MRO & Manufacturing
Boeing Advances Aircraft Recycling to Boost Sustainability and Supply Chain
Boeing launches a structured aircraft recycling program to provide certified parts, reduce waste, and support aviation supply chain resilience.
From Runway to Resource: Boeing‘s New Push into Aircraft Recycling
The aviation industry is at a pivotal moment, grappling with the dual pressures of unprecedented supply chain disruptions and a growing mandate for environmental sustainability. As global fleets age and thousands of aircraft approach retirement, the question of what to do with these complex machines becomes increasingly urgent. Historically, retiring a plane often meant relegation to a boneyard, but a circular economy approach is rapidly gaining traction. This shift frames retired aircraft not as waste, but as a valuable reservoir of high-quality, certified parts and recyclable materials.
In this evolving landscape, Boeing has launched a significant initiative: the Aircraft Recycling Program. Announced on October 16, 2025, this program is designed to expand Boeing Global Services’ capacity for Used Serviceable Materials (USM). By creating a structured, manufacturer-backed process for dismantling retired aircraft, Boeing aims to address critical parts shortages, provide airlines with a new revenue stream from their aging assets, and reinforce the industry’s commitment to responsible lifecycle management. This move is not just a logistical adjustment; it’s a strategic response to the economic and ecological demands of modern aviation.
The timing is critical. The USM market is already a multi-billion dollar industry, with projections showing substantial growth into the next decade. This growth is fueled by the sheer number of planes being retired, over 1,200 are expected in 2025 alone. For airlines, USM offers a compelling value proposition: cost savings of 30-40% on maintenance and repair compared to new parts, and immediate availability that circumvents long lead times from original equipment manufacturers. Boeing’s program formalizes its role in this ecosystem, leveraging its expertise to ensure that the parts harvested from retired planes meet the strictest safety and quality standards before re-entering the global supply chain.
Boeing’s Blueprint for a Circular Supply Chain
At its core, Boeing’s Aircraft Recycling Program is a structured framework for transforming end-of-life aircraft into a reliable source of certified parts. The process begins when an airline consigns a retired aircraft to Boeing. From there, Boeing oversees the entire teardown, starting with a collaboration with licensed and accredited dismantling partners. The initial partner for this program is ecube, a global leader in aircraft disassembly known for its high environmental standards. This partnership ensures that the process adheres to best practices established by organizations like the Aircraft Fleet Recycling Association (AFRA), which Boeing co-founded in 2006.
The dismantling process is meticulous. After an aircraft is transported to a specialized facility, it is carefully deconstructed. High-value components such as engines, landing gear, and avionics are identified and removed. These parts then undergo a rigorous process of inspection, repair, and recertification to ensure they meet all airworthiness requirements. Once certified, they are integrated into Boeing’s global distribution network, ready to be installed on active aircraft. A single retired airplane can yield as many as 6,000 recertified parts, creating a substantial new inventory stream to alleviate supply chain bottlenecks.
This initiative is more than just a parts-harvesting operation; it’s a strategic move to enhance the resilience and sustainability of the aviation supply chain. By formalizing the recycling process, Boeing provides airlines with a trusted channel to manage their retired fleets and extract maximum value from them. As William Ampofo, Vice President of Boeing Parts & Distribution and Supply Chain, stated, “By enhancing our USM capacity, we are not only providing airlines with a reliable source of parts but also maximizing the value of their retired fleets.” This approach directly addresses customer needs for cost-effective and readily available components, particularly in a climate of persistent supply disruptions.
“With material recovery rates of up to 90% for metallic airframes, this offering can reduce waste to landfill, provide relief to supply chain constraints, and provide a return on investment for our customers.” – Ryan Faucett, Boeing’s Vice President for Environmental Sustainability
The Broader Industry Context: Sustainability and Competition
Boeing’s program is not happening in a vacuum. It is part of a powerful, industry-wide movement toward a circular economy. The global USM market was valued at approximately $7.48 billion in 2024 and is projected to grow to over $10 billion by the early 2030s. This growth reflects a fundamental shift in how the industry views end-of-life assets. The benefits are twofold: economic and environmental. Airlines gain a revenue source and access to cheaper parts, while the industry reduces its environmental footprint. Modern aircraft are highly recyclable, with recovery rates reaching up to 92% of an aircraft’s total weight.
