MRO & Manufacturing
GE Aerospace Launches Robotic White Light Inspection for Engine Maintenance
GE Aerospace introduces robotic white light scanning at Cincinnati to automate turbine disk inspections and create digital twins for maintenance.

This article is based on an official press release from GE Aerospace.
GE Aerospace Deploys “White Light” Robots to Revolutionize Engine Maintenance
In a significant move toward automating the Maintenance, Repair, and Overhaul (MRO) sector, GE Aerospace has unveiled a new robotic inspection system designed to alleviate the physical burden of inspecting critical jet engine components. Dubbed the “Dance of the White Light Robots” for the synchronized movement of its dual robotic arms, the technology was deployed in late 2024 at the company’s Services Technology Acceleration Center (STAC) in Cincinnati, Ohio.
According to the company, this system utilizes high-definition optical scanners and Artificial Intelligence (AI) to inspect High-Pressure Turbine (HPT) disks, components that operate in the hottest, most stressful sections of an aircraft engine. The technology represents the culmination of a five-year joint development effort between GE Aerospace Research in Niskayuna, New York, and the Global Automation and Robotics Center in Bromont, Quebec.
From “Caveman Style” to Digital Twins
Prior to the introduction of this automated workstation, the inspection of HPT disks was a manually intensive process. Technicians relied on flashlights and mirrors to visually scrutinize every millimeter of the complex metal disks to identify scratches, dents, nicks, or corrosion. This method, while effective in the hands of skilled experts, was physically taxing and prone to human fatigue.
Sam Blazek, a Services Technology Leader at GE Aerospace, described the stark contrast between the traditional methods and the new automated workflow:
“Staring at the same part or feature for eight to 12 hours a day can make your head hurt… [we used to inspect] caveman style, by hand. We’re not trying to replace humans with this technology. We want to replicate them.”
The new system addresses these limitations by employing two articulated industrial robots that move in a pre-programmed, choreographed path over the engine part. Instead of lasers, the robots project white light patterns onto the surface to capture precise 3D topographical data. An AI algorithm then analyzes this data in real-time to detect defects that might be invisible to the naked eye.
Creating a Permanent Digital Record
One of the primary advantages of the white light system is its ability to generate a “digital twin” of the component. Unlike a human inspection, which typically results in a binary pass/fail decision or a repair order, the robot creates a comprehensive digital map of the part’s condition. This data is stored for future reference, allowing engineers to track specific wear patterns across a fleet of engines over time.
Jon Hootman, Engineering Director at STAC, emphasized the value of this data consistency in the company’s official statement:
“My ability to have high-quality, consistent, repeatable mapping of the inspection results on a specific part is the magic. It’s the enabler to simplify the programming and logic for all sorts of post-inspection automation opportunities.”
Operational Impact and Efficiency
The deployment of this technology at STAC serves as a proving ground before global rollout. The facility functions as an incubator for scaling MRO technologies. While specific speed metrics for this particular robot remain proprietary, GE Aerospace noted that similar AI-driven tools, such as the Blade Inspection Tool (BIT), have reduced inspection times by up to 50%.
By automating the data collection phase of inspection, GE Aerospace aims to shift the role of skilled technicians from repetitive observation to complex decision-making. The system flags potential defects, but human experts retain the authority to make the final “disposition” on whether a part requires repair or replacement.
AirPro News Analysis
The introduction of white light robotics at GE Aerospace highlights a critical trend in the aviation industry: the shift from reactive to predictive maintenance amidst a tightening labor market. The MRO sector currently faces a shortage of skilled technicians; automating high-fatigue tasks is essential to preserving the workforce.
Furthermore, the creation of “digital twins” for legacy engine parts marks a significant leap in asset management. By digitizing the physical state of HPT disks, airlines and MRO providers can theoretically predict component failures before they occur, moving beyond simple scheduled maintenance. This technology also lays the groundwork for fully automated repair chains, where data from the inspection robot could directly guide automated cleaning, blending, or coating machinery.
