MRO & Manufacturing
GE Aerospace and Delta TechOps Cut CF6 Engine Maintenance Time by 34 Percent
GE Aerospace and Delta TechOps collaborate to reduce CF6 engine maintenance turnaround time by 34% using the FLIGHT DECK lean model by 2026.
This article is based on an official press release from GE Aerospace.
Delta TechOps and GE Aerospace Target 34% Reduction in CF6 Engine Maintenance Time
As the global aviation industry grapples with persistent supply chain constraints and a shortage of maintenance, repair, and overhaul (MRO) capacity, airlines are under immense pressure to keep their widebody jets in the air. In response to these challenges, GE Aerospace and Delta Air Lines’ maintenance division, Delta TechOps, have launched a joint initiative to drastically reduce engine turnaround times. According to an official press release from GE Aerospace, the two companies are integrating GE’s proprietary lean operating model, known as FLIGHT DECK, into Delta’s CF6 engine maintenance line.
Initiated in May 2025, the 18-month collaboration aims to reduce the turnaround time (TAT) for CF6 engine maintenance by 34% by the end of 2026. The CF6 engine is a critical asset for Delta Air Lines, powering approximately 25% of the carrier’s widebody fleet. Delta TechOps, which stands as the largest aviation MRO provider in North America, brings over 35 years of experience maintaining the CF6 engine family to this partnership.
The initiative relies on a series of eight intensive continuous improvement events, known as kaizen. To date, the companies report that the collaboration has already achieved a consistent 25% reduction in turnaround time, alongside notable improvements in workplace safety, ergonomics, and defect elimination.
The FLIGHT DECK Methodology in Action
Introduced by GE Aerospace CEO Larry Culp, the FLIGHT DECK model shifts away from traditional, project-based initiatives toward a behavioral culture of continuous improvement. The framework prioritizes Safety, Quality, Delivery, and Cost (SQDC), strictly in that order. It is built on core behaviors such as respect for people and a customer-driven focus, utilizing fundamentals like standard work and visual management.
“Flight Deck makes something very clear: safety, respect for people, and disciplined problem-solving don’t happen because leaders say the right words. They happen because leaders build operating systems that make those behaviors the norm.”
Shifting to Vertical Assembly
The practical application of this methodology takes place on the shop floor, or genba. During the first kaizen event in September 2025 in Atlanta, cross-functional teams focused on the disassembly and assembly of CF6 rotating components. According to the GE Aerospace release, data and ergonomic assessments revealed that vertical assembly was vastly superior to the traditional horizontal assembly methods previously favored by tenured technicians.
By implementing vertical assembly, the teams achieved a 54% reduction in cycle time and a 34% reduction in technician travel around the shop floor. Furthermore, the ergonomic risk for workers was downgraded from “high” to “low.”
“Going to genba enabled the Delta TechOps managers to learn directly from their technicians about the complexity of the tooling they were using and where it needed to be stored.”
A subsequent event in November 2025 focused on CF6 engine assembly, streamlining installation processes. This resulted in a 24% reduction in cycle time, a 45% reduction in technician travel, and the complete elimination of engine assembly defects.
Global Inspiration and Benchmarking
To scale these continuous improvement practices, Delta TechOps leadership looked beyond their own facilities. The GE Aerospace press release notes that the Delta team visited GE’s MRO facility in Celma, Brazil, as well as a site in McAllen, Texas, to gather operational insights.
Lessons from Celma, Brazil
The Celma facility, located in Petrópolis, is globally recognized for its highly efficient lean operations and is celebrating its 75th anniversary in 2026. During their visit, the Delta team benchmarked Celma’s ability to overhaul CF6 engines within a highly compact physical footprint.
Delta adopted several key practices from the Brazilian facility, including strict alignment to takt time, the exact rate at which a product must be completed to meet customer demand, and the implementation of visual management boards to instantly identify and resolve operational abnormalities.
“One important lesson that resonated with us in working with Larry Culp and the GE Aerospace team is the emphasis on building from a strong foundation. That means leadership alignment, clarity, and consistency in how we operate…”
Industry Impact and Future Outlook
AirPro News analysis
We at AirPro News view this collaboration as a critical case study in generating “synthetic capacity” within the aviation sector. With the industry facing severe supply-chain bottlenecks and a lack of physical MRO expansion space, reducing engine turnaround time by 25% to 34% effectively allows airlines to get aircraft back into revenue service faster without building new hangars.
Furthermore, the data from the September 2025 kaizen event highlights a modern manufacturing reality: improving worker ergonomics and safety directly correlates with significant gains in operational speed and quality. By empowering floor technicians to identify constraints, a core tenet of the “Respect for People” philosophy, Delta and GE appear to have successfully bypassed the typical workforce resistance that often accompanies top-down corporate process changes. With six more kaizen events scheduled through 2026, this partnership could serve as a blueprint for other MRO providers struggling with capacity limits.