Competition in this space is also heating up. Airbus, Boeing’s primary rival, has been active in aircraft recycling for years. In 2005, its PAMELA project demonstrated that 85% of an aircraft’s weight could be reused or recycled. More recently, Airbus opened its Lifecycle Services Centre (ALSC) in Chengdu, China, in January 2024. This massive facility, a joint venture with Tarmac Aerosave, can store 125 aircraft and aims to recycle over 90% of an aircraft’s weight. This signals that the world’s leading manufacturers see aircraft end-of-life services as a critical and competitive business area.
The entire process is governed by stringent standards to ensure safety and quality. Organizations like AFRA provide the regulatory backbone, establishing best practices for disassembly and material traceability. Partners like ecube are AFRA-accredited and are even adopting technologies like blockchain to enhance the transparency of the recycling process. While challenges remain, particularly in recycling composite materials from newer aircraft like the Boeing 787, the industry is actively developing new technologies to address them. This collective push ensures that the growing USM market is built on a foundation of safety, reliability, and environmental responsibility.
Concluding Section
Boeing’s new Aircraft Recycling Program represents a significant and logical step forward for the aerospace giant and the aviation industry at large. By creating a formalized, manufacturer-backed channel for dismantling retired aircraft, Boeing is directly addressing some of the most pressing challenges of our time: supply chain fragility and the urgent need for sustainable practices. This initiative transforms aging airplanes from potential liabilities into valuable assets, unlocking a steady stream of certified, cost-effective parts while ensuring that materials are reused and recycled responsibly. It is a clear demonstration of the circular economy in action, where the end of one aircraft’s life becomes the support for another’s.
Looking ahead, the principles underpinning this program are set to become even more integral to the aviation industry. As more advanced aircraft built with composite materials reach retirement, the focus will inevitably shift toward developing innovative recycling technologies for these next-generation materials. Furthermore, the trend of digitalization, using tools like blockchain for parts traceability, will enhance trust and transparency in the USM market. Ultimately, programs like this are not just about managing the past; they are about building a more resilient, efficient, and sustainable future for air travel, where the lifecycle of every component is maximized for the benefit of airlines, passengers, and the planet.
FAQ
Question: What are Used Serviceable Materials (USM)?
Answer: USM are aircraft parts or components that have been used previously but have been inspected, tested, repaired, and recertified to meet all applicable airworthiness and safety standards, making them eligible for reinstallation on another aircraft.
Question: How many parts can be recovered from a single retired airplane?
Answer: A single dismantled airplane can provide up to 6,000 recertified parts for reuse in the global supply chain.
Question: What is the environmental benefit of aircraft recycling?
Answer: Aircraft recycling significantly reduces landfill waste. With material recovery rates of up to 90% for metallic airframes and over 90% for some aircraft, the process promotes the reuse of valuable materials and supports the aviation industry’s sustainability goals.
Question: Who regulates the aircraft recycling industry?
Answer: The industry is guided by best practices from organizations like the Aircraft Fleet Recycling Association (AFRA), which Boeing co-founded. AFRA provides globally recognized standards for the safe, sustainable, and environmentally responsible disassembly of aircraft.
Sources
Photo Credit: Boeing
MRO & Manufacturing
Daher Launches U.S. Hiring Drive at 2026 SUN ‘n FUN Aerospace Expo
Daher expands U.S. aerospace operations with new assembly line in Stuart, Florida, and recruits skilled aviation professionals at the 2026 SUN ‘n FUN Expo.
This article is based on an official press release from Daher.
French aerospace conglomerate Daher is launching a comprehensive U.S. hiring initiative at the 2026 SUN ‘n FUN Aerospace Expo in Lakeland, Florida. Running from April 14 through April 19, 2026, the recruitment drive underscores the manufacturers expanding industrial footprint in the United States, highlighted by the upcoming opening of a new final assembly line in Stuart, Florida.
According to the company’s official press release, Daher is utilizing a dual-presence strategy at the expo. In addition to showcasing its aircraft innovations at Exhibit Stand #MD022-B, the company is aggressively recruiting at the event’s six-day Career Fair and sponsoring the “Future ‘n Flight by Daher” Plaza. Daher has also scheduled a show-opening press conference for Tuesday, April 14, 2026, at 10:00 a.m. at its exhibit stand.
This aggressive hiring push arrives at a critical juncture for the global aviation industry, which is currently navigating a severe, structural shortage of certified aviation mechanics and manufacturing technicians. By offering targeted incentives and expanding its domestic facilities, Daher is positioning itself to secure top-tier talent in a highly competitive labor market.
