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IER MRO Industries Breaks Ground on $1B Dubai Engine Facility

IER MRO Industries begins construction on a $1B AI-integrated engine MRO facility in Dubai, targeting CFM56 and LEAP platforms.

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IER MRO Industries has initiated construction on a $1 billion, artificial intelligence-integrated engine maintenance facility in Dubai, appointing Group AMANA as the general contractor for the project’s first operational phase.

Announced in a company press release on September 14, 2026, the 1.4 million-square-foot development at the Mohammed Bin Rashid Aerospace Hub (MBRAH) is designed to introduce highly automated narrowbody engine maintenance, repair, and overhaul (MRO) capabilities. The facility will be located adjacent to Al Maktoum International Airport.

Facility capabilities and engine programs

The first building in the complex, designated MRO4, is scheduled to open in late 2026, according to reporting by Aviation Week. The facility will initially focus on servicing CFM International CFM56-7B, LEAP-1A, and LEAP-1B engines. Aviation Week also noted that IER MRO plans to eventually add repair capabilities for the International Aero Engines V2500 and is evaluating long-term expansion to support the GE Aerospace GEnx widebody engine.

At full scale, the company stated the facility will accommodate up to 550 engine shop visits or approximately 2,000 major engine module overhauls annually. Heavier workscopes outside of standard hospital visits are projected to begin in 2034.

Technological integration and testing

IER MRO Industries is designing the site around digital infrastructure, utilizing digital twin technology and an integrated data environment to connect assets and material flows. The company plans to deploy advanced robotic systems for logistics and technician assistance, aiming to reduce engine and module turnaround times.

ME Construction News reported remarks from Lawrence J. Howie, Chairman and CEO of IER MRO Industries, regarding the project’s scope.

“The appointment of Group AMANA is an important step in moving our vision into physical execution. We are building much more than a conventional engine maintenance facility – our objective is to create a next-generation, highly automated and AI-native MRO operation in Dubai, with major engine, module, test-cell and training capabilities.”

A twin-engine test cell facility is scheduled to open in 2027. The company reported this test cell will be capable of conducting more than 1,000 engine tests per year and can accommodate engines producing up to 100,000 pounds of thrust.

Investment and workforce development

The total estimated investment in the project has grown to $1 billion, an increase from an initial estimate of $800 million, according to Aviation Week. The publication also reported that IER MRO plans to employ between 400 and 450 people at the site.

To support this workforce, the development will include a dedicated aviation training academy focused on local engineers and technicians. Training for the new venture is already underway at the company’s existing facilities. Construction works are being administered by the Bureau of Engineering Studies Consulting Engineers (BEST), acting as the appointed engineer and consultant.

AirPro News analysis

We view the scale of the IER MRO facility as a direct response to the persistent global shortage of narrowbody engine maintenance capacity. By targeting the CFM International LEAP and CFM56 platforms, the company is positioning itself to capture demand from the most widely utilized commercial aircraft families. The heavy emphasis on automation and digital twin technology suggests an industry-wide shift toward mitigating skilled labor shortages through advanced manufacturing techniques, which will be critical to achieving the facility’s ambitious turnaround time targets.

Sources: IER MRO Industries, IER MRO

Photo Credit: IER MRO

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MRO & Manufacturing

Altitude Engineering Wins Xiamen Airlines 787 MRO Contract at LHR

Altitude Engineering secures long-term Boeing 787 line maintenance contract with Xiamen Airlines at London Heathrow from September 2026.

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Dublin-based independent maintenance provider Altitude Engineering has secured a long-term contract to provide scheduled line maintenance for Xiamen Airlines (MF) Boeing 787 Dreamliner operations at London Heathrow Airport (LHR).

The agreement commenced in September 2026 to support the Chinese carrier as it launches a new direct route connecting London and Xiamen. The contract was announced in a company press release issued by Altitude Engineering.

Scope of the maintenance agreement

Under the terms of the contract, Altitude Engineering will perform routine line maintenance checks and defect rectification for the Xiamen Air widebody fleet at LHR. The dedicated technical support is designed to maintain dispatch reliability for the long-haul operation.

