Boeing Reports Strong Second-Quarter Results

Aircraft Engine Market Projected to Reach $157.5 Billion by 2032 The global aircraft engine market is anticipated to experience substantial growth, with its value projected to rise from $76.8 billion in 2025 to $157.5 billion by 2032. This expansion, reflecting a compound annual growth rate (CAGR) of 10.8%, highlights the aviation sector’s ongoing recovery and transformation amid evolving industry dynamics. Drivers of Market Growth The market’s upward trajectory is propelled by several key factors. The resurgence in commercial aviation, driven by increasing global air travel demand, has prompted airlines to invest heavily in fleet modernization and expansion. Concurrently, rising defense budgets amid geopolitical tensions are accelerating the procurement of advanced engines, particularly for fighter jets and military aircraft. There is also a growing emphasis on fuel efficiency, with both commercial and defense operators prioritizing engines that reduce emissions and improve operational economy. Technological advancements further contribute to growth, as research and development efforts focus on producing lighter, more efficient, and sustainable propulsion systems. Turbofan engines are expected to maintain dominance in the market due to their widespread application in commercial jets and superior thrust efficiency for long-haul flights. Other engine types, including turboprop, turboshaft, and piston engines, continue to hold significant roles, especially in regional and specialized aviation sectors. Market Segmentation and Regional Overview The aircraft engine market is segmented by engine type, platform, and end user. Turbofan engines lead the sector, followed by turboprop, turboshaft, and piston engines. Within platforms, commercial aviation commands the largest share, supported by rising passenger volumes and airline fleet expansions. The military segment is also expanding, driven by modernization programs and increased defense spending. General aviation benefits from growth in business and personal travel, particularly in developed markets. Regionally, North America remains the dominant player, underpinned by a robust aerospace infrastructure, substantial investment in research and development, and the presence of major manufacturers such as GE Aviation and Pratt & Whitney. Challenges and Market Dynamics Despite the positive outlook, the aircraft engine market faces notable challenges. Persistent global supply chain disruptions threaten production schedules and delivery timelines. Additionally, rising raw material costs exert pressure on profit margins and increase manufacturing expenses. The sector must also navigate stringent regulatory requirements, with evolving environmental and safety standards demanding continuous innovation and investment. In response, industry participants are intensifying research and development efforts to produce more efficient and compliant engines. The competitive landscape is evolving, with mergers and acquisitions anticipated as companies seek to consolidate market share and accelerate technological progress. Outlook The aircraft engine market is positioned for robust growth over the coming decade, driven by increasing demand for air travel, defense modernization initiatives, and the pursuit of sustainable aviation technologies. While challenges remain, ongoing innovation and strategic industry responses are expected to shape the market’s development through 2032.

IndiGo Confirms Order for 40 Airbus Aircraft Amid Global Expansion IndiGo has officially confirmed an order for 40 Airbus aircraft, reinforcing its strategic ambitions to expand its global footprint. Already the dominant force in India’s domestic aviation market with a fleet composed almost exclusively of Airbus models, the airline is now intensifying efforts to strengthen its presence on international routes. Focus on the Airbus A350-900 for Long-Haul Growth Central to IndiGo’s international expansion is the acquisition of the Airbus A350-900, a long-range widebody aircraft capable of seating between 300 and 410 passengers and covering distances up to 18,000 kilometers nonstop. This aircraft, favored by many leading global carriers, enables nonstop flights lasting 15 to 18 hours, making it a critical asset for IndiGo’s long-haul strategy. This order follows IndiGo’s historic purchase earlier in 2023, when it placed an unprecedented order for 500 Airbus A320 family aircraft—the largest single order in commercial aviation history. Deliveries for these aircraft are planned between 2030 and 2035, underscoring the airline’s long-term growth vision. Challenges Amid Industry Disruptions and Competitive Dynamics IndiGo’s ambitious fleet expansion occurs against a backdrop of ongoing supply chain disruptions affecting the global aviation industry. Recent delays experienced by Air France Industries KLM Engineering & Maintenance in the post-pandemic environment highlight the operational risks that could impact IndiGo’s delivery schedules. The competitive landscape in India’s aviation sector is also evolving. Air India, IndiGo’s main competitor on international routes, continues to operate a mixed fleet with a strong reliance on Boeing aircraft for its long-haul services, even as it expands its Airbus widebody fleet. This divergence in fleet strategy reflects the contrasting approaches of the country’s two largest carriers as they compete for a larger share of the international market. Industry analysts observe that IndiGo’s latest order aligns with a broader trend of robust demand for Airbus aircraft, particularly during major industry events such as the Paris Air Show. Recent agreements with carriers like Starlux and Embraer have further solidified Airbus’s position as a preferred supplier for airlines seeking to modernize and grow their fleets. As IndiGo advances its global ambitions, its continued investment in Airbus aircraft underscores both its confidence in the manufacturer and its commitment to expanding internationally, despite the operational and competitive challenges that lie ahead.

