India continues to evolve as a major aerospace player, the integration of MSMEs into global supply chains remains a strategic priority.

Germany Joins Leading Nations at Wings India 2026, Highlighting Growth in India’s Aviation Sector Germany will participate alongside the United Kingdom, France, Russia, Iran, the United States, and Qatar at Wings India 2026, reinforcing the event’s reputation as a premier global aviation forum. Scheduled to take place from January 28 to 31, 2026, at Begumpet Airport in Hyderabad, the conference is poised to showcase India’s rapid emergence as a significant force in aviation innovation and expansion. Showcasing India’s Aviation Ambitions The event will be inaugurated by the Union Minister of Civil Aviation and will feature a comprehensive program that includes aircraft displays, aerobatic performances, a global aviation conference, and high-level business-to-business and business-to-government meetings. Industry leaders from across the world will convene to exchange ideas, explore cutting-edge technologies, and collaborate on shaping the future of air travel. Additional components of the event include CEO roundtables, a Global CEOs Forum, a job fair, and a student innovation competition designed to foster the next generation of aviation professionals. Navigating Growth and Competition India’s aviation sector has witnessed remarkable growth over the past decade, with passenger traffic surging and the country establishing itself as one of the world’s largest aviation markets. Major airlines such as Air India, IndiGo, and Akasa Air have expanded their fleets substantially, enhancing both domestic and international connectivity. The proliferation of low-cost carriers has democratized air travel, while advancements in aircraft manufacturing, pilot training, and maintenance have positioned India as a key player in the global aviation ecosystem. Germany’s involvement at Wings India 2026 highlights the increasing international interest in India’s aviation market. This growth, however, unfolds amid intensifying global competition. Airlines like Korean Air have issued warnings about potential geopolitical volatility and heightened rivalry in 2026, indicating that India’s aviation sector will need to carefully navigate emerging opportunities and challenges. Market responses are already visible, with significant attention directed toward India’s infrastructure projects, exemplified by the $96 billion in deals proposed at Davos 2026. Competitors are expected to implement strategic adjustments to safeguard market share, as reflected in shifting customer behaviors noted by ACC Aviation, where corporate clients are demonstrating increased cost sensitivity. Focus on Sustainability and Economic Synergies Sustainability will be a central theme at Wings India 2026. India is making notable progress in adopting Sustainable Aviation Fuel (SAF), developing green airports, and integrating advanced air mobility technologies such as electric vertical takeoff and landing (eVTOL) aircraft. As the global aviation industry moves toward a low-carbon future, India is positioning itself as a leader in sustainable aviation solutions. Broader economic strategies, including a surge in renewable energy and rising oil demand, are also shaping partnerships and investments within the aviation sector. These developments are expected to influence discussions and collaborations at Wings India 2026, as stakeholders seek to balance growth, sustainability, and competitiveness. With international delegations, industry leaders, and policymakers set to gather in Hyderabad, Wings India 2026 promises to provide critical insights into the future of aviation. The event will not only highlight India’s achievements but also address the evolving challenges and opportunities confronting the global aviation industry.

