Ascending or Stalled? The European MRO Outlook for the Next Decade

2024-02-29 / 4 min

The European MRO (Maintenance, Repair, and Overhaul) industry has weathered a storm like no other. From pre-pandemic highs to COVID-induced turmoil, the past decade has been a tumultuous ride. As the industry looks towards the next decade, challenges are clear – but virtually every forecast leaves space to be filled as a lot of doubts still prevail – and not all of the worries regarding the future are exactly clear.

The demand for MRO services is expected to rebound as air travel gradually recovers, presenting a potential growth trajectory. However, the industry must also navigate evolving regulations, technological advancements, and changing customer expectations to stay competitive in a rapidly transforming aviation landscape. But as we navigate the skies of the 2020s, what awaits this critical aviation sector?

Recovery with Nuances

While global MRO is expected to experience steady growth, Europe’s outlook might be cloudier. Recent forecasts paint a picture of slower recovery, reaching $118 billion by 2030 – still recovering, but 13% below pre-pandemic projections. This tempered pace reflects lingering labor shortages, geopolitical tensions, and the ever-present push for sustainability.

The aviation sector in Europe is facing several challenges that could impact its recovery. One of the key factors is the lingering labor shortages, which can hinder the industry’s ability to meet the increasing demand for MRO services. Additionally, already mentioned geopolitical tensions and the need for sustainability are also contributing to the cloudier outlook for Europe’s aviation sector. These factors highlight the importance of adapting to new market dynamics and finding innovative solutions to address these challenges in order to ensure a successful recovery in the coming years. 

Yet one bright spot emerges in the engine segment. Fueled by technological advancements and the dominance of narrow-body aircraft, this market is projected to climb to a staggering $59.6 billion by 2030, boasting a robust 9.2% CAGR. This growth underscores the vital role engine MRO providers will play in keeping Europe’s fleet airborne efficiently.

Digital Takeoff

Technology is driving forward the MRO revolution, and Europe is not immune. Predictive maintenance, fueled by big data and analytics, allows airlines to anticipate and address issues before they ground planes, minimizing downtime and costs. Additionally, simplified inspections and adaptation of such technologies as augmented reality are streamlining processes, boosting both efficiency and accuracy.

The Digital MRO market is expected to grow significantly in the coming years, with a projected CAGR of 15.13% from 2023 to 2030. According to SNS Insider, the market size was estimated at USD 2.22 billion in 2022 and is expected to reach USD 6.85 billion by 2030. This growth can be attributed to several factors, including the increasing adoption of digital technologies in the aviation industry, the growing demand for efficient and cost-effective maintenance solutions, and the need to improve operational safety and performance.

These technological advancements are not only improving the overall performance of engine MRO providers but also enhancing the safety and reliability of Europe’s fleet. By leveraging such advancements, maintenance teams can simulate and visualize complex procedures, ensuring precise execution and reducing human errors. As a result, airlines can achieve higher operational efficiency while maintaining strict regulatory compliance standards.

Sustainable Skies

Environmental concerns are forcing MRO providers to embrace greener practices. Airlines are demanding solutions like cleaner engine technologies, efficient component recycling, and the use of sustainable materials. Embracing these practices will be crucial not only for competitiveness but also for contributing to a more sustainable aviation future. By adopting greener practices, MRO providers can not only meet the demands of environmentally conscious airlines but also align with regulatory requirements aimed at reducing carbon emissions. Furthermore, investing in sustainable technologies and materials can help MRO providers future-proof their operations and stay ahead of evolving environmental regulations.

Yet, the major hurdle is related to the high cost of implementing these technologies and materials. With the rapid rise of inflation at the beginning of this decade, a lot of businesses had to reassess their investment plans. Therefore, many companies are hesitant to invest in these technologies and materials. However, such an issue isn’t likely to persist for long, as the improving economic situation should encourage businesses to reconsider their investment strategies.