FDH Hardware and MS Aerospace Renew Fastener Supply Agreement for F-35 Programme FDH Hardware, a division of FDH Aero, has formalized a two-year supply agreement with MS Aerospace, a prominent manufacturer of high-strength fasteners for critical aerospace and defense applications. This renewed partnership designates FDH Hardware’s Arlington International Aviation Products (AIAP) brand as the primary supplier of MS Aerospace fasteners for the Lockheed Martin F-35 programme, one of the largest and most sustained military aircraft initiatives globally. Enhancing Supply Chain Stability and Pricing The agreement introduces fixed-price fasteners for F-35 manufacturing partners, aiming to improve pricing stability and streamline the fastener supply chain. By consolidating demand for similar products across its customer base, AIAP plans to extend this fixed pricing model to additional MS Aerospace fasteners and clients. This approach is expected to simplify procurement processes and foster greater predictability in supply costs. This strategic collaboration emerges amid ongoing supply chain challenges within the aerospace sector. Industry leaders, including participants in recent roundtable discussions reported by Aviation International News, have highlighted the difficulties of maintaining consistent supply in the face of global disruptions. FDH Hardware and MS Aerospace will be tasked with navigating these complexities to ensure reliable delivery for the F-35 programme. Market Context and Industry Implications Market responses to supply chain agreements such as this have been varied. Lockheed Martin’s stock experienced an initial decline following Pentagon budget cuts but later recovered due to escalating geopolitical tensions and increased demand for advanced military hardware. The global fighter jet market is projected to reach $70 billion by 2029, driven in part by a surge in European fighter jet orders amid heightened defense spending and competition. In this environment, competitors are likely to leverage technological advancements and expanded budgets to strengthen their market positions. Rick Ferguson, Vice President of Sales at AIAP, underscored the longstanding relationship with MS Aerospace and their mutual dedication to quality, delivery, and pricing consistency. He described the new agreement as a step toward enhancing supply chain efficiency and better supporting the F-35 programme. Mike Ross, Director of Sales at MS Aerospace, emphasized AIAP’s critical role in securing approvals with Lockheed Martin and expressed optimism about the continued collaboration. The renewed agreement is anticipated to drive growth and solidify both companies’ standings in the global aerospace market. AIAP provides a comprehensive range of aerospace fasteners, all rigorously tested to meet industry standards. This partnership exemplifies FDH Aero’s ongoing investment in supply chain responsiveness and its broader commitment to delivering customer-focused service across the aerospace and defense sectors.

Moonware to Trial HALO Platform at Tokyo Haneda Airport Moonware has announced plans to trial its ground traffic control platform, HALO, at Tokyo International Airport (Haneda), in partnership with Japan Airlines (JAL) and JAL Ground Service (JGS). This initiative seeks to modernize and digitize ground handling operations at one of the world’s busiest airports, with a focus on enhancing efficiency, coordination, and real-time situational awareness. Enhancing Ground Operations through Digital Integration The HALO platform will be implemented at JAL’s local ground handling control station, where the trial will concentrate on improving below-wing coordination and optimizing the management of ground resources. By integrating data from various operational sources—including equipment status, ground crew activities, and flight schedule updates—HALO consolidates information into a centralized system. This integration facilitates dynamic dispatching, live status updates, and comprehensive visibility into ongoing ground operations. A notable feature of HALO is its real-time communication capability, which links the control station directly with teams working on the tarmac. This connectivity is intended to enable JAL and JGS to respond more swiftly to operational changes and disruptions while maximizing the utilization of available assets. Activities such as aircraft servicing, baggage handling, and equipment allocation are tracked and timestamped, with data fed back into planning systems to support more accurate, data-driven decision-making. The platform aims to reduce variability in aircraft turnaround times and improve overall ground service execution. Challenges and Industry Response The trial faces several challenges, including the need for regulatory approval and the integration of HALO with existing airport infrastructure. Ensuring the technological readiness of all stakeholders also remains a critical concern. As the platform is currently in the prototyping phase, its immediate impact may be limited, potentially delaying broader adoption. Market reactions to the trial have been mixed. Some traditional aviation stakeholders have expressed skepticism about the feasibility and benefits of such digital transformation initiatives. Meanwhile, competitors are closely observing the trial, with potential responses ranging from collaborative efforts to enhance the HALO system to the development of rival solutions aimed at countering its advantages. Despite these uncertainties, the HALO trial aligns with JAL’s broader strategy to modernize ground operations and reflects a growing emphasis on innovation and digital transformation within the regional aviation sector. The results of the trial at Haneda Airport are expected to influence future adoption and shape the competitive landscape for ground handling technologies across the industry.

