AAR Names Sarah Flanagan Interim CFO

Embraer Launches AI-Powered Smart Planning Solution **Sao Jose dos Campos, Brazil** – Embraer has introduced Smart Planning, an artificial intelligence-driven platform designed to revolutionize inventory management and supply chain integration within its aircraft manufacturing operations. Developed in collaboration with Aquarela Analytics, this initiative marks a pivotal advancement in Embraer’s digital transformation strategy, aimed at enhancing data-driven decision-making and operational efficiency. Transforming Supply Chain and Inventory Management Smart Planning employs sophisticated predictive analytics to optimize inventory levels, streamline procurement processes, and increase supply chain responsiveness. The solution was developed over a ten-month period, during which more than two terabytes of operational data were analyzed. By combining Embraer’s Agile framework with Aquarela Analytics’ Data Culture Methodology, the project advanced from initial data extraction to the deployment of AI models and interactive dashboards that provide real-time insights. Dimas Tomelin, Embraer’s Vice President of Strategy, Digital and Innovation, underscored the significance of the new tool, describing it as the most advanced data instrument integrated into the company’s processes. He explained that Smart Planning offers an interactive control panel for materials used in aircraft production, enabling the planning team to better manage purchases and stock levels. This enhanced predictability helps mitigate risks associated with material shortages or surpluses through the application of artificial intelligence and forecasting models. Marcos Santos, CEO of Aquarela Analytics, highlighted the complexity and depth of the collaboration. He noted that the project demanded the full application of their expertise in data analysis, platform development, and AI algorithms to transform and integrate Embraer’s operational systems. Santos emphasized that the scope of the project expanded progressively as complexity increased and results were evaluated at each stage. Challenges and Industry Implications While Smart Planning is anticipated to yield substantial benefits—including cost reductions, improved product quality, and strengthened supplier relationships—it also faces significant challenges. Integrating the AI-driven system with Embraer’s existing infrastructure and ensuring compliance with the stringent standards of the aviation industry will be crucial to its successful implementation. The aerospace sector is closely monitoring how this innovation will influence production timelines and operational efficiency, especially as Embraer reaffirms its commitment to meeting 2025 production targets amid ongoing supply chain pressures. Industry analysts observe that Embraer’s adoption of AI may prompt competitors to accelerate their own investments in similar technologies. Comparable initiatives, such as BOAL Extrusion’s use of AI for operational planning, reflect a broader trend toward digital transformation in aerospace manufacturing. However, the financial implications of deploying such advanced systems continue to attract scrutiny from investors and market experts. As Embraer expands its digital capabilities, Smart Planning represents a foundational step toward intelligent manufacturing. The company aims to harness artificial intelligence not only to enhance production efficiency and business resilience but also to establish new benchmarks for innovation within the aerospace industry.

Qantas Returns Final A380 to Service Amid Fleet Renewal and Industry Challenges Qantas has reintroduced its tenth and final Airbus A380 to service, marking the end of nearly six years of storage and completing the largest maintenance undertaking in the airline’s 105-year history. The aircraft, named in honour of Qantas co-founder Paul McGinness, has arrived in Sydney and will initially operate as an operational spare during the busy Christmas period. Beginning January 1, 2026, it will enhance international capacity by enabling daily A380 flights on the Sydney–Dallas route. Extensive Maintenance and Fleet Strategy The return of the A380 represents a significant achievement for Qantas, both from an engineering perspective and as part of its broader fleet renewal strategy. Maintenance and engineering teams from across the globe dedicated over 100,000 hours to the project, which encompassed a full cabin refurbishment, heavy maintenance checks, landing gear replacement, and assessment flights. The complexity of the work required the transportation of parts by land, sea, and air to ensure the aircraft met operational standards. Qantas International CEO Cam Wallace emphasised the strong customer preference for the A380, noting that the superjumbo fleet carried more than one million international passengers in the past year alone. The reintroduction of the final A380 will allow the airline to increase seat availability on high-demand long-haul routes, including Dallas, Singapore, and Johannesburg. Each A380 now features a reconfigured cabin layout with 14 First Class, 70 Business, 60 Premium Economy, and 341 Economy seats. All aircraft have undergone comprehensive upgrades, including refurbished First Class cabins, an enhanced upper-deck lounge, and expanded premium seating options. Navigating Industry Challenges and Future Plans Qantas’s investment in the A380 fleet comes amid a challenging operating environment marked by geopolitical uncertainty and fuel price volatility, factors that continue to affect international carriers worldwide. Despite these headwinds, the airline has proceeded with its fleet renewal programme, gradually returning its A380s to service following extensive engineering and cabin upgrades. The scale of the project underscores Qantas’s commitment to operational excellence and long-term growth. The airline’s efforts also reflect wider industry dynamics. Competitors such as American Airlines have demonstrated resilience through rapid operational responses during recent Airbus recalls, highlighting the importance of fleet flexibility and maintenance readiness. Meanwhile, Qantas is preparing for the next phase of its long-haul strategy with Project Sunrise, which aims to launch nonstop flights from Sydney to London and New York using specially modified Airbus A350-1000 aircraft. This initiative is poised to redefine ultra-long-haul travel and further modernise Qantas’s international network. As Qantas celebrates the return of its final A380, the airline continues to balance the challenges of the current aviation landscape with strategic investments in fleet renewal and future growth, reaffirming its dedication to enhancing capacity and passenger experience on key international routes.

