Aero Norway Signs Multi-Year Deal with GE Aerospace to Service CFM LEAP Engine Components
Why It MattersThe deal signals how engine OEMs are increasingly leaning on qualified third-party MRO shops to absorb surging LEAP maintenance volumes rather than expanding in-house capacity alone.
What happened
Aero Norway, a subsidiary of ITP Aero specialising in MRO services for CFM56 engines made by CFM International, has signed a multi-year agreement with GE Aerospace to service high-pressure turbine (HPT) rotors and second-stage HPT nozzles for CFM LEAP-1A and LEAP-1B engines.
ITP Aero described the contract as the first of its kind for Aero Norway, saying it "marks an important starting point in the company's transition to CFM LEAP engines." GE Aerospace is outsourcing repair work for LEAP engines to external suppliers to address the maintenance needs of a fleet of more than 8,000 engines in service and a backlog exceeding 10,000 units.
Neil Russell, CEO of Aero Norway, said the agreement "represents an important milestone in our journey towards the CFM LEAP" and that the aim is to expand capacity within the ecosystem to provide customers with efficient, high-quality maintenance support. Flavio Gregorio, Vice President of CFM LEAP and RISE Programs at GE Aerospace, said the deal reflects GE Aerospace's intention to work with skilled MRO suppliers to support high engine availability and utilisation by operators, noting that Aero Norway and ITP Aero have more than three decades of MRO experience. Alan Jones, Executive Vice President of MRO at ITP Aero, said the contract demonstrates how the ITP Aero Group is expanding its MRO capabilities in line with market needs, calling the CFM LEAP "a key growth engine" for the group's MRO strategy.
Industry impact & what to watch
This agreement belongs to a broader shift in engine aftermarket economics: as LEAP engines move from a growing installed base into their first heavy-maintenance cycles, OEMs need repair capacity faster than they can build it themselves, so they qualify established shops to extend their own ecosystem. Aero Norway's background in CFM56 work makes it a natural candidate, since the skills and tooling used to repair legacy CFM engines carry over, at least in part, to LEAP component work.
How this segment works is visible in the structure of the deal itself: GE Aerospace sets the terms of its open MRO ecosystem, licenses specific component scopes such as HPT rotors and nozzles to approved shops, and relies on those shops' existing MRO experience rather than building new facilities for every region. The backlog of more than 10,000 units gives suppliers like Aero Norway a multi-year runway, but it also means GE Aerospace will likely keep adding partners rather than relying on any single shop.
What happens next will show in how quickly Aero Norway ramps actual throughput on HPT rotors and nozzles, and whether ITP Aero extends similar LEAP scopes to other sites within its MRO group given Alan Jones's description of CFM LEAP as a key growth engine for that strategy.