Investigators Examine Engine Fuel Control Switch in Air India Flight 171 Crash Emerging Focus on Cockpit Fuel Control Switches In the ongoing investigation into the tragic crash of Air India Flight 171 on June 12, attention has increasingly centered on the engine fuel control switches of the Boeing 787 Dreamliner. Investigators are examining whether the cockpit switches that regulate fuel flow to the engines were moved—either accidentally or deliberately—during the critical moments following takeoff from Ahmedabad. Analysis of data retrieved from the flight data recorder and cockpit voice recorder has highlighted the two-position engine fuel control switches, marked RUN and CUTOFF, as a key area of interest. If either switch was inadvertently set to CUTOFF while airborne, it would have caused an immediate engine shutdown, resulting in loss of thrust and subsequent failures in onboard systems. No mechanical or design defects have been identified in the GE Aerospace GEnx-1B engines or the switches themselves. Furthermore, post-crash examinations found no evidence of fuel contamination or issues with flap retraction, which are often considered in such incidents. The absence of urgent safety advisories from Boeing or GE Aerospace has led investigators to consider the possibility of a cockpit-originated event. Although the switches are equipped with a guarded mechanism requiring a deliberate lift over a metal stop to activate, making accidental engagement unlikely, it remains a possibility under investigation. The Crash and Its Aftermath The crash, which occurred just 32 seconds after takeoff, resulted in the deaths of 241 of the 242 people on board, as well as 19 individuals on the ground. The aircraft lost thrust and crashed into a hostel near BJ Medical College, marking the first fatal accident involving a Boeing 787 Dreamliner. Investigators have not ruled out improper, inadvertent, or intentional movement of the fuel control switches as a potential cause of the disaster. This catastrophe has sent shockwaves through the Indian aviation sector, raising serious concerns about Air India’s safety protocols and the reliability of the Dreamliner fleet. The incident has prompted swift responses from aviation authorities, insurance firms, and international regulatory bodies. The involvement of the U.S. National Transportation Safety Board (NTSB) underscores the global significance of the investigation. Industry analysts are closely monitoring the repercussions for Air India’s market position and the potential introduction of new aviation safety regulations. The crash has intensified scrutiny of cockpit procedures and aircraft design, with broader implications for both the Indian aviation industry and Boeing’s global reputation. Ongoing Investigation and Future Developments India’s Aircraft Accident Investigation Bureau (AAIB) is preparing to submit its preliminary report to the International Civil Aviation Organization (ICAO) by July 11. The final conclusions are expected to depend heavily on a detailed analysis of the timing and sequence of cockpit switch movements, as recorded by the aircraft’s black boxes. Until the report is released, critical questions remain regarding whether human actions within the cockpit initiated the sequence of events that led to one of the deadliest aviation accidents in recent history.

