SIA Engineering Company Limited (SIAEC) and Safran Aircraft Engines (SAE) signed a joint venture agreement on June 5, 2026, to establish a US$118 million maintenance, repair, and overhaul (MRO) facility in Singapore dedicated to CFM LEAP engines.

The partnership, detailed in a Safran Group press release, addresses accelerating demand for engine maintenance in the Asia-Pacific region as airlines expand their fleets of Airbus A320neo and Boeing 737 MAX aircraft powered by LEAP-1A and LEAP-1B engines.

Facility integration and equity structure

Under the terms of the agreement, Safran Aircraft Engines will hold a 51% equity stake in the joint venture, with SIAEC holding the remaining 49%. According to reporting by The Business Times, the total financial value of the joint venture is US$118 million. The new enterprise will integrate SIAEC’s existing LEAP engine Quick Turn (QT) maintenance operations, currently located at its Aircraft Engine Services facility in Changi North, to form the foundation of the new shop.

“The creation of this joint company with SIA Engineering Company marks a significant step forward in strengthening our global MRO ecosystem to meet the accelerating demand for LEAP engine maintenance in Asia-Pacific. This new MRO facility brings together the expertise of both companies to provide world-class performance and reliable support, helping our airline customers,” Nicolas Potier, Executive Vice President Support and Services at Safran Aircraft Engines, stated in the release.

Partnership timeline and regional expansion

The June 5, 2026, agreement builds upon a multi-year relationship between the two aviation firms. On December 13, 2019, SIAEC and Safran Aircraft Engines signed an initial 10-year contract for SIAEC to provide engine Quick Turn and modification embodiment services for the CFM LEAP engine family. The companies subsequently signed a Letter of Intent on November 25, 2025, to explore expanding their partnership into a full joint venture.

“Building on our LEAP engine maintenance services agreement with SAE in 2019, the new LEAP MRO JV combines SAE’s OEM expertise and SIAEC’s MRO excellence, strengthening the LEAP maintenance network and enhancing SIAEC’s new-generation engine capability to meet global LEAP engine maintenance demand,” said Wong Yue Jeen, Chief Commercial Officer of SIA Engineering Company Limited.

AirPro News analysis

The formalization of this joint venture highlights a critical priority in the current aviation supply chain: expanding engine maintenance capacity. As the global fleet of new-generation narrowbody aircraft grows, original equipment manufacturers (OEMs) and independent MRO providers must build sufficient shop visit capacity to keep pace with operational demands. By anchoring this facility in Singapore, Safran secures a strategic foothold in the high-growth Asia-Pacific market while leveraging SIAEC’s established regional infrastructure. We view this US$118 million investment as a necessary step to support the operational reliability of Airbus A320neo and Boeing 737 MAX fleets operating throughout the region.

Sources: Safran Group

RTC Aerospace announced on June 2, 2026, the acquisition of Washington-based Automatic Products Co., marking the largest expansion in the manufacturer’s history and its third acquisition since partnering with Stellex Capital Management in 2022.

The transaction, detailed in a company press release, adds a 120,000-square-foot manufacturing facility in Sumner, Washington, to the RTC Aerospace (RTCA) portfolio. Automatic Products Co. (APC) specializes in precision milling, turning components, and mechanical assemblies utilizing advanced materials such as Inconel, titanium, and stainless steel for the aerospace, defense, and space sectors. Financial terms of the agreement were not disclosed.

Strategic expansion and capacity growth

The acquisition is designed to increase RTCA’s production capacity to meet growing demand across mission-critical industries. APC founder and president Joel Gregory noted that the partnership will enhance the combined strengths of both organizations as customer requirements scale upward.

“The team at APC welcomes our new partners at RTCA and is proud to join in its mission to provide high-quality products and customer service to our valued customers,” Gregory stated.

RTCA leadership views the integration of APC as a foundational step for future scaling. Daniel Schuerman, chief financial officer of RTCA, described the acquisition as a milestone in a multi-year strategy to build a platform capable of serving highly technical aerospace and defense programs. Schuerman added that the investment creates a stronger organization expected to support growing customer needs across the value chain.

Private equity backing and sector consolidation

The APC acquisition represents the third such transaction for RTCA since the company joined the Stellex Capital Management platform in 2022. Stellex has actively supported RTCA’s expansion strategy within the aerospace and defense manufacturing supply-chain, providing the capital required to execute large-scale integrations.

“RTCA has grown into a well-regarded manufacturer across the aerospace and defense industries, and we believe this partnership with APC enhances RTCA’s position as a provider of highly technical manufacturing and engineering solutions,” said Catherine DeMarco, principal at Stellex.