Altitude Engineering Head of Commercial James Keable noted the company is focused on delivering top-tier support to ensure smooth operations for the new route, highlighting the strategic value of the contract for the Dublin-based firm.

Welcoming Xiamen Air to our operation is a fantastic milestone for us. This partnership allows us to further strengthen our exposure to airlines in the region while successfully adding to our customer portfolio at Heathrow, which continues to grow year on year at a steady, sustainable rate.

Strategic expansion at London Heathrow

The contract represents a notable expansion for Altitude Engineering at one of Europe’s busiest international hubs. Securing a widebody operator like Xiamen Air bolsters the maintenance provider’s portfolio of international clients requiring dedicated technical support on the ground.

The aviation sector connecting Europe and Asia is currently navigating complex geopolitical challenges, including airspace restrictions over Russia. These logistical hurdles have prompted airlines to seek highly reliable operational and technical support at major international hubs to mitigate potential disruptions, according to industry reporting from AviTrader.

AirPro News analysis

We view this agreement as a strategic win for Altitude Engineering in the highly competitive European line maintenance market. Independent maintenance, repair, and overhaul (MRO) providers at slot-constrained hubs like LHR must demonstrate high dispatch reliability to win widebody contracts from major international carriers. For Xiamen Air, partnering with an established local provider reduces the operational risk associated with launching a long-haul route in a complex airspace environment.

Sources: Altitude Engineering

Photo Credit: Altitude Engineering

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MRO & Manufacturing

Vietjet and Thales Sign MRO and Digital Aviation Agreements

Vietjet and Thales finalized a Repair-By-The-Hour maintenance contract and an AI and cybersecurity MoU in September 2026.

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Vietjet Aviation Joint Stock Company (Vietjet) and Thales Group have finalized a long-term component maintenance agreement and a digital transformation pact, securing aftermarket support for the carrier’s expanding Airbus fleet while integrating artificial intelligence and cybersecurity into its operations.

In a press release issued on September 15, 2026, Thales announced that the “Repair-By-The-Hour” (RBTH) contract and a concurrent Memorandum of Understanding (MoU) were signed on September 10, 2026. The signing took place at the Élysée Palace in Paris during a Vietnamese state delegation visit, overseen by French President Emmanuel Macron and Vietnamese General Secretary and President To Lam.

Maintenance and fleet support

The RBTH contract provides Vietjet with long-term component maintenance services covering its Airbus A320 family and Airbus A330 family aircraft. The agreement is designed to optimize fleet availability and lower operational lifecycle costs as the Airlines scales its flight schedule to meet regional and international demand.

Vietjet has recorded substantial operational growth throughout the year. According to reporting by TechNode Global, the airline generated consolidated revenue of VND51.54 trillion ($2 billion) in the first half of 2026, representing a 44 percent year-over-year increase. During that six-month period, Vietjet carried 13.4 million passengers across approximately 72,000 flights.

The Thales agreement is part of a broader procurement and maintenance strategy executed during the September 2026 state visit. TTR Weekly reported that Vietjet also signed a Letter of Intent with CFM International to assess engine support and maintenance capabilities, further solidifying its European aerospace supply chain.

Digital aviation and cybersecurity

Alongside the maintenance contract, the two companies signed an MoU focused on digital aviation. The agreement outlines cooperation in connectivity, cybersecurity, and AI applied directly to airline operations. The initiative aims to protect critical aviation systems while advancing the carrier’s digital transformation.

Thales brings established regional infrastructure to the partnership. The technology firm has maintained a corporate presence in Vietnam for 30 years and currently employs a workforce that includes 800 AI experts.

“Our partnership with Thales will not only enhance the reliability, safety and operational efficiency of Vietjet’s fleet, but also open up new areas of cooperation in digital technology, AI and cybersecurity,” said Nguyen Thanh Son, CEO of Vietjet. “Together with leading French partners, we look forward to connecting technological expertise with a dynamic aviation market, contributing to stronger trade, investment and ties between Vietnam and France.”