Investigation into Boeing 787 Systems Following Ahmedabad Plane Crash The recent Air India crash near Ahmedabad, which tragically claimed the lives of all but one passenger, has prompted a comprehensive investigation by the Aircraft Accident Investigation Bureau (AAIB). The bureau has submitted its preliminary report to the Ministry of Civil Aviation, with an official release anticipated by Friday. Central to the inquiry is an in-depth examination of the advanced systems of the Boeing 787 aircraft, as reported by the Times of India. Investigators are exploring the possibility that a complex, multi-system failure may have contributed to the accident, shifting focus from a single mechanical fault to a broader systems-level analysis. Focus on Boeing 787’s High-Tech Systems The investigation is being conducted as a system-level case study, aiming to scrutinize the Boeing 787’s sophisticated electronic and software systems. This approach seeks to determine whether a hidden flaw or software bug across multiple systems could have precipitated the crash. A senior commander, speaking anonymously to the Times of India, emphasized that the probe extends beyond the responsibilities of Air India and the Directorate General of Civil Aviation, highlighting the unique nature of this inquiry into the “more electric” Boeing 787. The commander noted that the preliminary findings, if significant, could have far-reaching implications for the global operation of the aircraft model. Examination of Fuel Control Switches According to Reuters, investigators have concentrated on the movement of the aircraft’s fuel control switches, which regulate engine power. This focus emerged following detailed analysis of the flight and voice data recorders, supplemented by Boeing’s simulation of the aircraft’s final moments. Aviation safety expert John Cox explained that the fuel switches are designed to prevent accidental movement, stating that a pilot cannot inadvertently toggle them. He further noted that if a switch is turned off, it would immediately cut engine power, underscoring the critical nature of these controls in the investigation. Status of the AI171 Crash Probe The preliminary report submitted to the Ministry of Civil Aviation includes initial data from the black boxes but stops short of definitive conclusions. As reported by CNBC, the investigation remains ongoing and may require several months before a final determination is reached. Possible Software Malfunction as Cause Earlier commentary from Mary Schiavo, an aviation attorney with Motley Rice, suggested that the crash might have resulted from a known software-triggered engine malfunction. She indicated that the aircraft could have experienced a dual-engine thrust rollback caused by a software failure, a scenario previously documented in other Boeing 787 incidents. Schiavo highlighted the role of the Thrust Control Malfunction Accommodation (TCMA) system, which operates through the Full Authority Digital Engine Control (FADEC) to manage engine performance. The TCMA is designed to automatically reduce engine thrust if it detects that the aircraft is on the ground, without pilot intervention. However, she warned that this safety feature could lead to catastrophic power loss if triggered mid-flight, a possibility under consideration in the AI-171 crash investigation.

Airlines Adopt Event-Driven AI Systems to Improve Operations Advancements in AI Across the Aviation Sector The aviation industry is witnessing a rapid integration of artificial intelligence (AI) technologies aimed at enhancing operational efficiency and elevating the passenger experience. Key players across the sector—including manufacturers, air traffic controllers, airlines, and airports—are increasingly deploying AI-driven solutions. Singapore Airlines (SIA), for instance, has collaborated with the A*STAR Institute for Infocomm Research to implement predictive maintenance systems powered by AI. This initiative enables the airline to anticipate fleet requirements proactively, thereby reducing delays and optimising engineering productivity. Similarly, digital airport traffic management systems now employ AI to automate air traffic control processes, which helps minimise human error and decrease incidents on the tarmac. Passengers are also benefiting from these technological advancements. Airlines are utilising AI to enhance customer service, as exemplified by Etihad Airways’ upcoming AI-powered flight booking chat application and SIA’s partnership with OpenAI to upgrade its virtual assistant for more intuitive trip planning and management. At Singapore’s Changi Airport, AI-driven systems monitor crowd movements and analyse passenger behaviour, offering valuable insights into traveller preferences. According to Deloitte’s 2025 Travel Industry Outlook, the adoption of AI across the travel sector is accelerating, contributing to improved passenger experiences, greater operational efficiency, and increased revenue. However, these individual applications represent only a fraction of AI’s broader potential within aviation. Challenges in Integration and Market Implications Despite the clear advantages, integrating AI into aviation’s complex and fragmented technological landscape remains a formidable challenge. The industry’s ecosystem is characterised by siloed communication channels and legacy systems, which often impede the full realisation of AI’s benefits. McKinsey highlights that decision-making processes in critical areas such as route planning, scheduling, and fleet management continue to be constrained by outdated technologies and isolated data streams. Transitioning to real-time, event-driven AI systems involves overcoming significant obstacles, including the integration of new technologies with existing infrastructure, ensuring data privacy and security, and managing the substantial costs associated with AI deployment. These challenges are further complicated by evolving market dynamics. As more airlines invest in advanced AI capabilities, competition intensifies. While this trend may lead to lower prices for consumers, it does not necessarily translate into higher profit margins for airlines. Competitors are expected to adopt similar AI technologies to maintain their competitive edge, potentially saturating the market and diminishing the unique advantages that AI can offer. Recent data indicates that although AI can markedly improve operational efficiency, its benefits may become diluted as adoption becomes more widespread across the industry. Toward a Connected and Intelligent Aviation Ecosystem Realising the full potential of AI in aviation requires seamless integration across the entire ecosystem—from ground operations and aircraft systems to reservations, passenger services, and maintenance. Agentic AI, which is capable of managing complex tasks and making autonomous decisions with minimal human intervention, holds significant promise in this regard. The effective functioning of such systems depends on the real-time integration of diverse data sources and AI-enabled events. A particularly promising strategy involves adopting a real-time, event-driven integration model known as an “agent mesh.” Central to this approach is the event mesh, a data distribution layer that facilitates seamless information flow across organisations and geographic locations. Building upon this foundation, the agent mesh introduces a network of autonomous AI agents capable of interpreting and acting on data in real time, thereby embedding distributed intelligence within aviation’s digital infrastructure. By orchestrating data and events precisely where they are needed, these interconnected AI systems empower airlines to make faster, more informed decisions. This development paves the way for a more agile, efficient, and responsive aviation industry.