Expanding the U.S. Industrial Footprint
Stuart, Florida: A Growing Aerospace Hub
A central focus of Daher’s recruitment efforts is its expanding operations in Stuart, Florida. The company is preparing to open a new final assembly line for its TBM and Kodiak aircraft families, a move that brings airplane build-up activity back to the historic Witham Field site. For this new facility, Daher is actively seeking Structural Fitters and Assemblers, Quality Managers, Flight Test Engineers, Cabin Technicians, Manufacturing Engineers, Aircraft Mechanics, and Industrial Facilities Electricians.
In addition to the new aircraft assembly line, Daher’s existing aerostructures division in Stuart, which manufactures components for Boeing (including the 767) and Gulfstream, is also expanding. The press release notes that the company is hiring Supervisors and Sheet Metal Structures Specialists for this division, with the latter requiring a minimum of five years of experience.
Opportunities in Pompano Beach and Sandpoint
Beyond Stuart, Daher is recruiting for its Maintenance, Repair, and Overhaul (MRO) facility in Pompano Beach, Florida. This location, which services TBM and Kodiak aircraft, is seeking Airframe & Powerplant (A&P) Mechanics with at least three years of experience.
The company is also looking to bolster its workforce in Sandpoint, Idaho, the primary production and assembly site for the rugged, unpressurized Kodiak utility turboprop. Open roles in Sandpoint include Manufacturing Managers, Quality Assurance Managers, Manufacturing Engineers, and Design & Integration Leads.
Battling the Aviation Workforce Crisis
The Mechanic Deficit
Daher’s hiring initiative is taking place against the backdrop of a well-documented labor crisis in the aviation sector. Industry data highlights a widening gap between the demand for skilled technicians and the available workforce.
According to a recent report by the Aviation Technician Education Council (ATEC) and Oliver Wyman, the industry faces a projected shortfall of roughly 5,338 certificated mechanics in 2025, representing about 10% of commercial aviation needs, with the broader maintenance workforce deficit expected to exceed 22,000 personnel by 2027.
The demographic realities of the current workforce further compound this issue. The average age of an FAA-certificated aviation mechanic is currently 51, and over 30% of today’s certificated mechanics are expected to reach retirement age before 2030. While enrollment in Aviation Maintenance Technician Schools (AMTS) has recently risen by approximately 9.5%, the U.S. still graduates fewer than 30,000 students annually. This falls drastically short of the projected global demand for 190,000 new certified mechanics by 2037.
Daher’s Recruitment Strategy
To attract talent amid fierce competition from defense contractors, electric vehicle manufacturers, and other technology sectors, Daher is deploying a robust Employee Value Proposition (EVP). The company’s press release outlines that Daher is offering relocation packages and sign-on bonuses for high-demand roles, such as A&P Mechanics and Sheet Metal Specialists. Standard benefits include competitive salaries, comprehensive medical, dental, and vision coverage, and a 401(k) match.
Daher also emphasizes the stability of working for a historically rooted enterprise. Founded in 1863 with aviation roots dating back to 1911, Daher is the world’s oldest aircraft manufacturer in continuous operation. As of 2025, the family-owned industrial conglomerate employs approximately 14,500 people globally and reported a revenue of €1.9 billion.
AirPro News analysis
We observe that Daher’s strategy at the 2026 SUN ‘n FUN Aerospace Expo reflects a broader evolution within the aviation industry. Traditional airshows, once primarily focused on recreational flying and consumer sales, have rapidly transformed into high-stakes recruitment battlegrounds. By sponsoring entire plazas and integrating their corporate presence with the Career Fair, companies like Daher are acknowledging that securing a skilled workforce is now just as critical as securing aircraft orders.
Furthermore, Daher’s investment in Stuart, Florida, signals a strong vote of confidence in the state’s growing reputation as a premier aerospace manufacturing hub. The return of final assembly operations to Witham Field not only provides a localized economic boost but also strategically positions Daher to tap into Florida’s established aviation talent pool.
Frequently Asked Questions
When and where is the 2026 SUN ‘n FUN Aerospace Expo?
The event takes place from April 14 through April 19, 2026, at the Lakeland Linder International Airport in Lakeland, Florida.
What types of roles is Daher hiring for?
Daher is hiring for a wide range of positions across multiple U.S. locations. Roles include A&P Mechanics, Sheet Metal Structures Specialists, Structural Fitters/Assemblers, Quality Managers, Flight Test Engineers, and Manufacturing Engineers.