Perimeter Aviation Adopts Omnivex Software to Enhance Communications Perimeter Aviation, a regional airline operating across Manitoba and Ontario, has implemented Omnivex Ink digital signage software to revolutionize its communications and improve the passenger experience. This initiative marks the airline’s inaugural venture into digital signage, aiming to establish a centralized communications hub that seamlessly integrates flight information, corporate messaging, and community engagement content. Addressing Modern Communication Needs Serving a critical role in connecting remote northern communities with larger urban centers, Perimeter Aviation operates scheduled passenger, cargo, and charter flights that support regional accessibility, healthcare travel, and community connectivity. The airline manages its own terminal in Winnipeg and oversees customer service operations at 20 remote northern airports and commuter hubs throughout Ontario. A recent expansion of the Winnipeg terminal added 22,000 square feet and increased boarding capacity from one to three gates. This growth, coupled with rising passenger volumes, underscored the necessity for clear, real-time communication throughout the facility. In the summer of 2024, Perimeter Aviation identified several key objectives for upgrading its communications infrastructure. These included ensuring compliance with accessibility regulations by integrating both visual and audio messaging to better serve travelers with hearing, mobility, or vision impairments. The airline also sought to enhance the passenger experience by delivering timely updates on boarding, baggage, delays, and safety, presented in formats aligned with international standards. Additionally, the upgrade aimed to promote commercial initiatives such as loyalty programs, tourism partnerships, and promotional campaigns in a dynamic and engaging manner. Cost efficiency was another priority, with the airline looking to reduce expenses and labor associated with printing and distributing static signage. Finally, the project intended to elevate the terminal’s aesthetic and brand presence, strengthening passenger relationships and fostering employee pride. Selection and Implementation of Technology Following comprehensive market research conducted by its IT partner and local vendor PSB Integration Inc., Perimeter Aviation selected Omnivex Ink as its digital signage platform. PSB Integration played a pivotal role in coordinating hardware integration for the content management and public address systems, as well as overseeing on-site project management. The implementation was completed in spring 2025. Charity Scantlebury, director of marketing and communications at Perimeter Aviation, emphasized the platform’s accessibility capabilities, stating, “It was the solution that provided text-to-speech options, visual paging, and visual messaging, all of which support accessibility requirements under the Canadian Accessible Transportation for Persons with Disabilities Regulations and the Accessibility for Manitobans Act.” Challenges and Industry Implications The transition to a digital signage system involved several challenges, including ensuring seamless integration with existing infrastructure, managing the changeover without disrupting daily operations, and addressing potential resistance from staff accustomed to traditional communication methods. Despite these hurdles, the successful rollout positions Perimeter Aviation as a leader in passenger communication among regional carriers. The market response has been favorable, with increased investor confidence and growing interest from other aviation companies exploring similar technological upgrades. Competitors may accelerate their own communication technology initiatives or pursue partnerships with software providers to enhance their service offerings. By investing in Omnivex Ink, Perimeter Aviation underscores its commitment to accessibility, operational efficiency, and passenger satisfaction, setting a new benchmark for regional airline communications in Canada.