GE Aerospace Advances Hybrid Electric Engine Technology for Narrowbody Aircraft Breakthrough in Hybrid Electric Propulsion Testing GE Aerospace has announced a significant milestone in the development of hybrid electric aviation, successfully demonstrating power transfer, extraction, and injection within a high-bypass commercial turbofan engine. The ground test, conducted in 2025 at the company’s Peebles Test Operation facility, utilized a modified Passport engine as part of NASA’s Turbofan Engine Power Extraction Demonstration project. This achievement represents a crucial step toward integrating electric motor/generators into gas turbine engines to supplement power during various flight phases. Unlike previous hybrid designs, GE Aerospace’s architecture for narrowbody aircraft can operate independently of energy storage systems such as batteries, providing enhanced operational flexibility for airlines and manufacturers. Arjan Hegeman, vice president of future of flight at GE Aerospace, emphasized the importance of this development, stating that the company’s hybrid electric propulsion approach is central to redefining the future of flight. He highlighted that the successful demonstration of a system not reliant on energy storage marks a critical advance toward making hybrid electric flight viable for commercial aviation, with technologies designed to improve efficiency, durability, and range. Meeting Performance Benchmarks and Industry Challenges The test surpassed NASA’s technical performance benchmarks, which were established with input from industry stakeholders to ensure meaningful fuel cost savings and adequate power for future aircraft. This positions GE Aerospace’s hybrid electric system as a leading contender in the pursuit of more efficient propulsion technologies. However, the path to commercial adoption remains complex. Regulatory approval poses a significant challenge, as hybrid electric systems must comply with rigorous safety and certification standards. Additionally, integrating these new engines into existing aircraft designs may involve technical difficulties. Airlines are also expected to approach the technology cautiously, carefully evaluating the cost-effectiveness and reliability of hybrid electric systems compared to conventional engines. Competition in the hybrid and electric propulsion sector is intensifying. Established manufacturers such as Rolls-Royce and Safran are accelerating their own programs. Rolls-Royce is advancing engine testing for the U.S. Future Long Range Assault Aircraft (FLRAA) program, while Safran is increasing production of helicopter engines and exploring hybrid solutions. GE Aerospace’s success in meeting NASA’s benchmarks may provide a competitive advantage, but rival companies are anticipated to respond with further innovations. Broader Efforts and Industry Context The Power Extraction Demonstration is part of GE Aerospace’s broader initiative to advance electric propulsion technologies through the CFM International RISE program. Since its inception in 2021, the RISE program has completed over 350 tests and 3,000 endurance cycles, focusing on advanced engine architectures including Open Fan, compact core, and hybrid electric systems. The program aims to achieve more than 20 percent improvement in fuel efficiency compared to current commercial engines, with both ground and flight tests planned later this decade. GE Aerospace has a history of pioneering hybrid electric milestones, including a 2016 ground test of an electric motor-driven propeller and, in 2022, the world’s first test of a megawatt-class hybrid electric propulsion system at simulated altitudes up to 45,000 feet. In 2025, the company also announced a strategic partnership and equity investment with BETA Technologies to develop a hybrid electric turbogenerator for Advanced Air Mobility applications. As the aviation industry increasingly focuses on sustainability, GE Aerospace’s latest achievement highlights both the potential and the complexities involved in integrating hybrid electric propulsion into commercial flight.

Government Allocates N580 Million for Airport Chillers and Software Upgrades The Federal Government has designated N580 million for the procurement and installation of chillers and software upgrades at key airports, as part of the proposed N87.3 billion budget for the aviation sector in 2026. Budget documents reveal that N500 million will be allocated specifically for the installation of chillers at Lagos airport, while N80 million is earmarked for updating the financial management system and related software, although the precise nature of the software enhancements remains unspecified. Infrastructure Enhancements and Operational Challenges This allocation arrives amid heightened expectations from industry stakeholders who are closely monitoring the efficient execution of these upgrades. Ensuring a seamless procurement and installation process, while minimizing disruptions to airport operations, is anticipated to be a significant challenge. The investment is expected to draw increased scrutiny regarding its impact on airport efficiency and the overall passenger experience. Furthermore, competing airports may seek similar funding to uphold operational standards, and airlines might adjust their schedules or services in response to the anticipated infrastructural changes. In addition to chillers and software, the government plans to improve passenger connectivity by providing or upgrading Wi-Fi services at five international airports and select domestic terminals, with a budget of N800 million. Water-cooling chillers are also slated for installation at both Lagos and Abuja airports, with an additional allocation of N500 million. Broader Aviation Sector Investments The budget further outlines several infrastructure projects, including the construction of a sewage treatment plant at Owerri Airport, budgeted at N21 million, and the organization of a bi-annual Joint Aviation Trade Unions stakeholders’ forum, costing N150 million. Rehabilitation works are planned for major airports in Port Harcourt, Kano, and Lagos, where N800 million will be spent on sealing cracks on runways, aprons, and taxiways. Ilorin Airport is set to receive new airfield lighting systems, also budgeted at N800 million. Personnel costs are allocated N14.78 billion, with overheads receiving N2.34 billion. Notably, over 80 percent of the total budget—amounting to N70.19 billion—is dedicated to capital projects. Of this, N33.91 billion is specifically reserved for the rehabilitation and upgrade of airport infrastructure, including terminal buildings, runways, aprons, and fencing. The budget document does not provide for retained independent revenue or external aid and grant funding, underscoring a focus on infrastructure and capital projects. This emphasis reflects the ministry’s priority to modernize and enhance Nigeria’s aviation facilities. As these initiatives progress, effective management and stakeholder engagement will be essential to achieving the intended improvements in operational efficiency and passenger satisfaction.