Despite the opportunities, turbulence persists. Labor shortages, particularly skilled technicians, threaten to stifle growth. Geopolitical uncertainties and volatile fuel prices could further impact airlines’ maintenance budgets. And stricter regulations around safety and emissions necessitate continuous adaptation and investment.

Landing Gear Down

The swelling backlog of new aircraft is set to thwart the retirement plans for existing aircraft and engine fleets, thereby exacerbating the scarcity of spare parts. This ripple effect will be particularly noticeable as fewer aircraft are decommissioned. Moreover, the aging engines, poised to endure longer service periods, will demand heightened maintenance, amplifying costs amidst the dwindling spare parts inventory and surging prices.

The European MRO market is on an ascent, albeit a gradual one. To ensure a smooth landing, the industry must prioritize technological advancements, embrace sustainability, and address challenges like workforce development. Collaboration and innovation will be key to navigating the complex currents shaping the future of European MRO.

As MRO providers are constantly innovating, implementing new technologies like drone and augmented reality inspections to reduce maintenance task execution times and accelerate aircraft turnaround times. This aligns with an array of diverse initiatives of different scales, such as, for example, an Airbus’ 2019 initiative, jointly developed with military services, to utilize such technologies for inspections on A400M aircraft.

The market has also witnessed consolidation in response to pandemic-induced revenue drops. An example is the agreement between Collins Aerospace and Lufthansa Technik, granting airlines access to more cost-effective A320neo nacelle MRO services through their partnership. This trend highlights the ongoing efforts to streamline operations and enhance efficiency within the European aircraft MRO landscape.

The next decade promises exciting growth for aviation, but several hurdles threaten to clip its wings. A strained supply chain struggling to meet production and maintenance demands, a looming labor shortage, and tightening emission regulations could all force the industry to scale back its ambitious plans. While the desire to fly is unlikely to falter, the ability to accommodate it might, making these challenges impossible to ignore.

Share this article: and Job Air Technic Announce Strategic Partnership

2024-02-26 / 3 min, the aerospace industry’s online marketplace and a one-stop-shop for all aviation-related needs, is celebrating the ongoing partnership with Job Air Technic, a leading name in aircraft maintenance, repair, and overhaul (MRO) landscape. This collaboration takes our experienced companies to new heights, unlocking greater value and efficiency for customers across the sector.

Both and Job Air Technic share a passion for innovation and streamlining processes within the aviation industry. This partnership merges’s expansive online platform, with its ever-growing community of aviation enthusiast with the expertise of Job Air Technic, which is offering a comprehensive suite of technical services, ensuring aircraft fly safely and efficiently.

The partnership of‘s dynamic marketplace and Job Air Technic’s extensive technical expertise offers a plethora of benefits for our companies, as well, as for the broader aviation sector and industry stakeholders. Streamlined workflows and procurement processes channels translate into faster turnaround times and reduced operational costs, empowering stakeholders to navigate the aviation landscape with newfound agility and precision.

Job Air Technic is a European leading provider of maintenance and repair services for commercial airlines and lessors, located at Ostrava International airport in Czech Republic. At the heart of Job Air Technic’s operations lies its status as an EASA/FAA Part 145 approved maintenance organization and an EASA Part 147 approved training organization. This dual accreditation emphasizes the company’s commitment to quality and compliance, ensuring that every aspect of its operations meets the highest industry standards. With maintenance facilities equipped with eight bays dedicated to servicing Boeing and Airbus aircraft, Job Air Technic offers a seamless and comprehensive solution for its clients.

“We are extremely happy to have Job Air Technic as a much-appreciated member of’s business partners family. We are confident that our collaboration will continue to bring unparalleled value to the whole ecosystem, as having Job Air Technic onboard clearly benefits our clients and the entire MRO industry. Engaging with a reputable industry leader such as Job Air Technics is always a privilege. Our smooth and constructive partnership is yet another strong indicator of our alignment with industry needs and our commitment to staying at the forefront of developments within the sector. “ – says Toma Matutytė, CEO of

Current Job Air Technic’s capabilities extend far beyond routine maintenance. The company operates component shops, providing vital support for aircraft systems and ensuring optimal performance and safety. Additionally, with its innovative GO TEAM approach, Job Air Technic offers rapid response teams capable of deploying worldwide to address critical maintenance issues and minimize aircraft downtime.