Airbus Reports Decline in November Deliveries Amid Quality Concerns Airbus experienced a notable decrease in aircraft deliveries in November, delivering 72 planes compared to 78 in October and 84 in November 2024. This decline has brought the company’s total deliveries for the year to 657, intensifying pressure on the European aerospace manufacturer to achieve its annual targets. Impact of Fuselage Quality Issue and Revised Targets The drop in deliveries follows the identification of a quality problem involving fuselage panels on certain A320 family aircraft, traced back to a Spanish supplier. Airbus announced the issue earlier in the week and is currently evaluating its potential effects on December deliveries. CEO Guillaume Faury acknowledged the difficulties posed by this development and emphasized the company’s close monitoring of the situation. In response to ongoing challenges, Airbus has adjusted its 2025 delivery target downward by 4 percent, now aiming to deliver approximately 790 aircraft instead of the previously projected 820. The company clarified that the term “around” allows for a margin of error of 20 planes. To meet this revised goal, Airbus would need to achieve a near-record 133 deliveries in December. Operational Challenges and Market Position Beyond the fuselage issue, Airbus continues to face delays related to engines, seats, and broader supply chain disruptions. These operational hurdles come amid strong market demand and intense competition from Boeing. November also saw Airbus managing a surprise software recall affecting certain jets, adding to the week’s challenges. Despite these setbacks, Airbus secured 75 new aircraft orders in November, bringing the year’s total to 797 gross orders, or 700 net after cancellations. While Airbus maintains a lead over Boeing in total deliveries, it trails its American rival in net new orders. From January to October, Boeing recorded 782 net orders after cancellations, surpassing Airbus in this key metric. Financial Outlook and Market Response Airbus has reaffirmed its financial objectives despite the operational difficulties, providing reassurance to investors following an initial dip in its share price. The company’s stock subsequently recovered as markets responded positively to its commitment to maintaining financial guidance. As the year draws to a close, Airbus remains focused on overcoming supply chain challenges and meeting its revised delivery targets.

ADR Launches Fourth Call4Startups Edition at FCO Innovation Hub Aeroporti di Roma (ADR), a Corporate Partner of the FTE Digital, Innovation & Startup Hub, has inaugurated the fourth edition of its Call4Startups initiative at the Innovation Hub of Rome Fiumicino Airport. This program, integral to ADR’s ‘Runway to the Future’ acceleration scheme, continues to garner substantial international interest. Over 400 applications were received from more than 350 startups, with approximately 75% originating from outside Italy. This robust global engagement highlights the increasing appeal of ADR’s open innovation framework. Developing and Testing Innovations in Operational Environments Selected startups will spend the next eight months operating at both Fiumicino and Ciampino airports, where they will develop and pilot their solutions within real-world operational settings. These entrepreneurs will receive guidance from the Innovation Cabin Crew, a multidisciplinary team of 25 ADR professionals dedicated to mentoring participants and facilitating the integration of new technologies into airport operations. The overarching objective is to enhance operational efficiency and elevate the passenger experience. Emanuele Calà, Senior Vice President of Transformation & Technology at Aeroporti di Roma and Managing Director of ADR Ventures, emphasized the strategic importance of the initiative: “The launch of the fourth edition of the ‘Runway to the Future’ programme confirms our commitment to accelerate the transformation of our airport into a true smart city. The selected startups will implement solutions ranging from automation to artificial intelligence, working closely with the Innovation Cabin Crew inside the Innovation Hub, strengthening Fiumicino’s role as a global trialling platform.” During the official launch event on 3 December 2025, participating startups demonstrated a variety of advanced technologies. These included an autonomous robot designed for sanitising environments and surfaces, an intelligent system for digitalising inspections and maintenance, a machine for automated baggage handling, and a platform enabling real-time monitoring of construction progress. The event also facilitated collaboration through working groups, networking sessions, and one-on-one meetings between startups and ADR’s partners. Navigating a Competitive Innovation Landscape Despite the program’s successes, ADR faces mounting competition within the innovation ecosystem. Notably, Teva, a major global corporation, recently introduced its own innovation program, which offers full funding for startup pilots. This development may influence how startups evaluate the relative advantages of ADR’s mentorship and real-world testing environment against the financial incentives provided by Teva. Industry analysts suggest that such competitive pressures could encourage other airport operators and corporate partners to enhance their support frameworks or adopt similar funding models to attract leading startup talent. Nonetheless, ADR’s Call4Startups remains a pivotal element of its broader innovation strategy. The initiative is designed to foster co-development of new solutions, enable direct experimentation, and promote cross-disciplinary collaboration. Through these efforts, ADR aims to accelerate the evolution of its airport system into an open, international model prioritising operational efficiency, sustainability, and improved passenger services.