GetJet Group Unveils Rebranding and Ambitious 2026 Global Strategy Lithuanian aviation company GetJet Aviation Holdings has officially rebranded as GetJet Group, marking the launch of its comprehensive “2026 Growth Strategy.” This rebranding extends beyond a mere change in visual identity; it signifies the strategic consolidation of the company’s diverse aviation operations—including charter flights, ACMI (Aircraft, Crew, Maintenance, and Insurance), heavy maintenance, and crew training—under a single, vertically integrated brand. Consolidation for Global Reach Historically, GetJet Aviation Holdings functioned primarily as a legal entity, with subsidiaries such as GetJet Airlines, Airhub Aviation, and Airhub Training operating independently and cultivating their own reputations. However, as the company expanded into new international markets, including the Middle East, the necessity for a unified and recognizable brand became increasingly apparent. Darius Viltrakis, CEO of GetJet Group, emphasized the strategic importance of this shift, stating, “GetJet Aviation Holdings used to function more as a legal name than a true brand. Today, we clearly see the value of vertical integration. We want to strengthen the core brand and position it as the unifying name of the entire group.” This approach aims to dismantle operational silos and streamline access for global partners such as Wizz Air, Air Senegal, and the recently onboarded Etihad Airways, enabling them to engage with the full spectrum of GetJet’s services through a single gateway. Strategic Pillars of the 2026 Growth Plan The rebranding serves as the foundation for GetJet Group’s ambitious expansion objectives. Following a year of financial consolidation in 2024, which culminated in a record net profit of €25.4 million, the company is preparing for substantial operational growth by 2026. A key component of the strategy involves expanding the fleet by adding five aircraft in the first half of 2026. This increase will enhance the company’s capacity to serve both legacy and low-cost carriers during peak travel seasons. Known within the industry as the “special forces of aviation,” GetJet Group has built a reputation for the rapid deployment of fully crewed aircraft. In addition to fleet growth, the group plans to create 200 new jobs across four countries, targeting top-tier talent in a market recently disrupted by airline exits and bankruptcies, particularly in the Baltic region. Another significant development is the transformation of GetJet Airlines Latvia from an air operator into a dedicated Cabin Crew Training Organization (CCTO), designed to ensure a continuous pipeline of highly skilled aviation professionals. Positioning Amidst Industry Challenges GetJet Group’s rebranding and growth strategy emerge against a backdrop of intensifying competition within the business aviation sector. Competitors such as Citadel Aviation have also expanded their service offerings and rebranded to reflect their growth ambitions. While some industry analysts forecast a net profit for European airlines in 2026, uncertainties persist in other regions, including Latin America and the Caribbean. The evolving geopolitical landscape and market pressures are expected to prompt strategic responses from competitors, a concern highlighted by industry leaders like Korean Air. As GetJet Group embarks on this new phase, it aims to leverage its unified brand and clear growth trajectory to meet rising global demand and navigate the complex challenges facing the aviation industry.