Does Daher offer relocation assistance?
Yes, according to the company’s press release, Daher is offering relocation packages and sign-on bonuses for specific high-demand roles to attract top talent.
Sources:
Photo Credit: Daher
MRO & Manufacturing
FL Technics Gains UK CAA Part-145 Approval for Aircraft Maintenance
FL Technics Wheels and Brakes received UK CAA Part-145 approval to service UK-registered aircraft components including landing gear, wheels, and brakes.
This article is based on an official press release from FL Technics.
FL Technics Wheels and Brakes, a component maintenance provider operating under the FL Technics Group umbrella, has officially secured approval from the UK Civil Aviation Authority (CAA). According to a company press release, this certification enables the maintenance, repair, and overhaul (MRO) specialist to service aircraft registered in the United Kingdom, marking a significant expansion of its operational footprint.
The newly issued approval, designated as UK.145.01957 and granted on February 6, 2026, verifies the company’s strict compliance with UK Part-145 regulatory requirements. By achieving this standard, FL Technics is now authorized to conduct maintenance on a variety of critical components, specifically targeting landing gear parts, wheels, and brakes within its approved scope of work.
For the European MRO provider, this regulatory milestone removes previous operational limitations. The company stated that the certification allows for direct engagement with UK-registered operators, significantly broadening its customer base and strengthening its existing component maintenance portfolio.
Expanding Component MRO Capabilities
The addition of the UK CAA certification represents a strategic expansion for FL Technics Wheels and Brakes. The company already operates across multiple locations throughout Europe, delivering specialized repair and overhaul services to a diverse portfolio of aviation clients.
Prior to this recent UK authorization, the company’s operations were primarily underpinned by its existing European Union Aviation Safety Agency (EASA) Part-145 certification, which is overseen by the German aviation authority, Luftfahrt-Bundesamt (LBA). The press release notes that integrating the UK CAA approval complements this EASA certification, reinforcing the company’s broader strategy to ensure comprehensive regional coverage across Europe and beyond.
Leadership Perspective
Company leadership emphasized the strategic value of the new certification in reaching a wider market and responding effectively to client needs.
“Obtaining UK CAA approval is an important milestone for our wheels and brakes business. It allows us to directly support UK-registered operators and broadens the scope of customers we can serve within our component maintenance activities.”
Strategic Implications for the European Market
The post-Brexit aviation landscape has required MRO providers to navigate dual regulatory frameworks to service both EU and UK markets effectively. By securing independent UK CAA Part-145 approval alongside its EASA credentials, FL Technics positions itself as a highly flexible, dual-certified maintenance partner.
This dual-certification approach is increasingly vital for component maintenance providers seeking to offer seamless support to international airlines, cargo operators, and leasing companies that operate mixed registries or frequently transfer aircraft between jurisdictions.
AirPro News analysis
We observe that FL Technics’ proactive regulatory expansion highlights a growing trend among European MROs to eliminate cross-border friction. As global supply chain constraints continue to impact the availability of landing gear, wheels, and brakes, operators are increasingly reliant on MRO facilities that can quickly process components without regulatory delays. The February 2026 approval ensures FL Technics can capture a larger share of the lucrative UK aviation maintenance market while maintaining its established European footprint.
Frequently Asked Questions
What approval did FL Technics Wheels and Brakes receive?
The company received UK Civil Aviation Authority (FAA) Part-145 approval (certificate UK.145.01957) on February 6, 2026.
What does the UK CAA approval allow the company to do?
It authorizes FL Technics to perform maintenance, repair, and overhaul services on components, including landing gear parts, wheels, and brakes, specifically for UK-registered aircraft.
Does FL Technics hold other major aviation certifications?
Yes, according to the company’s press release, it also holds EASA Part-145 certification under the German Luftfahrt-Bundesamt (LBA).
Sources
Photo Credit: FL Technics
MRO & Manufacturing
Safran Invests €150M in Hydraulic Press to Boost Aircraft Engine Production
Safran Aircraft Engines invests €150M to install a 30,000-ton press at Gennevilliers, enhancing production for commercial and military aircraft engines by 2029.
This article is based on an official press release from Safran Aircraft Engines.
On April 13, 2026, Safran Aircraft Engines announced a €150 million investment to acquire a 30,000-metric-ton hydraulic press for its historic Gennevilliers facility near Paris. According to the company’s press release, this major infrastructure upgrade is designed to manufacture strategic forged parts for both commercial and military aircraft engines, addressing critical production needs across the aerospace sector.