Frequently Asked Questions
What is “white light” scanning?
White light scanning, also known as structured light scanning, projects a known pattern of light onto a surface. The system calculates the depth and surface information by analyzing how the pattern distorts when it hits the object, creating a highly accurate 3D model.
Does this robot replace human inspectors?
No. According to GE Aerospace, the goal is to replicate human observation capabilities while eliminating physical fatigue. The robots handle the data collection and initial screening, allowing human technicians to focus on complex decision-making and repairs.
Where is this technology currently used?
The system was first deployed in the fall of 2024 at the Services Technology Acceleration Center (STAC) in Cincinnati, Ohio. It is primarily used for inspecting High-Pressure Turbine (HPT) disks.
Sources
Photo Credit: GE Aerospace
MRO & Manufacturing
Cirrus Aircraft Opens 60000 Sq Ft Duluth Warehousing Center
Cirrus Aircraft expands logistics capacity with a new 60,000-sq-ft warehousing center in Duluth, MN to support SR Series and Vision Jet production.

Cirrus Aircraft has opened a new 60,000-square-foot warehousing center in Duluth, Minnesota, expanding its logistics and parts processing capacity to support increasing aircraft production rates.
The facility addresses the growing need for manufacturing space as demand for the SR Series and Vision Jet continues to rise. The announcement, detailed in a company press release in October 2026, marks the latest in a series of infrastructure investments by the manufacturer across the upper Midwest.
Expanding logistics to support production
The new Duluth Warehousing Center is designed to streamline the flow of materials into the primary manufacturing lines. By dedicating 60,000 square feet specifically to aircraft parts storage and processing, Cirrus Aircraft aims to optimize its supply chain and reduce bottlenecks on the factory floor.
As production volumes for the SR Series piston aircraft and the single-engine Vision Jet increase, the logistical requirements for staging and preparing components have grown proportionally. The dedicated warehousing space allows the manufacturer to hold more inventory on hand, buffering against supply chain disruptions and ensuring a steady feed of processed parts to the assembly stations.
A multi-year infrastructure investment strategy
The Duluth Warehousing Center is part of a broader capital expenditure program aimed at scaling Cirrus Aircraft operations across its primary manufacturing footprint. The company has systematically expanded its facilities to bring more testing, design, and production capacity in-house.
Just days prior to the Duluth warehousing announcement, Cirrus confirmed a 30,000-square-foot expansion of its manufacturing facility in Grand Forks, North Dakota, on October 13, 2026. That project is specifically targeted at increasing composite parts production for the new TRAC10 flight training aircraft.
In Duluth, the warehousing center joins several other recently completed projects. In September 2023, the company opened a 189,000-square-foot Innovation Center on a 39-acre site at the Duluth International Airport (KDLH) to house next-generation product development. This followed the 2022 expansion of the Duluth Paint and Finish Facility, which brought that specialized operation to 86,000 square feet.
To support the physical expansion, Cirrus has also invested in workforce development. In June 2026, the manufacturer opened a new Talent Center in the Hermantown and Duluth area. The facility serves as a hub for recruiting and technical training, supporting a stated goal of adding over 240 team members to the local workforce between 2026 and 2027.
Meeting sustained general aviation demand
The general aviation market has experienced sustained demand over the past several years, prompting original equipment manufacturers to accelerate production and certification cycles. For Cirrus Aircraft, which was founded in 1984 and is known for pioneering the Cirrus Airframe Parachute System (CAPS), the backlog of orders has necessitated a larger industrial footprint.
By increasing parts storage capacity and expanding composite manufacturing capabilities simultaneously, the company is positioning its supply chain to handle higher delivery volumes. The sequential investments in Duluth and Grand Forks indicate a strategy focused on vertical integration and localized control over the production process.