Edelweiss Addresses Engine Damage Following Bird Strike at Zurich Airport An Edelweiss Airbus A340-300 experienced a bird strike during its landing at Zurich Airport (ZRH) on December 1, 2025, resulting in temporary grounding of the aircraft. Operating flight WK38 from Liberia Guanacaste International Airport (LIR), the aircraft, registered HB-JMC, completed a safe landing and taxied to the gate without incident, according to reports from The Aviation Herald. Inspection and Repair Efforts Subsequent post-flight inspections revealed that birds had been ingested into the aircraft’s fourth engine, located on the right wing, causing damage to the engine blades. Maintenance teams promptly undertook repairs on the CFM International CFM56 engine. The aircraft remained out of service for approximately 25 hours before resuming operations on December 3, 2025, departing Zurich for Cape Town International Airport (CPT), as confirmed by Flightradar24 data. The incident presented operational challenges for Edelweiss, necessitating the grounding of the widebody jet and adjustments to its long-haul flight schedules. These changes involved aircraft substitutions and, in some cases, passenger downgrades, eliciting mixed reactions from customers and industry observers. While some expressed concerns over the disruption and its impact on service quality, competitors highlighted their own fleet reliability in contrast. Edelweiss has focused on swiftly resolving the issue to minimize further operational disturbances. Aircraft Profile and Fleet Context The affected Airbus A340-300, delivered originally to Swiss in 2002 and operated by Edelweiss since April 2023, is configured with 29 business class and 271 economy seats. As of September 30, 2025, the aircraft had accumulated 108,773 flight hours and 12,443 cycles. At 22 years old, the A340-300 is increasingly rare in commercial service due to its age and the inefficiency associated with four-engine operations. According to ch-aviation, only 37 A340-300s remain active worldwide, operated by 12 airlines. Lufthansa leads with 13 aircraft, followed by Mahan Air with six, and both Edelweiss and Swiss operating four each. Both Swiss carriers are in the process of retiring their A340 fleets in favor of more modern, fuel-efficient aircraft. In October 2025, Edelweiss initiated the phase-out of its A340-300s, placing the first of its five aircraft into long-term storage at Teruel Airport in Spain. The airline plans to replace these aging quadjets with Airbus A350-900s, which provide enhanced efficiency and capacity. Both Edelweiss and Swiss anticipate completing the retirement of their remaining A340s by mid-2027 as part of comprehensive fleet modernization strategies. Despite the recent disruption, Edelweiss has reaffirmed its commitment to maintaining operational reliability and ensuring a seamless transition to its next-generation long-haul fleet.

Certified Aviation Services Appoints Richard Morris as Director of Quality Training and Safety Certified Aviation Services (CAS), a prominent provider of aircraft line maintenance, AOG support, and narrow-body MRO services, has announced the appointment of Richard Morris as its new Director of Quality Training and Safety. This strategic leadership addition arrives amid heightened industry scrutiny over safety standards, with 2025 being characterized by Aviation International News as a "Reckoning Year for Air Safety." Reinforcing Quality and Safety Amid Industry Pressures Richard Morris’s appointment is intended to strengthen CAS’s dedication to stringent quality controls, advanced safety protocols, and comprehensive technician training programs. In his new role, Morris will oversee the company’s Quality Management System (QMS) and Safety Management System (SMS), while also leading the development and implementation of training initiatives across all CAS locations. The overarching objective is to ensure “right-first-time” service delivery, proactive risk mitigation, and ongoing operational improvement. Brad Caban, President and CEO of CAS, emphasized the significance of this appointment, stating, “Richard’s combination of regulatory expertise, frontline maintenance leadership, and training program design is exactly what CAS needs as we scale. He will tighten our quality controls, elevate our safety practices, and expand our technician training pathways, so our teams can consistently deliver the speed, transparency, and reliability our customers expect.” This leadership change comes at a time when the aviation sector is under increased pressure to uphold safety and quality standards, following recent incidents such as Airbus’s A320 software recall and confirmed quality issues involving metal panels. These