Nakanihon Air Receives Japan’s First Piaggio P.180 Nakanihon Air, headquartered at Nagoya Komaki Airport, has become the first operator in Japan to take delivery of the Piaggio Aerospace P.180 following its type certification by the Japan Civil Aviation Bureau (JCAB). The newly manufactured turboprop, bearing serial number 3018, departed Piaggio Aerospace’s Genoa headquarters on January 12 and completed a multi-stop journey to Nagoya Komaki four days later. The route included stops in Irakleion, Sharm el Sheikh, Riyadh, Muscat, Indore, Chittagong, Da Nang, Taipei Songshan, and Nagoya Chubu. Initially registered under the test code I-PDVS, the aircraft will be officially re-registered as JA124N. Expanding a Diverse Fleet The addition of the P.180 enhances Nakanihon Air’s already diverse fleet, which comprises seven fixed-wing aircraft. This includes a recently delivered 2025 Pilatus PC-24, two Citation V jets, several Beech King Air B200s, and Cessna C208s, complemented by a substantial helicopter fleet of 57 units. Controlled by the private railroad operator Meitetsu, Nakanihon Air provides a wide array of aviation services. These range from charter flights and cargo transport to aerial photography, spatial data acquisition, pilot training, sightseeing, aircraft completion, and maintenance. Industry Context and Strategic Implications The introduction of the P.180 arrives amid a growing industry emphasis on operational efficiency and environmental sustainability. As market demand increasingly favors eco-friendly aircraft, Nakanihon Air faces the challenge of integrating the P.180 into its operations while meeting evolving customer expectations. The competitive landscape is intensifying, with rival operators likely to upgrade their fleets to maintain market share. Successfully incorporating the P.180 will require strategic alignment with Nakanihon Air’s business model and careful planning to navigate these shifting industry dynamics. Piaggio Aerospace chief executive Giovanni Tomassini highlighted that the P.180 has recently entered two new markets—Japan and Türkiye—with two aircraft sold in the latter country. Since its acquisition by Turkish aerospace and defense group Baykar in mid-2025, Piaggio Aerospace plans to increase P.180 production to between 25 and 30 aircraft annually. As business aviation continues to evolve amid broader market forces, including those impacting Japan’s automotive sector, adaptability and strategic positioning will be essential for Nakanihon Air and other operators aiming to leverage new aircraft introductions.

Airlines Use AI to Manage Flight Disruptions Amid Storm Widespread Disruptions from Severe Winter Storm A powerful winter storm that swept across the United States over the weekend caused unprecedented disruption to air travel, resulting in the cancellation of more than 11,400 flights—the largest single-day disruption since the onset of the pandemic. Major airports including LaGuardia, JFK, Philadelphia, and Dallas-Fort Worth experienced cancellations approaching or exceeding 90% of scheduled departures. The storm prompted winter weather alerts for over 180 million people, placing immense strain on airline operations nationwide. The impact was felt across the industry, with Delta Air Lines canceling additional flights in Atlanta and along the East Coast. American Airlines removed hundreds of flights from its schedule and offered flexible rebooking options to affected passengers. United Airlines and JetBlue Airways issued travel alerts and waived change fees in efforts to alleviate passenger inconvenience. Despite these measures, the Federal Aviation Administration reported that by Monday, more than 4,000 flights remained canceled and nearly 10,000 were delayed, with hopes to restore normal operations by Wednesday. Accelerating AI Adoption to Manage Complex Operations The scale and speed of such disruptions compress airlines’ decision-making windows to mere minutes, forcing rapid choices about flight cancellations, crew repositioning, and passenger rerouting before delays cascade across the network. The mounting operational pressures and escalating costs have accelerated the adoption of artificial intelligence (AI) and generative AI systems by major carriers. Over the past year, airlines including Air