Frequently Asked Questions (FAQ)
What is the goal of the GE Aerospace and Delta TechOps partnership?
The 18-month collaboration aims to reduce the turnaround time for CF6 engine maintenance by 34% by the end of 2026 using GE’s FLIGHT DECK lean operating model.
What is FLIGHT DECK?
FLIGHT DECK is GE Aerospace’s proprietary lean operating model that prioritizes Safety, Quality, Delivery, and Cost (SQDC) through continuous improvement and shop-floor problem solving.
How much of Delta’s fleet relies on the CF6 engine?
The CF6 engine powers approximately 25% of Delta Air Lines’ widebody fleet.
What were the results of switching to vertical engine assembly?
During a September 2025 event, switching to vertical assembly resulted in a 54% reduction in cycle time, a 34% reduction in technician travel, and a significant decrease in ergonomic risk.
Sources:
GE Aerospace Press Release
Photo Credit: GE Aerospace
MRO & Manufacturing
TAP Air Portugal Trials AkzoNobel Lightweight Aircraft Basecoat
TAP Air Portugal and AkzoNobel completed A320 trials of Aerobase UPD, achieving a 24 kg weight reduction with fleet rollout planned.
TAP Air Portugal (TP) and AkzoNobel Aerospace Coatings have concluded operational trials of a new lightweight aircraft basecoat, achieving a 24-kilogram weight reduction on an Airbus A320 and prompting a planned fleet-wide rollout.
Announced in a joint press release on July 28, 2026, the Aerobase UPD formulation eliminates a full paint cycle and reduces total basecoat film thickness by 36 percent compared to traditional two-coat applications. The technology targets incremental weight reductions to lower fuel consumption and carbon emissions across Commercial-Aircraft operations.
Technical enhancements and paint shop efficiency
The Aerobase UPD system utilizes a validated cross-coat application technique that achieves required hiding power and finish quality in a single basecoat cycle. This eliminates the need for a second full basecoat layer and its associated flash-off stages. The simplified process removes an entire paint cycle, increasing operational productivity for applicators.
According to AkzoNobel, the enhanced formulation delivers approximately 40 percent greater sag resistance than traditional two-layer systems. This improvement is designed to increase consistency and repeatability across varying paint shop conditions and applicator experience levels. The product is certified to AMS3095 standards for global mixed-fleet Maintenance, Repair, and Overhaul (MRO) operations and integrates with existing Aerobase activators and hardeners.
“By reducing total film build and simplifying the application process, Aerobase UPD helps operators lower aircraft weight, improve paint shop productivity and maintain the high-quality finish standards required across commercial aviation fleets,” said Aurore Bournazel, Segment Manager OEM, MRO & Airlines at AkzoNobel Aerospace Coatings.
Fleet-wide economic and environmental projections
Field testing on a TAP Air Portugal Airbus A320 confirmed a 24-kilogram weight reduction, nearing the maximum 26-kilogram reduction projected for the technology. Following the initial trial, the Airlines has recoated a second Airbus A320 and is developing rollout plans to extend the lightweight basecoat across its fleet.
Based on projected fleet-wide implementation, TAP Air Portugal estimates the lighter coating will save approximately 428.5 tonnes of fuel annually. This reduction translates to more than 500,000 euros in annual cost savings and an estimated decrease of 1,353 tonnes of carbon dioxide emissions.
“The results achieved through this collaboration with AkzoNobel Aerospace Coatings demonstrate how relatively small weight reductions, when applied consistently across aircraft fleets, could contribute to meaningful long-term fuel and emissions savings, while also supporting operational efficiency,” said João Carvalho, Structures Engineer at TAP Air Portugal.
AirPro News analysis
We view this development as a clear example of how airlines are targeting marginal gains to meet stringent decarbonization targets. While a 24-kilogram reduction on a narrowbody aircraft like the Airbus A320 represents a fraction of its maximum takeoff weight, the cumulative effect across thousands of flight cycles yields material financial and environmental benefits. For European carriers operating under the European Union Emissions Trading System (EU ETS), reducing fuel burn directly lowers compliance costs. The elimination of a full paint cycle also offers MRO providers a tangible reduction in aircraft downtime, which is a critical metric in current constrained maintenance environments.
Sources: TAP Air Portugal via Cision News
Photo Credit: AkzoNobel Aerospace Coatings
MRO & Manufacturing
Bell 525 Relentless Completes Cold Weather and Icing Tests
Bell Textron validates the Bell 525 Ice Protection System in Canada and Michigan as FAA certification testing advances.
Bell Textron Inc. has concluded a series of extreme cold weather and icing evaluations for the Bell 525 Relentless in Canada and Michigan, validating the aircraft’s Ice Protection System and performance in austere environments.
