Safran Opens €136 Million Malaysia Expansion to Double Carbon-Brake Output by 2028
Safran Landing Systems has inaugurated two connected aerospace investments in Malaysia: a €134 million expansion of its carbon-brake manufacturing and heat-sink refurbishment plant at Sendayan, and a €2 million maintenance, repair and overhaul center at Nilai. The €136 million combined program is meant to shorten the industrial chain between making, refurbishing and servicing aircraft brake components for airlines across Asia-Pacific.
The most consequential number is not the floor area but the production target. Safran says the expanded Sendayan operation will double its carbon-brake disc capacity by 2028. That is a forward target rather than output already available, but it signals that the group expects regional fleet growth and replacement demand to support a much larger Malaysian production base.
Two investments, two different bottlenecks
Sendayan receives almost all of the disclosed capital. The project adds 7,000 square meters of manufacturing space, including a textile line, carbonization furnaces and machining equipment. Those assets cover several difficult stages in producing carbon-carbon brake discs: creating the fibrous structure, densifying it through high-temperature processing and machining the finished components to exact tolerances.
Nilai adds a 1,000-square-meter MRO center near Kuala Lumpur International Airport. It is 20 kilometers from Sendayan, which will supply new and refurbished carbon-brake discs. The operating logic is proximity: the manufacturing site feeds a service center closer to airline activity, while worn brake assemblies can move through a regional overhaul network instead of traveling farther for maintenance.
A simple comparison shows how different the two assets are. Sendayan accounts for €134 million, or about 98.5% of the €136 million disclosed total. Nilai accounts for the remaining 1.5%. Dividing investment by added floor area gives roughly €19,100 per square meter at Sendayan and €2,000 per square meter at Nilai. Those figures are not construction-cost estimates—the manufacturing investment includes specialized furnaces, textile and machining equipment—but they make the capital intensity gap visible.
Why the Malaysian location matters
Safran says the combined sites support about 100 airline operators in Asia-Pacific, covering fleets that include Airbus A320, A321 and A350 aircraft; Boeing 737, 777 and 787 aircraft; and ATR regional aircraft. That mix spans short-haul workhorses, long-haul widebodies and regional turboprops, so the demand base is broader than a single aircraft program.
Carbon brakes are a recurring aftermarket business as well as an original-equipment business. Brake heat sinks absorb enormous energy during landing and rejected takeoffs, and their wear creates continuing inspection, refurbishment and replacement demand. Placing manufacturing and overhaul in the same Malaysian cluster can reduce transport time, inventory buffers and turnaround risk for customers, although Safran did not publish expected turnaround-time savings or unit production figures.
The expansion also increases Safran’s Malaysian employment plan. The company says its current Sendayan site employs 160 people and that its industrial and MRO workforce in Malaysia is planned to reach 220 by 2030. That implies 60 additional positions across the two operations if the plan is achieved, a 37.5% increase from the stated current Sendayan headcount. The company did not divide those future jobs by site or occupation.
Capacity is promised for 2028, not delivered today
The inauguration marks completion of physical expansion and the opening of the new service center, but the production story still depends on ramp-up. Safran’s commitment is to double carbon-brake disc capacity by 2028. The important indicators over the next two years will be equipment qualification, production yields, hiring and training, customer approvals, and evidence that the new furnaces and machining capacity are being utilized.
Safran also reports that the Sendayan site reduced market-based Scope 1 and 2 greenhouse-gas emissions by 60% between 2018 and 2025 through lower-carbon local energy and process-gas recovery. That is a company-reported site metric, not a lifecycle assessment of aircraft brakes. Additional energy capacity is planned by 2030, but Safran did not quantify the next reduction in the announcement.
What to watch
For airlines and maintenance providers, the commercial test is whether the new cluster improves component availability and overhaul turnaround while regional fleets grow. For Malaysia, the test is whether the investment builds durable technical capability rather than only adding floor space. Safran’s 2028 capacity milestone and 2030 workforce target provide concrete checkpoints.
The broader lesson is that aerospace localization is moving beyond final assembly. Materials processing, high-temperature manufacturing, precision machining and aftermarket service are being combined in one regional network. That can make a supplier more responsive, but it also concentrates execution risk in the ramp-up of highly specialized equipment and skills.
Primary sources and methodology
Safran announced the inaugurations and supplied the investment, area, customer, employment and capacity figures on October 28, 2026: Safran’s official release.
Agrilinkage calculated the combined €136 million investment, capital shares, indicative investment per added square meter, and implied workforce change from the disclosed figures. These calculations are scale comparisons, not estimates of construction cost, profitability or future output. Company targets are identified as targets rather than completed results.
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