Photo Credit: Cirrus Aircraft
MRO & Manufacturing
Milestone Aviation Extends 11 Airbus H225 Leases With ACHI
Milestone Aviation and Air Center Helicopters extend leases on 11 H225s through June 2033 for government and expeditionary missions.

Milestone Aviation Group Limited and Air Center Helicopters, Inc. (ACHI) have secured the long-term operation of 11 Airbus H225 heavy-lift helicopters through lease extensions running into the next decade. The agreements, announced on October 15, 2026, ensure the continued deployment of the aircraft for expeditionary airlift, government support, and space mission recovery operations.
In a press release detailing the transaction, Milestone, an AerCap Holdings N.V. company, confirmed the extensions will commence in May 2027 and run through June 2033. The deal solidifies the fleet strategy for Fort Worth, Texas-based ACHI, which currently stands as the largest operator of the H225 platform in the Americas.
Securing heavy-lift capacity
ACHI utilizes the Airbus H225 for complex, mission-critical operations worldwide. The heavy-lift helicopters are deployed for vertical replenishment (VERTREP), casualty evacuation (CASEVAC), medical evacuation (MEDEVAC), and specialized recovery activities supporting space missions. These operations require aircraft capable of lifting substantial payloads over long distances in austere environments.
The lease extensions provide ACHI with operational certainty for its core fleet assets over the next six years. Chris Dalton, Chief Operating Officer at ACHI, emphasized the importance of the lessor relationship in maintaining the company’s service capabilities.
Air Center’s relationship with Milestone is vital to our success, and we are reassured that these latest lease amendments will enable us to continue to provide unparalleled performance to our customers with the uniquely capable H225 aircraft. Milestone’s flexibility and cooperation make them a vital strategic partner, and securing this continued partnership keeps Air Center’s most critical assets in place through all of our current contract terms and beyond.
Sebastien Moulin, Chief Commercial Officer for Milestone Aviation Group, noted that the agreement underscores the continued value of the H225 platform in supporting demanding operations. He highlighted ACHI’s reputation as a trusted provider of aviation services and expressed satisfaction in strengthening the long-standing relationship between the two companies.
Evolution of the Air Center fleet
The relationship between Milestone and ACHI regarding these specific airframes dates back to February 10, 2021, when the initial lease agreement for the 11 helicopters was announced. At that time, Milestone and Airbus Helicopters collaborated with ACHI to repurpose the aircraft for utility, training, and transport missions under United States government contracts. Deliveries of the initial batch took place throughout 2021 and 2022, establishing the foundation for the operator’s current heavy-lift capabilities.
ACHI has since expanded its reliance on the heavy-lift platform. By February 2024, the operator’s H225 fleet had grown to 18 aircraft. To support this expanded fleet, ACHI signed a five-year Airbus HCare In-Service contract on February 28, 2024, securing parts-by-the-hour support directly from the manufacturer.
Milestone Aviation Group maintains a massive global footprint in the rotorcraft leasing market. As of December 31, 2025, the company owned or had on order 335 helicopters, according to filings with the U.S. Securities and Exchange Commission.
Repurposing the H225 platform
The Airbus H225, formerly known as the Eurocopter EC225 Super Puma, was originally designed as a heavy-lift passenger transport helicopter and was heavily utilized by the offshore oil and gas industry. Following a market downturn in the offshore sector and a fatal 2016 accident in Norway that led to a temporary grounding of the type, the global H225 fleet faced significant operational shifts.
Lessors and operators adapted by transitioning the heavy-lift assets into new roles. Companies like Milestone successfully placed repurposed H225s with operators like ACHI, shifting the aircraft from offshore crew transport to utility, military, and government contracting missions where their payload, range, and all-weather capabilities remain highly valued.
AirPro News analysis
We view this lease extension as a strong indicator of the successful second life of the Airbus H225 platform. The transition of these heavy-lift helicopters from the offshore oil and gas sector to specialized utility and government roles required significant coordination between lessors, the manufacturer, and operators. By securing these 11 airframes through 2033, Air Center Helicopters is signaling long-term confidence in the H225’s reliability for demanding expeditionary missions. For Milestone Aviation, locking in a six-year extension validates the strategy of repurposing legacy offshore assets into stable, government-backed contracting markets.
