AeroEdge Co.,Ltd. (7409) Stock Price

AeroEdge specializes in manufacturing and selling high-value-added components for aircraft engines, with a particular focus on mass-producing titanium-aluminum low-pressure turbine blades for LEAP engines. The company also engages in research and development of advanced manufacturing technologies such as additive manufacturing, as well as contract manufacturing of components for electric vertical takeoff and landing aircraft (eVTOL) and gas turbines.

Its primary customers are engine manufacturers and their supply chains. Under a contract with French company SAFRAN, AeroEdge supplies a fixed percentage of blades for LEAP engines. Revenue is tied to production volumes of LEAP engines and aircraft equipped with them (Airbus A320neo, Boeing 737MAX). The company's profit margins are supported by a revenue structure characterized by contractually specified pricing and order forecasts, as well as a system where raw materials are supplied at no cost.

While AeroEdge operates as a single "manufacturing business," it internally divides its activities into two fields: aircraft engine component manufacturing and other manufacturing. By independently handling optimal process design, proprietary tool development, specialized equipment installation, and non-destructive inspection and quality management systems, the company has achieved high-precision machining of titanium-aluminum materials—a process difficult to scale—and maintains competitive advantage as one of the few global suppliers in this field.

Under its management philosophy of "Creating Something from Nothing," the company aims for global growth by increasing the added value of aircraft components. In the medium term, it positions revenue, operating profit, and EBITDA as key performance indicators, and targets increased sales and profits through expanded mass production of titanium-aluminum blades for LEAP engines. Market conditions are favorable, with large order backlogs for Airbus A320neo and Boeing 737MAX and anticipated production increases (2024 annual deliveries: 602 A320neo units and 260 737MAX units; order backlog as of June 2025: 7,251 and 5,415 units respectively), providing a foundation for growth through demand-following strategy. Additionally, the company renewed its supply contract with French SAFRAN in October 2024 to stabilize existing demand.

Priority investment areas are expanded production capacity and vertical integration from materials to processing. The company completed a new factory in June 2024 and is advancing dedicated equipment installation and process automation to improve productivity and reduce costs. On the materials side, the company previously relied on a single European supplier, so it is investing several years in developing new materials and achieving mass production readiness to mitigate supply risk. Specifically, mass production of new materials will begin in phases from June 2027, with plans to further expand market share from January 2028. Quality and management are strengthened through certifications including JISQ14001, JISQ9100, and JISQ27001.

For new market development and business expansion, the company is advancing mass production of other aircraft engine components using technology and capital gained from reducing dependence on titanium-aluminum blades. The new factory is simultaneously launching mass production of two additional component types beyond LEAP applications, with consideration also given to contract manufacturing for eVTOL (electric vertical takeoff and landing) aircraft and gas turbines. While aerospace projects require lengthy initial investment and ramp-up periods, mass production leads to stable long-term earnings; the company will continue capital investment while diversifying revenue. Funding stability will be secured through retained earnings and coordination with financial institutions.

Technology innovation efforts proceed on both research and development and manufacturing innovation fronts. Beyond new material development, the company is exploring additive manufacturing (3D printing) technology for component design, small-batch production, and maintenance and repair (MRO) applications, with the goal of fundamentally transforming production processes. In parallel, the company is advancing process automation and efficiency improvements incorporating the Toyota Production System to reduce costs and enhance cash generation, thereby achieving sustainable competitive advantage alongside environmental responsibility (CO2 reduction).