How Virgin Atlantic Is Enhancing the Premium Travel Experience Virgin Atlantic is intensifying its commitment to delivering a premium, personalized, and innovative travel experience amid the significant challenges facing the global aviation sector in 2025. Central to this effort is a $17 billion fleet transformation plan, which aims to introduce 45 next-generation aircraft by 2028. These newer jets, averaging just 6.4 years in age, promise quieter and more efficient operations, catering to the increasing demand for stylish and comfortable travel. This strategic move positions Virgin Atlantic to capture a growing segment of luxury travelers seeking elevated service and modern amenities. Advancing Inflight Connectivity and Cabin Comfort In a pioneering step for UK airlines, Virgin Atlantic will offer free, high-speed streaming-quality Wi-Fi across its entire fleet exclusively for Flying Club members. This initiative, enabled through a partnership with Starlink, will provide seamless and unlimited internet access, facilitating work, entertainment, and communication during flights. Installation of this technology is scheduled to begin in late 2026, with completion expected by the end of 2027. Simultaneously, the airline is undertaking a comprehensive redesign of its Boeing 787-9 interiors, inspired by the acclaimed A330neo layout. The updated cabins will introduce new seating configurations across all classes, with a notable increase in Premium and Upper Class capacity. A highlight of this redesign is the introduction of the Retreat Suite on the 787-9—a private space designed for working, dining, or relaxation—with eight suites available in every Upper Class cabin. Further expansion of premium offerings will come with the arrival of ten new A330neo aircraft starting in 2026. These planes will feature enlarged premium cabins, including 48 Upper Class, 56 Premium, and 128 Economy seats each. Each aircraft will also include six Retreat Suites, collectively adding over 400 new premium seats daily and enhancing opportunities for travelers to experience luxury in the air. Embracing Digital Innovation and Lounge Enhancements Virgin Atlantic is also embracing digital transformation through partnerships with OpenAI, Tomoro.ai, and TCS to modernize its operations and introduce a next-generation digital assistant. Utilizing generative AI and real-time voice technology, the airline’s new mobile app, set to launch in December 2025, will provide personalized trip inspiration, airport navigation, and seamless customer support, effectively placing the full Virgin Atlantic experience at travelers’ fingertips. In parallel, the airline is investing heavily in upgrading its signature Clubhouse lounges. Following the recent opening of the new Los Angeles (LAX) Clubhouse, significant renovations are planned for the Heathrow and JFK lounges. These upgrades will feature refreshed interiors, enhanced service standards, and innovative culinary offerings such as The Clubhouse Burger, Mile High Tea, and the Cherry Pie, further elevating the premium ground experience. Navigating Industry Challenges with Strategic Focus These comprehensive enhancements come at a time when the aviation industry faces a complex and challenging environment. While 2025 is anticipated to present serious obstacles for airlines worldwide, Virgin Atlantic’s focus on premium service and digital modernization may enable it to distinguish itself in a competitive market. Although market responses may vary, the resilience of luxury travel and the growing trend of travel hacking suggest potential avenues for growth. Competitors are expected to respond, but Virgin Atlantic’s strategic partnerships and customer-centric innovations could provide a significant competitive advantage as the airline navigates this dynamic landscape. Through these initiatives, Virgin Atlantic is not only preparing to withstand industry headwinds but is also redefining the standards of stylish and sophisticated air travel.