By offering comprehensive oversight of aircraft airworthiness and providing top-tier training programs for aviation professionals, Job Air Technic ensures that its clients receive the highest level of service and support throughout the lifecycle of their aircraft. Moreover, Job Air Technic goes above and beyond traditional MRO services, offering ancillary services such as parking, painting, and more.

With’s expansive online platform serving as the conduit for this collaboration, customers stand to benefit from a seamless integration of services and expertise. Vladimír Stulančák, CEO Job Air Technic a.s. elaborates on that further: “As a CEO, I am delighted with our partnership with Locatory. Their services have provided us with key tools for efficient inventory and supply chain management. Thanks to their innovative approach and reliable support, we have achieved good results in tracking and optimizing our stock, contributing to our competitiveness and long-term success. We are glad to be able to collaborate with such a professional team as Locatory.”

As the partnership between and Job Air Technic takes flight, the future of aviation shines brighter than ever before. Together, these industry leaders are poised to revolutionize the way aircraft maintenance and repair services are delivered, ushering in a new era of innovation and efficiency.

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Charting a Course Through Supply Chain and Labor Shortages in the Aerospace Sector

2024-02-12 / 4 min

The aerospace sector, once a symbol of human ambition and innovation, finds itself caught in a crosswind of opportunity and challenge. Surging demand for air travel and promising technological advancements implies exciting new horizons, but the industry is buffeted by headwinds in the form of disrupted supply chains and a shrinking labor force. These challenges threaten to ground progress and clip the wings of innovation, yet the aviation sector is completely aware of struggles it is facing and ready to address them, the only question being… how?

At the root of the current industry’s turmoil lie two interconnected issues: supply chain disruptions and a labor force shortage. The pandemic exposed the vulnerabilities of complex, globalized supply chains, leaving the industry susceptible to material shortages, logistical bottlenecks, and geopolitical tensions. These factors disrupt the flow of critical components, causing delays in production and deliveries, and ultimately hindering the industry’s ability to meet the rising demand.

Soaring demand is painting a bright future for the aerospace industry, with passenger air traffic projected to grow at a steady 4.1% annually and aircraft deliveries expected to surpass 43,000 in the next 15 years. However, a dark cloud looms on the horizon in the form of a shrinking labor force. Over 30% of the current workforce is nearing retirement, creating a talent gap of 80,000 technicians needed annually just to keep pace. This deficit isn’t limited to general numbers; specific roles like aircraft mechanics, avionics technicians, and manufacturing engineers face critical shortages, threatening production delays, increased costs, and even safety concerns.

Building a Resilient Supply Chain

The impact is already being felt, with airlines losing billions due to delivery delays and industry estimates putting the cost of the technician shortage alone at $20 billion annually. But it’s not just about numbers on a spreadsheet. A dwindling pool of skilled professionals is more than just an obvious threat as it could stifle further progress, hindering the development of next-generation technologies that make air travel more accessible and sustainable.

Recognizing this, major players like Airbus and Boeing are actively investing in STEM education programs to spark interest in younger generations, while apprenticeship programs offer valuable hands-on experience and a direct pathway into the industry, demonstrating, how obvious it is that the sector should chart a new course that addresses both supply chain and shrinking labor force challenges head-on.

“First and foremost, the industry needs to continuously work towards building a more resilient supply chain. – says Toma Matutyte, the CEO of online aviation marketplace – ‘This can be achieved by diversifying its supplier base, reducing reliance on any single source for critical components. Investing in local manufacturing, where feasible, can also shorten lead times and mitigate the impact of global disruptions. Additionally, embracing technologies, especially digital ones, such as predictive analytics can help anticipate and address potential supply chain issues before they cause delays. Collaboration with suppliers, fostering open communication and shared problem-solving, can further strengthen the supply chain ecosystem.”