Pascale Sourisse, CEO of Thales International, stated that the company intends to support the airline’s next phase of growth through advanced technology and operational excellence.

Bilateral aerospace cooperation

The finalized contracts reinforce the Comprehensive Strategic Partnership established between France and Vietnam in October 2024. That diplomatic framework explicitly identified aviation as a key pillar of bilateral cooperation, paving the way for state-backed commercial agreements between Vietnamese operators and French aerospace Manufacturers.

AirPro News analysis

We view Vietjet’s concurrent agreements with European aerospace firms as a calculated move to stabilize its operational foundation amid rapid network expansion. By locking in long-term, predictable MRO costs through the Thales RBTH contract and the CFM International engine support assessment, the carrier is mitigating the Supply-Chain volatility that has constrained global fleet availability. The formal integration of cybersecurity and AI initiatives indicates a maturation of Vietjet’s operational infrastructure, aligning its technological capabilities with its high-growth financial trajectory.

Sources: Thales Group

Photo Credit: Thales Group

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MRO & Manufacturing

TARMAC Aerosave and AerFin to Dismantle 10 A320neo and 737 MAX

TARMAC Aerosave and AerFin will teardown 10+ A320neo and 737 MAX aircraft by end of 2026 amid global parts shortages.

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TARMAC Aerosave and aviation asset management specialist AerFin will dismantle more than 10 new-generation narrow-body aircraft, including the Airbus A320neo and Boeing 737 MAX, before the end of 2026. The move highlights a growing industry trend where young airframes are scrapped to harvest high-value components amid ongoing global supply chain constraints.

In a press release issued on September 11, 2026, TARMAC Aerosave announced the strengthening of its 10-year partnership with AerFin to meet unprecedented aftermarket demand. To process the aircraft, TARMAC Aerosave has established a dedicated operational line tailored to AerFin’s specific teardown requirements.

Dedicated teardown operations

The new operational structure focuses on specialized extraction needs to accelerate the return of serviceable material to the market. TARMAC Aerosave has assigned a dedicated team to handle cabin removal, landing gear extraction, and the management of priority and standard parts lists.

“With more than 10 aircraft projects again this year for AerFin, this collaboration confirms our position as a leading player in the dismantling and recycling market,” stated Christian Ceruti, Chief Commercial Officer of TARMAC Aerosave. “Our dedicated organisation allows us to respond with the responsiveness that this high-demand market requires today.”

AerFin Chief Operating Officer Simon Bayliss noted that the program reflects the value the partnership creates for customers as the demand for new-generation aircraft material continues to grow. The companies confirmed that additional joint dismantling projects are already in preparation for 2027.

The economics of scrapping young aircraft

The aviation industry is currently experiencing a severe shortage of spare parts and engines, driven by manufacturing delays and maintenance backlogs. Engine durability issues, particularly with powerplants like the Pratt & Whitney Geared Turbofan (GTF), have left many operators searching for replacement components to keep their fleets active.

According to reporting by AeroCorner, this environment has led to young aircraft being scrapped for parts. In 2026, two Airbus A320neo aircraft previously operated by Spirit Airlines were recycled at just three and four years of age. The components and engines of these young jets proved more valuable on the secondary market than the intact airframes.

AirPro News analysis

We are witnessing a structural shift in aircraft lifecycle management. Historically, commercial airframes operated for 20 to 25 years before facing the recycler’s torch. The current supply chain environment has inverted this economic model for certain fleets. When a three-year-old Airbus A320neo is worth more as a collection of spare parts than as a flying asset, it underscores the severity of the engine maintenance backlog and the premium operators place on immediate parts availability. This collaboration between TARMAC Aerosave and AerFin is a direct market response to these constraints, and we expect similar teardown programs to accelerate through 2027 as long as original equipment manufacturer (OEMs) bottlenecks persist.

Sources: TARMAC Aerosave and AerFin, AeroCorner, Aviation Week

Photo Credit: TARMAC Aerosave

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