Photo Credit: Milestone Aviation Group
MRO & Manufacturing
HAECO and Cathay Pacific Renew Boeing 777 Landing Gear Deal
HAECO Group and Cathay Pacific renew their Boeing 777 landing gear overhaul agreement, continuing a partnership active since 2010.

Hong Kong Aircraft Engineering Company Limited (HAECO Group) and Cathay Pacific Airways Limited have renewed their maintenance partnership covering exchange and overhaul services for the carrier’s Boeing 777 landing gear.
Announced in a press release on October 14, 2026, the agreement secures dedicated maintenance capacity for a critical component of Cathay Pacific’s long-haul operations. The arrangement leverages HAECO’s regional footprint, dividing specialized overhaul tasks and physical component replacement between facilities in the China Mainland and Hong Kong to reduce logistical overhead.
Operational integration and fleet support
Under the terms of the agreement, HAECO Landing Gear Services in Xiamen performs the teardown, inspection, and overhaul of the Boeing 777 gear assemblies. The physical removal and installation of the gear on the aircraft take place during scheduled base maintenance visits at HAECO facilities in either Hong Kong or Xiamen.
This integrated approach is designed to streamline maintenance workflows and improve the rotation efficiency of spare landing gear. For an operator like Cathay Pacific, which relies on a fleet of 35 Boeing 777-300ER aircraft for its high-capacity and long-haul routes, minimizing downtime during heavy maintenance is a primary operational objective.
Keith Brown, Director Engineering at Cathay Pacific, highlighted the operational benefits of the integrated service model.
Beyond the core services, we value the broader support and customer care that come with HAECO Landing Gear Services being part of the HAECO Group. This agreement provides important overhaul and exchange support while maintaining the high standards of safety, quality and operational performance that our operation depends on.
A decades-long corporate relationship
The commercial ties between HAECO and Cathay Pacific are foundational to both organizations, dating back to HAECO’s establishment in 1950. The relationship is underpinned by shared corporate ownership. Swire Pacific Limited, a Hong Kong-based conglomerate, wholly owns HAECO and maintains a 45 percent controlling stake in Cathay Pacific.
While airframe and line maintenance have been constants, the specialized landing gear partnership was formalized in 2010. That year, HAECO Landing Gear Services completed its first overhaul for a Cathay Pacific Boeing 747. Over the subsequent 16 years, the program expanded to support multiple widebody types, including the Boeing 747-400, the Boeing 747-400ERF freighter, the Boeing 777-300, and the Boeing 777-300ER.
To date, HAECO has completed more than 200 landing gear deliveries under this specific partnership framework.
Gerald Steinhoff, Chief Commercial Officer at HAECO Group, noted the longevity of the arrangement in the company’s release. “This landing gear overhaul programme reflects the confidence built through consistent performance and close collaboration, as well as our shared commitment to safety and operational excellence,” Steinhoff stated.
Broader expansion in the Asia-Pacific MRO market
The Cathay Pacific renewal follows a series of recent contract acquisitions for HAECO as the maintenance, repair, and overhaul (MRO) provider expands its footprint in the Asia-Pacific region.
On September 24, 2026, HAECO secured a new landing gear overhaul agreement with Japanese carrier All Nippon Airways (ANA). A day prior, on September 23, 2026, the company announced an expanded engine services partnership with Garuda Indonesia covering maintenance for the GE Aerospace GE90 turbofan, the exclusive powerplant for the Boeing 777-300ER.
These agreements highlight the scale of HAECO’s current operations. The MRO provider employs approximately 15,000 staff globally across 14 operating companies, with facilities spanning Hong Kong, the Chinese Mainland, Europe, and the Americas.
Photo Credit: HAECO Group
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