The move aligns with broader industry trends of consolidation among lower-tier aerospace suppliers. Prime contractors and major original equipment manufacturers (OEMs) increasingly rely on scaled, well-capitalized partners to manage complex material requirements and sustain high production rates without supply chain interruptions.

AirPro News analysis

We view RTCA’s acquisition of APC as a textbook example of private equity’s current playbook in the aerospace supply chain. By acquiring a facility with established capabilities in difficult-to-machine materials like Inconel and titanium, RTCA is positioning itself to capture higher-margin work in the defense and space sectors. Furthermore, the 120,000-square-foot footprint in Washington state places the expanded company in close geographic proximity to major Pacific Northwest aerospace manufacturing hubs, potentially streamlining logistics for key regional customers and insulating the company against broader supply chain volatility.

Sources: Business Wire

This article summarizes reporting by Bloomberg Television by Guy Johnson.

GE Aerospace is navigating intense commercial aviation demand and persistent supply chain constraints, reporting a 60 percent increase in LEAP engine deliveries and a $170 billion commercial services backlog during the first quarter of 2026.

Chairman and Chief Executive Officer H. Lawrence Culp Jr. detailed the manufacturer‘s strategic outlook during a June 7, 2026, interview with Bloomberg Television co-anchor Guy Johnson at the 82nd International Air Transport Association (IATA) Annual General Meeting in Rio de Janeiro, Brazil.

Supply chain stabilization drives delivery growth

According to Bloomberg, GE Aerospace has recorded eight consecutive quarters of significant input increases from its critical suppliers. This stabilization supported a sharp rise in first-quarter production, allowing the company to increase LEAP engine deliveries by more more than 60 percent.

During the interview, Culp emphasized a shift in how the engine manufacturer manages its supplier relationships to overcome industry-wide bottlenecks.

We have eight quarters now sequentially where we have seen significant increases in inputs from our critical supplier partners. I think what we’ve actually done is thrown the ‘winning the war’ framework out the window and gotten into deep technical collaborative problem solving.

The improved component flow contributed to strong financial results released on April 21, 2026. GE Aerospace reported an 87 percent increase in total orders to $23.0 billion for the first quarter, alongside a 29 percent rise in adjusted revenue to $11.6 billion.

Aftermarket demand outpaces shop visit capacity

The commercial aircraft sector’s reliance on existing fleets has driven unprecedented demand for aftermarket support. GE Aerospace currently holds a $170 billion commercial services backlog. First-quarter services revenues increased by more than 30 percent, while spare parts orders grew by 30 percent, with year-over-year growth rates approaching 40 percent.

Culp told Bloomberg that the surge in aftermarket activity is directly tied to airlines extending the operational life of older aircraft amid new airframe delivery delays.

We’ve seen retirements tick down, we’ve seen engine removals, which are really a precursor to a shop visit, actually tick up at a rate faster than we can complete the shop visits currently.

To manage this volume, Culp noted that the company’s ability to service engines relies heavily on the same supply chain improvements driving new engine production.

There’s no way that we take our LEAP deliveries up over 60% in the first quarter, no way we have our services revenues up over 30%, if we weren’t improving the supply chain.

Investing in open fan architecture

While managing current production and maintenance constraints, GE Aerospace is allocating resources toward future propulsion technologies. The company is developing an open fan architecture designed to power the next generation of narrowbody aircraft.

Culp outlined the timeline and strategic necessity of these investments during the IATA summit, noting that the technology is critical for future fleet requirements.

We need to be investing in 2026 to be ready for that next generation narrow body that may be 10 or 15 years out from where we are today. If we’re not investing today, we’re not ready then. We do think that the open fan architecture will allow us to address those reliability and durability concerns, as well as deliver the next breakthrough in efficiency and sustainability.

AirPro News analysis

The $170 billion services backlog highlights a structural reality in the current commercial aviation market. With airframe manufacturers struggling to meet delivery targets for new narrowbody aircraft, airlines are forced to operate older jets longer than anticipated. This dynamic places immense pressure on the global Maintenance, Repair, and Overhaul (MRO) network.

We view GE Aerospace’s transition from a defensive supply chain posture to collaborative problem solving as a necessary evolution following its April 2024 launch as a standalone aerospace entity. However, Culp’s admission that engine removals are outpacing shop visit capacity indicates that MRO bottlenecks will remain a limiting factor for airline capacity well into the late 2020s. The dual mandate of scaling current LEAP production while funding open fan development for the 2030s will test the company’s capital allocation strategy in the coming years.

Sources: Bloomberg Television, GE Aerospace, IATA