Announced in a press release on July 28, 2026, the test campaigns are designed to demonstrate compliance with Federal Aviation Administration (FAA) certification regulations and prepare the helicopter for real-world operations. The environmental testing represents a planned capability expansion beyond the aircraft’s initial type certification.
Validating the Ice Protection System in extreme environments
The flight test team deployed to Yellowknife, Canada, and Marquette, Michigan, to subject the Bell 525 to extreme cold, snow, high altitude, and icing conditions. Yellowknife provided the team with reliable access to temperatures as low as minus 40 degrees, along with the clear flying days necessary for the evaluations.
During the deployments, engineers evaluated engine and system start-up sequences, warm-up behavior, and overall handling qualities in dense, cold air. Doug Hamelwright, 525 Deputy Chief Engineer, noted that the aircraft performed very well during these assessments and emphasized that FAA regulations require operators to validate aircraft performance in every condition the aircraft may encounter.
The campaigns also served to mature the helicopter‘s Ice Protection System (IPS). Test Pilot Pat Lindauer explained that the seasonal testing allowed the team to refine both hardware and software within the IPS control system to meet target performance and reliability metrics.
The U.S. Army Redstone Test Center provided critical support during the icing evaluations. Lindauer credited the center with supplying essential icing test expertise that guided the Bell team through the program safely.
Our focus was to demonstrate compliance with certification regulations and mature the aircraft for real-world customer use. Beyond initial type certification, we completed additional campaigns in extreme cold, snow, high altitude and icing to ensure the aircraft performs safely across its full designed operating envelope.
Test Pilot John Brodnicki stated in the release.
Progress toward FAA type certification
The environmental testing aligns with broader certification efforts for the Bell 525 program. According to reporting by Vertical Magazine, FAA pilots began test flights in the Relentless Advanced Systems Integration Lab (RASIL) in late July 2026.
The RASIL testing involves failure mode regression testing and final software evaluation. This phase is considered one of the final steps before the program moves into function and reliability testing.
Speaking at the Farnborough International Airshow in July 2026, Bell Senior Vice President of Strategic Pursuits Jeff Schloesser stated that the manufacturer has never been closer to achieving certification for the super-medium helicopter.
AirPro News analysis
We view the completion of these cold weather and icing campaigns as a strong indicator of Bell’s confidence in the 525’s maturity. By conducting post-certification capability expansion tests concurrently with the final stages of FAA lab testing, Bell is positioning the aircraft for immediate operational utility upon entry into service. The reliance on the U.S. Army Redstone Test Center also highlights the value of cross-sector collaboration in navigating complex icing certification requirements, which remain one of the most challenging hurdles for new rotorcraft programs.
Sources: Bell Newsroom
Photo Credit: Bell
MRO & Manufacturing
SeAH Aerospace Signs Long-Term Aluminum Supply Deal With Airbus
SeAH A&D becomes first South Korean materials maker to supply Airbus, with deliveries of aluminum alloys planned for 2028.
SeAH Aerospace & Defense (SeAH A&D) has secured a long-term agreement to supply high-strength aluminum alloy materials directly to Airbus, becoming the first South Korean materials manufacturer to achieve this status. The milestone contracts, formalized at the Farnborough International Airshow and announced on July 26, 2026, positions the company to provide critical materials for Airbus aircraft fuselages and wing structures.
According to a press release issued by SeAH A&D, the agreement breaks traditional industry conventions by being signed prior to the completion of product certification. This early commitment reflects a strategic move by Airbus to secure a stable procurement network amid ongoing global aerospace supply chain bottlenecks and high demand for commercial aircraft.
Production timeline and facility expansion
The South Korean manufacturer will begin the quality certification process for its high-strength aluminum alloys in the second half of 2026. Following the anticipated completion of this certification, SeAH A&D plans to launch full-scale mass production and commence supply deliveries to Airbus in 2028.
To support this new long-term agreement and growing global demand, SeAH A&D is expanding its manufacturing footprint. The company is scheduled to open a new production facility in Changnyeong, South Korea, in 2027.
Expanding global aerospace footprint
The global aviation aluminum alloy market has historically been dominated by European and United States companies. SeAH A&D has been rapidly increasing its market share in this sector, securing multiple international contracts over the past year to supply materials that meet strict aerospace specifications.
Prior to the Airbus agreement, SeAH A&D signed a long-term supply agreement with Boeing in December 2025. The company has also established supply relationships with Israel Aerospace Industries (IAI) and Embraer, diversifying its portfolio across major aerospace original equipment manufacturers (OEMs).
AirPro News analysis
We view Airbus’s decision to sign a long-term agreement before product certification is complete as a clear indicator of the severe material constraints currently facing aerospace OEMs. By locking in emerging suppliers like SeAH A&D early, Airbus is actively mitigating future production risks. This contract also highlights a broader industry trend of diversifying the aerospace supply chain beyond traditional Western material providers to meet the sustained high demand for new commercial aircraft.
Photo Credit: SeAH Aerospace & Defense
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