developments have intensified competition within the industry, prompting companies like CAS to deepen their investments in safety and training. Competitors, including Daher Aircraft and AAR, have similarly responded with enhanced safety initiatives and sustainability commitments, as detailed in AAR’s 2025 Sustainability Report. Richard Morris: Extensive Expertise in Aviation Safety Richard Morris brings over two decades of experience spanning military, commercial, and aerospace sectors, including significant roles with the Federal Aviation Administration (FAA) and major aviation corporations. His expertise encompasses the development of ISO and AS-aligned quality systems and audit programs, the design and implementation of SMS frameworks supported by data-driven performance metrics, and supplier quality management with a focus on root-cause analysis and corrective action. Additionally, Morris has a proven track record in ensuring compliance with software and hardware standards such as DO-178, alongside the creation of competency-based training and recurrent curricula tailored for both technicians and leadership personnel. His comprehensive understanding of regulatory requirements, combined with hands-on leadership in maintenance and training, positions him well to guide CAS through the evolving landscape of industry standards. Addressing Market Expectations and Regulatory Challenges The appointment of Richard Morris reflects a broader industry trend toward reinforcing safety and training infrastructures in response to escalating regulatory demands and recent quality concerns. While such leadership changes are generally welcomed, they also present challenges, including the necessity to align with increasingly stringent regulations and to adapt swiftly to evolving training standards. As the aviation industry approaches a critical juncture in safety oversight, CAS’s investment in experienced leadership and quality assurance underscores its commitment to maintaining rigorous standards and fulfilling customer expectations within a competitive and closely monitored market.

Unidentified A350-1000 Order in November Brings Airbus Net Orders to 700 In November, Airbus secured an order for eight A350-1000 aircraft from an undisclosed customer, elevating the manufacturer’s net orders for the year to 700. The anonymity of the buyer has sparked considerable speculation within the aviation industry, highlighting the growing intensity of competition in the widebody aircraft market. Strong Demand Across Widebody and Single-Aisle Segments Alongside the unidentified A350-1000 order, Airbus recorded a firm commitment from IndiGo for 30 additional A350-900s, doubling the Indian carrier’s total order for this model to 60. Etihad Airways also confirmed its purchase of six A330-900s and was identified as the customer behind seven A350-1000s added to Airbus’s backlog in August. Furthermore, Etihad’s earlier order for three A350 freighters from January was formally registered during this period. Cargo operators have played a significant role in bolstering Airbus’s order book. Air China Cargo and Silk Way West Airlines placed orders for six and two A350 freighters respectively, increasing the total firm commitments for the A350F to 82 aircraft. In the single-aisle market, Airbus reported agreements for 23 A320neo-family jets in November. Of these, 20 aircraft—comprising seven A321neos and 13 A320neos—were attributed to a single, unidentified customer. Meanwhile, Flydubai’s high-profile agreement for 150 A321neos, announced at the Dubai Airshow, remains pending finalization. Emirates disclosed an order for eight additional A350-900s but has expressed caution regarding the A350-1000, showing greater interest in larger variants of Boeing’s 777. Competitive Dynamics and Delivery Progress The surge in Airbus orders comes amid continued strong performance by Boeing, which has secured major deals including the acquisition of Spirit AeroSystems and new contracts with Middle Eastern carriers for Boeing 737 Max jets. Airlines such as Ethiopian Airlines and Air Europa are also reportedly considering further A350-900 acquisitions, underscoring the ongoing competition between the two manufacturers. By the end of November, Airbus had delivered 657 aircraft, leaving 133 deliveries to meet its revised full-year target of 790. November alone saw the handover of 72 aircraft, including 54 A320neo-family jets, four A350s, four A330s, and 10 A220s. With widebody orders driving much of the recent momentum, Airbus’s November order intake reached 75 aircraft, reflecting sustained demand for the A350 family as airlines continue to evaluate their fleet expansion strategies amid a competitive market environment.

