The Aerospace & MRO Industry in Malaysia

An aircraft can be built in Toulouse or Seattle, but somewhere over its thirty-year life it will need its engines opened, its structure inspected and its avionics refreshed — and increasingly, Malaysia wants that work done in Subang or Senai. That instinct, more than any assembly line, explains the shape of the country’s aerospace sector.

Malaysia does not build whole aircraft. What it has built instead is a services-and-components ecosystem: a place that maintains, repairs and overhauls the world’s fleets, and machines the composites, structures and engine parts that go into them. In 2024 that ecosystem generated about RM25.1 billion in revenue, and in 2025 a reported RM32.5 billion — figures that put a decade-old ambition, a roughly RM55 billion industry by 2030, within arguing distance.

What actually makes up the industry?

The sector is conventionally divided into a handful of sub-sectors. They are not equal in size, and the differences say a lot about where Malaysia is strong and where it is thin. The blueprint’s own framing (ISEAS Table 1) lists five.

Sub-sector	What it covers	Malaysia’s position
MRO	Maintenance, repair and overhaul of airframes, engines and components	The core; about 54% of firms operate here
Aero-manufacturing	Structures, composites, engine parts and components	A strong cluster of firms
Systems integration	Assembling and integrating aircraft systems and sub-systems	Present but narrower; the focus of the local-content push
Engineering & design	Design, development and engineering services	The weakest link — limited aircraft-level design capability
Education & training	Skills, certification and workforce development	Feeds the pipeline the other four depend on

Across these, over 240 key players operate in Malaysia, and about 54% of them participate in MRO. The concentration in MRO is not an accident: maintenance revenue is recurring, less exposed to the boom-and-bust of new-aircraft orders, and it builds exactly the engineering muscle a country needs before it can move up into design.

How big is it, and who works in it?

The clearest single measure of the sector’s health is its workforce, because a maintenance-and-manufacturing economy lives or dies on skilled hands. Here Malaysia has already outrun its own plan.

• The aerospace workforce passed 35,000 skilled workers in 2025.
• That surpassed the MAIB 2030 blueprint’s target of over 32,000 high-income jobs — reached ahead of the 2030 deadline.
• The jobs span the full value chain: structures and composites, engine components, avionics, and MRO.

Revenue has climbed on a similar curve. The RM25.1 billion recorded in 2024 rose to a reported RM32.5 billion in 2025 — a figure that Deputy Minister of Investment, Trade and Industry Sim Tze Tzin cited as keeping the roughly RM55 billion 2030 target within reach. Investment has followed: according to MIDA, nine aerospace projects worth RM1.4 billion were approved in 2024, with 71% of that value coming from international investors.

Where does the work happen?

Malaysia’s aerospace activity clusters in dedicated parks, most of them wrapped around an airport or an existing industrial base. The geography matters because MRO needs runways and aero-manufacturing needs skilled-labour density — and Malaysia has tried to co-locate both.

• Subang Aerotech Park and the surrounding Selangor cluster — the historic heart of Malaysian MRO.
• KLIA Aeropolis — an aviation-anchored development around the main international airport.
• Senai Airport Aviation Park and Nusajaya Tech Park in Johor — home to engine-systems and component manufacturing.
• Kulim Hi-Tech Park in Kedah — high-value manufacturing in the northern corridor.

International names anchor these clusters — GKN Aerospace operates an engine-systems facility in Johor, and Airbus Helicopters runs a regional presence — alongside home-grown firms such as UMW Aerospace, SME Aerospace and CTRM.

What does Blueprint 2030 actually promise?

Malaysia’s aerospace targets sit inside two overlapping documents — the Malaysian Aerospace Industry Blueprint 2030 and the newer New Industrial Master Plan (NIMP) 2030 — but the headline numbers are consistent. They describe a sector meant to roughly double in a decade while climbing the value chain.

Metric	Baseline	Target (2030)
Industry revenue	~RM32.5 billion (2025)	RM55.2 billion
Global MRO market share	4%	5%
Local content (systems integration)	50% (2025)	70%
Workforce	35,000+ (2025, already past target)	32,000+ high-income jobs

The revenue and market-share goals are the live ones. The local-content target — raising the Malaysian-made share within the systems-integration sub-sector from 50% to 70% — is the harder climb, because it presses directly on one of the weakest links in the value chain: aircraft-level engineering and integration.

Why is a booming sector still importing so much?

Growth headlines hide a structural gap. In 2024 Malaysia exported about RM5.74 billion in aircraft and spacecraft but imported RM14.9 billion — a trade deficit of roughly RM9.16 billion. A country can be a busy MRO and manufacturing hub and still buy far more aerospace value than it sells, because the highest-margin work — designing engines, integrating whole aircraft, owning the intellectual property — happens elsewhere.

That is the real meaning of the systems-integration local-content target. It is an attempt to keep more of each aircraft’s lifetime value inside the country rather than paying for it abroad. The obstacles are familiar to any aspiring aerospace nation: talent gaps in advanced engineering, thin design-and-development capability, tightening ESG and sustainability compliance from Western customers, and — more recently — the drag of new US reciprocal tariffs, which ISEAS reports stand at 19% for Malaysia, on exports to the United States.

What’s next

The near-term story is arithmetic. Revenue is running close to the 2030 trajectory, and the workforce target is already met, so the honest question is no longer whether Malaysia can grow the sector but whether it can change its character — moving from maintaining and machining aircraft toward designing and integrating them. Watch three things: whether the systems-integration local-content share actually rises toward 70%, whether MRO share ticks up from 4% to 5% of a global market that is itself expanding, and whether the trade deficit narrows as home-grown design capability deepens. If those three move together, RM55 billion will be a floor rather than a finish line.