Boeing Reports Record Aircraft Deliveries in Second Quarter Boeing has announced a record delivery of 150 aircraft and secured 427 new orders in the second quarter of 2025, marking a significant resurgence for the aerospace giant and signaling renewed vitality in the global aviation sector. This performance represents a substantial increase compared to the same period last year, when the company delivered 92 jets and received only 25 orders. The surge was largely driven by the strong demand for the 737 Max, with 102 units delivered during the quarter. This robust activity underscores a broader recovery in global travel demand and a stabilizing industry following the disruptions caused by the COVID-19 pandemic. Market Performance and Industry Context Despite these impressive operational results, Boeing’s stock price remained steady following the announcement, although it has risen 23% year-to-date. Investor confidence has been further bolstered by optimism surrounding NASA’s Artemis II program, which has contributed positively to market sentiment. Boeing’s main competitor, Airbus, also reported strong figures, delivering 63 aircraft and booking 203 orders in June alone, with a total of 306 deliveries so far this year. In response to Boeing’s gains, Airbus is expected to consider increasing production to protect its market share. Meanwhile, South Korea’s T’way Air has confirmed plans to complete its Boeing 737 Max 8 deliveries by 2027, highlighting sustained demand for Boeing’s flagship narrow-body jet. Future Outlook and Challenges Looking ahead, Boeing projects a global need for 43,600 new airliners over the next two decades, reflecting ongoing growth in air travel worldwide. However, the company faces several challenges as it seeks to maintain its momentum. Key issues include managing production rates amid persistent supply chain disruptions, transitioning to new aircraft models, and addressing safety concerns following recent incidents. Boeing’s upcoming financial results, scheduled for release on July 29, are anticipated to provide further insight into the company’s strategic direction and financial health. Industry observers and investors will be closely monitoring how Boeing plans to navigate these operational challenges while capitalizing on the current upswing in demand. Boeing’s record deliveries and surge in orders serve as a positive indicator for the broader aerospace market, with potential ripple effects across related industries. The company’s performance not only reflects a resurgence in global aviation but also sets the stage for intensified competition and innovation as airlines and manufacturers adapt to evolving market dynamics. As the industry continues its recovery, Boeing’s ability to sustain production, manage supply chain complexities, and ensure safety will be critical to maintaining its leadership position in the years ahead.

Boeing’s Q2 Deliveries Surpass Expectations Amid Production Recovery Boeing reported second-quarter deliveries that exceeded analysts’ forecasts, reflecting the company’s ongoing efforts to ramp up production and recover from previous setbacks. The aerospace giant delivered 150 commercial aircraft during the quarter, a significant increase from 92 planes in the same period last year. This performance also surpassed the 129 deliveries anticipated by analysts, according to Visible Alpha estimates. The surge in deliveries underscores Boeing’s progress under new leadership as it navigates challenges stemming from safety investigations and production constraints. Commercial and Defense Deliveries Show Strong Growth The 150 commercial jets delivered included 104 units of Boeing’s 737 model, up from 70 in the second quarter of 2023. Last year, production had been hampered by safety concerns and financial strains following the January 2024 incident involving Alaska Airlines, where a door plug detached midflight. In addition to commercial aircraft, Boeing’s defense segment contributed 36 helicopters and jets, exceeding analyst expectations by four units and marking an increase from 28 deliveries in the previous year. Boeing is scheduled to release its full second-quarter financial results on July 29, which will provide further insight into the company’s overall performance and outlook. Financial Performance and Market Response In its first-quarter report, Boeing also surpassed delivery estimates while reporting a narrower loss than anticipated. Despite ongoing concerns about the impact of tariffs imposed during the Trump administration—particularly regarding Boeing’s business with airlines in China and other international markets—the company has demonstrated signs of recovery. Analysts have noted progress toward regaining the growth trajectory that was projected before the Alaska Airlines incident. Boeing’s shares have reflected this positive momentum, rising approximately 24% in 2025 and recently reaching their highest levels since the downturn in January 2024. On Tuesday, the stock showed little change in trading, maintaining its gains for the year.