Investing in the Future: Cultivating a New Generation of Aerospace Professionals

Commercial airplane operators, spanning from small-scale carriers to major airlines, are eager to expand their capacity in response to the escalating demand for air travel. Yet virtually every manufacturer grapple with analogous supply chain issues, commencing with workforce shortages and extending to the extent of logistics, which remains far from optimal.

Here arises a major issue is a workforce shortage which extends far beyond airline personnel and their operations. It is worth noting that all the layoffs undertaken during the first years of the pandemic aren’t the sole contributing factor to the ongoing lack of such needed personnel and shrinking labor force.

Major employers, including airlines and MRO service providers, are diligently working to bring their professionals back into the workforce. However, the issue extends beyond the pandemic’s immediate impact. While the shortage of pilots and cabin crew has been a long-standing challenge, it is heartening to see that airlines and other aircraft operators are becoming increasingly innovative in their efforts to attract more professionals.

Nonetheless, another pressing concern emerges in the aviation industry, particularly regarding the shortage of airplane maintenance personnel, which is currently on the rise. This shortage can be attributed to a variety of factors, one of which is the aging global population. As we progress towards 2027, a substantial number of maintenance technicians will become eligible for retirement, with more and more baby boomers reaching their 60s.

This looming retirement wave presents a significant challenge for the aviation sector. These experienced maintenance professionals possess a wealth of knowledge and skills that are invaluable for ensuring the safe operation of aircraft. As they exit the workforce, there is a growing need to train and recruit a new generation of technicians to fill their roles. This demand for skilled maintenance personnel is exacerbated by the increasing complexity of modern aircraft, which require specialized knowledge and training.

Embracing Innovation

Addressing the the current shortage requires a multi-pronged approach. Making the industry more attractive to younger generations is crucial. Targeted education programs that introduce students to the exciting world of aerospace at an early age can spark interest and ignite passion. Apprenticeship programs provide valuable hands-on experience and a clear pathway into the industry. Additionally, offering competitive compensation packages and fostering a positive work environment will make the industry more appealing to potential recruits.

Upskilling and reskilling the existing workforce is equally important. Providing opportunities for continuous learning and development ensures that employees have the skills and knowledge needed to adapt to evolving technologies and industry demands.

Technological innovation holds immense potential to address both supply chain and labor force challenges. Automation and robotics can alleviate labor shortages in specific areas, particularly repetitive tasks, freeing up valuable human resources for more complex endeavors. As an example, Airbus’ use of robots for tasks like wing assembly, is already resulting in a 30% decrease in production time, according to the manufacturer.

Additive manufacturing, also known as 3D printing, promises on-demand part production, potentially reducing reliance on complex and often vulnerable supply chains. For instance, GE Aviation uses 3D printing to produce complex engine parts, reducing lead times by up to 50% and minimizing reliance on traditional supply chains.

Collaboration to Find Strength in Unity

No single entity can weather these storms alone. Industry-wide collaboration is key to fostering knowledge sharing, joint research efforts, and standardization initiatives. By working together, stakeholders across the aerospace ecosystem can develop more efficient and resilient solutions that benefit the industry as a whole. Government support, in the form of funding and incentives, for example, in developing relevant educational facilities, can further hasten these collaborative efforts and provide much-needed tailwinds for the industry’s journey.

By tackling these challenges head-on, the aerospace industry can emerge from this turbulence stronger than ever. A focus on supply chain diversification, talent development, technological innovation, and industry collaboration will ensure that the skies remain open for continued growth, exploration, and the pursuit of ever-greater human ambition. So, while the current climate may be turbulent, the future of the aerospace industry remains bright, promising exciting new frontiers and pushing the boundaries of what we thought possible.

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