The new equipment is projected to be operational by 2029 and will create 130 new jobs starting in 2026. Safran states that at full production rate, the press will be capable of producing 14,000 parts per year. This capacity increase is expected to help the Gennevilliers site nearly double its overall production volume by 2035 across all engine families.
By bringing this high-tonnage capability in-house, Safran reinforces its position as the only aircraft engine manufacturer globally with fully integrated forging capabilities, a strategic advantage highlighted in the company’s official announcement.
Strengthening the Aerospace Supply Chain
Addressing Global Bottlenecks
The aerospace forging and casting market relies heavily on a limited number of specialized suppliers capable of producing flight-critical components. Industry research indicates that post-pandemic supply chain constraints in this specific sector have historically slowed aircraft deliveries and complicated production ramp-ups for major airframers. By internalizing a 30,000-ton press, Safran is actively reducing its vulnerability to third-party disruptions.
The company noted in its release that this project rounds out recent investments made in Rennes and Le Creusot, which were also aimed at developing the domestic supply chain in France and ensuring industrial resilience.
“This project will strengthen our unique expertise in forging processes and contribute to our industrial and technological sovereignty,” stated Stéphane Cueille, CEO of Safran Aircraft Engines, in the company’s press release.
Commercial and Military Engine Ramp-Up
Powering the Next Generation of Commercial Flight
The Gennevilliers expansion will directly support the production ramp-up of the CFM International LEAP engine, which powers next-generation narrowbody airliners such as the Airbus A320neo and Boeing 737 MAX families. CFM International is a 50/50 joint venture between Safran Aircraft Engines and GE Aerospace. The new press will also manufacture large parts for high-thrust GE Aerospace engines, including the GE90 used on the Boeing 777.
According to supplementary industry data, CFM has been aggressively boosting production to meet surging demand, targeting a 15% to 20% increase in output in 2025 alone, aiming for over 1,600 engines. The new hydraulic press is cited as a critical component in sustaining this long-term volume.
Bolstering Defense Capabilities
On the defense side, the investment will secure the supply of components for military engines used in the Dassault Rafale (M88), Dassault Mirage, and Airbus A400M Atlas. Industry reports show that Safran is sharply increasing its output of military aircraft engines, with M88 production expected to reach 108 units in 2026, up from 71 units the previous year. The Gennevilliers upgrade ensures the structural integrity and consistent supply of these critical defense assets.
Modernizing a Historic Facility
Industry 4.0 and Environmental Considerations
Located approximately 15 kilometers from Paris, the Gennevilliers plant spans 15 hectares and employs nearly 1,500 people. The site boasts a 120-year history, with a dedicated forge and foundry subsidiary established there in 1917.
To modernize this historic footprint, Safran’s press release details that the new facility will incorporate cutting-edge Industry 4.0 technologies. This includes advanced sensors and connected digital systems to ensure precise, real-time monitoring of the metallurgical processes. Furthermore, the company has specifically designed the new installation to minimize its noise footprint, addressing local environmental concerns traditionally associated with high-tonnage forging.
AirPro News analysis
We view Safran’s €150 million investment as a highly strategic maneuver that serves a dual-use function. By deploying capital into a massive 30,000-ton press, Safran is effectively insulating itself from the severe supply chain shocks that have plagued the aerospace sector since 2020. Furthermore, the investment perfectly straddles two booming markets: the commercial travel sector, driven by massive backlogs for the A320neo and 737 MAX, and the defense sector, which is seeing heightened demand due to shifting geopolitical realities in Europe. This move not only secures Safran’s production lines but also aligns tightly with broader European initiatives to mandate domestic defense supply chain sovereignty.
Frequently Asked Questions (FAQ)
What is the total investment Safran is making at the Gennevilliers site?
According to the company’s press release, Safran Aircraft Engines is investing €150 million to acquire and install a 30,000-metric-ton hydraulic press.
When will the new forging press be operational?
The new press is scheduled to be fully operational by 2029, with the creation of 130 new jobs beginning in 2026.
Which aircraft engines will benefit from this new equipment?
The press will manufacture parts for commercial aircraft engines like the CFM LEAP (Airbus A320neo, Boeing 737 MAX) and the GE90 (Boeing 777), as well as military engines for the Rafale, Mirage, and A400M.
Sources:
Safran Aircraft Engines Press Release (April 13, 2026)
Photo Credit: Safran
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