France-KLM, Emirates, and United Airlines have integrated AI into their core operations to expedite critical decisions. Air France-KLM, for instance, has developed a cloud-based generative AI platform that industrializes use cases across departments, enabling operations, commercial, and support teams to leverage shared models and data. This strategy moves beyond isolated pilot projects, embedding AI into daily workflows to enhance responsiveness. United Airlines has pursued a similar approach. According to United’s Chief Information Officer Jason Birnbaum, AI is now central to compressing decision cycles during irregular operations, extending beyond routine process optimization. By integrating AI into systems already used by employees, United ensures that real-time insights and recommendations are readily available, allowing planners to evaluate knock-on effects and minimize downstream disruptions. Enhancing Customer Support and Industry-Wide Implications AI’s role extends beyond internal decision-making to customer support. United has deployed conversational AI tools that enable travelers to rebook flights, explore alternatives, and obtain timely information during disruptions. This technology reduces wait times and alleviates pressure on customer service agents. For airlines, each successful self-service interaction helps manage the surge in passenger needs during major operational disturbances. The challenges posed by severe weather and operational disruptions are not confined to U.S. carriers. IndiGo, India’s largest airline, recently reported that mass flight disruptions, regulatory penalties, and new labor-related costs have affected its profitability. Nevertheless, the airline has stabilized operations and is preparing for steadier growth, reflecting a broader industry trend toward resilience and digital transformation. As severe weather events become more frequent and complex, airlines are increasingly relying on AI-driven decision-making and customer support systems to manage disruptions swiftly and maintain a competitive edge in a challenging environment.

SMBC Aviation CEO Urges Airbus to Address Supply Chain and Geopolitical Challenges Peter Barrett, CEO of SMBC Aviation—one of the world’s largest aircraft leasing companies—has called on Airbus and other manufacturers to resolve persistent supply chain disruptions and ensure timely aircraft deliveries. Speaking at the Airline Economics conference on Monday, Barrett emphasized the critical need for predictability in aircraft production following years of industry instability. Barrett acknowledged the progress made by Airbus and its suppliers but stressed that the current situation remains insufficient. “We all understand the challenges that COVID brought, but ultimately people need a degree of predictability and certainty,” he said, addressing the new head of Airbus’ jet division during his first appearance at the event. Barrett also extended his concerns to engine manufacturers such as Pratt & Whitney and CFM, whose recent difficulties have further contributed to delivery delays. Geopolitical Risks Compound Industry Challenges Beyond supply chain issues, Barrett highlighted emerging risks that could exacerbate challenges for Airbus and the wider aviation sector. He pointed to the potential logistical and financial repercussions of U.S. protectionist policies and escalating trade tensions between the United States and China. These geopolitical factors, he warned, threaten to complicate efforts to stabilize production and meet delivery commitments. Airbus has already been compelled to reduce its delivery targets due to problems including defective fuselage panels and ongoing engine supply constraints. Despite these setbacks, the company has maintained its financial objectives, supported in part by advances in a commercial cost-cutting initiative. Nevertheless, the outlook remains uncertain as market participants closely monitor how Airbus and its competitors will navigate persistent supply chain disruptions amid a shifting global trade landscape. Barrett’s remarks underscore the mounting pressure on aircraft manufacturers to restore reliability and confidence in deliveries, as airlines and lessors seek greater certainty in a market still recovering from prolonged turbulence.