CAAC Advances Integration of AI in Civil Aviation The Civil Aviation Administration of China (CAAC) has introduced new guidelines designed to accelerate the adoption of artificial intelligence (AI) within the country’s civil aviation sector. The recently published document, titled "Implementation Opinions on Promoting High-Quality Development of 'AI + Civil Aviation'," sets forth a strategic framework aimed at harnessing AI to improve operational efficiency, safety, and innovation throughout the industry. Strategic Focus and Industry Collaboration The CAAC’s initiative emphasizes fostering close collaboration between AI technology providers and aviation enterprises. Key focus areas include intelligent flight operations, predictive maintenance, passenger services, and air traffic management. By integrating AI-driven solutions, the administration anticipates streamlined workflows, cost reductions, and enhanced passenger experiences. This approach reflects a broader commitment to leveraging cutting-edge technology to modernize and optimize civil aviation operations. Challenges and Regulatory Considerations Despite the promising outlook, the widespread implementation of AI in civil aviation presents significant challenges. Industry experts have raised concerns regarding data privacy and security, especially as airlines and service providers manage increasing volumes of sensitive information. The technical complexity involved in integrating advanced AI systems with existing aviation infrastructure demands robust oversight and specialized expertise. Furthermore, regulatory compliance remains a critical priority, with authorities working to establish clear standards and guidelines to ensure the safe and ethical deployment of AI technologies. Market Response and Competitive Dynamics Following the CAAC’s announcement, the aviation market has responded with increased investment in AI-driven platforms. This surge is expected to intensify competition, potentially driving down prices for AI-enhanced services and fostering greater innovation in customer offerings. In turn, industry players are accelerating their own AI initiatives, forming strategic partnerships to enhance workforce planning and operational efficiency. These developments underscore the rapidly evolving landscape of civil aviation, where technological advancement is becoming a key differentiator. As the CAAC continues to promote AI integration, it stresses the importance of balancing technological progress with stringent safety standards and regulatory oversight. Observers note that the initiative’s success will hinge on the sector’s ability to navigate emerging challenges while fully realizing AI’s transformative potential.

National Civil Aviation Administration Advances AI Integration in Aviation The Civil Aviation Administration of China (CAAC) has introduced a comprehensive framework to accelerate the adoption of artificial intelligence (AI) within the country’s civil aviation sector. The recently published “Implementation Opinions on Promoting High-Quality Development of ‘Artificial Intelligence (AI) + Civil Aviation’,” as reported by China Civil Aviation News, delineates a phased strategy and detailed requirements for embedding AI technologies across critical areas of the industry. Strategic Roadmap for AI Integration The CAAC’s plan envisions significant milestones by 2027, with AI integrated into key domains such as aviation safety, operational management, passenger services, logistics, regulatory oversight, and strategic planning. The initial phase focuses on establishing foundational support systems to facilitate the deployment of AI applications. Looking further ahead to 2030, the administration aims for comprehensive and profound AI integration throughout all aspects of civil aviation. This includes the development of enhanced governance frameworks and strengthened security assurance mechanisms, positioning AI as a central driver of the sector’s high-quality development. Challenges and Industry Response Despite the ambitious objectives, the widespread adoption of AI in aviation faces notable challenges. Regulatory complexities remain a primary concern, as authorities must carefully balance the imperative for innovation with rigorous safety and compliance standards. The financial burden of integration, particularly for smaller operators with limited resources, also presents a significant obstacle. Moreover, the increased reliance on AI systems raises cybersecurity risks, underscoring the need for robust protective measures to safeguard sensitive data and critical infrastructure. In response to these developments, the market has witnessed a surge in investment directed toward AI-driven aviation solutions. Industry participants are intensifying research and development efforts and forging partnerships with leading AI technology providers to expedite implementation. This heightened activity is fostering increased competition, compelling companies to distinguish themselves through innovation and operational efficiency. Market Dynamics and Future Outlook Experts caution that the rapid expansion of AI in aviation may be moderated by broader market forces. Should enthusiasm for AI diminish—a scenario often described as the “AI bubble bursting”—the industry could shift toward more strategic and cost-effective applications. In such an environment, aviation firms are expected to reassess their AI investments, prioritizing solutions that offer measurable value and sustainable growth. As China’s civil aviation sector advances its AI integration agenda, the interplay between innovation, regulatory oversight, and security considerations will be pivotal. The CAAC’s roadmap sets forth ambitious targets, but the ultimate success of this technological transformation will depend on the industry’s capacity to manage both the opportunities and inherent risks.