US Aviation Group Raises Safety Concerns Over Air India Boeing 787 A US-based aviation safety advocacy organization has intensified scrutiny surrounding the Boeing 787 Dreamliner involved in last year’s fatal Air India crash. The Foundation for Aviation Safety (FAS) alleges that the aircraft, which crashed shortly after takeoff from Ahmedabad on June 12, 2025, resulting in 260 fatalities, had a persistent history of technical issues, including repeated electrical and systems failures spanning several years. Investigation and Advocacy Efforts The investigation into the crash is being led by India’s Aircraft Accident Investigation Bureau (AAIB), with participation from US authorities due to the aircraft’s American design and manufacture. The FAS, headed by Ed Pierson—a former senior Boeing manager and vocal critic of the company’s safety practices—submitted a detailed dossier on the Air India jet to the US Senate Permanent Subcommittee on Investigations in January 2026. The group emphasizes that its submission is intended to raise broader concerns about aircraft safety oversight and Boeing’s internal reporting mechanisms rather than to assign direct blame for the crash. Although the FAS is not a regulatory or investigative body, its claims have attracted attention from US lawmakers. However, the submission does not constitute sworn testimony nor a formal congressional investigation. Lawmakers have yet to publicly endorse the group’s findings or announce new hearings specifically related to the Air India accident. Typically, such submissions serve as briefings or calls for enhanced oversight rather than official determinations. Allegations of Technical Failures The FAS’s concerns are based on a review of maintenance records, incident reports, and regulatory filings for the aircraft registered as VT-ANB. This Dreamliner, one of the earliest produced, joined Air India’s fleet in 2014. According to the group, the jet experienced recurring software faults, circuit breaker trips, wiring damage, short circuits, power losses, and overheating electrical components. The most serious incident cited involved a fire in a power distribution panel during a 2022 descent into Frankfurt, which necessitated replacement of the panel. The FAS has not made its documentation public, and these claims have not been independently verified by investigators. Implications for Air India and the Wider Industry These safety concerns emerge at a challenging time for Air India and its parent company, the Tata Group, which are already contending with operational disruptions, rising costs, and a search for a new chief executive amid increased scrutiny. Industry analysts warn that ongoing safety questions could exacerbate operational and financial pressures on the airline, potentially triggering leadership changes and undermining passenger confidence. Other airlines operating Boeing 787s are also closely monitoring the situation. The FAS indicates that its review extends beyond the Air India aircraft, encompassing approximately 2,000 reports of issues across hundreds of 787s in the United States, Canada, and Australia. Some problems, such as water intrusion into electrical bays, have previously been acknowledged by US regulators. This heightened attention may prompt airlines to reassess their 787 fleets and influence future fleet management strategies. Air India has not provided detailed comments on the FAS’s assertions, and the AAIB has not indicated whether the aircraft’s maintenance history is a factor in the crash. The investigation remains ongoing, with regulators and industry stakeholders under pressure to address any systemic risks that may be uncovered.

Airbus Helicopters Reports Rise in Orders and Deliveries Amid Strong Defence Demand Airbus Helicopters experienced a significant increase in orders last year, driven largely by heightened defence spending across Europe and a strong performance in the military sector. According to company data released on Monday, the division secured 544 gross orders in 2025, translating to a net total of 536 after cancellations. This marks a nearly 20% rise compared to 455 gross and 450 net orders recorded in 2024. Deliveries also rose by 8.5%, reaching 392 units, up from 361 the previous year. Growth Fueled by Military Contracts The surge in orders was notably influenced by a substantial contract awarded by Spain in December for 100 military helicopters. This deal contributed to Airbus Helicopters increasing its share of the military helicopter market to 28% in 2025, while its share of the civil market declined from 57% to 51%. Outgoing CEO Bruno Even, who will step down in April after seven years leading the division, emphasized that the company’s focus on defence and security had “never been sharper,” reflecting a strategic pivot towards military applications. Broader Airbus Group Performance and Market Context The positive momentum at Airbus Helicopters aligns with the broader Airbus group’s performance, which also reported growth in orders and deliveries for 2025. The group exceeded its revised annual delivery target by handing over 793 aircraft, surpassing the goal of 790. Despite this achievement, Boeing maintained a commanding lead in gross commercial orders, securing 6,130 compared to Airbus’s 1,000. However, Airbus outperformed Boeing in actual deliveries, with 793 aircraft delivered against Boeing’s 600. The market has taken note of Airbus’s strong delivery figures, particularly in light of ongoing challenges related to component sourcing and production. Meanwhile, Boeing has concentrated on preserving its order advantage and has resumed deliveries to Chinese airlines, marking a notable development for the U.S. manufacturer. Airbus Helicopters is expected to provide further financial details as part of the group’s earnings report scheduled for February 19. Airbus CEO Guillaume Faury recently commended the helicopters division for its “remarkably consistent” performance, highlighting its resilience amid a competitive and evolving aerospace landscape.