Kawasaki Heavy targets over 1 trillion yen in defense sales by mid-2030s
Kawasaki Heavy Industries announced a plan to raise its defense revenue to at least 1 trillion yen in the mid-2030s as Japan expands its defence budget.
Kawasaki Heavy Industries Ltd. disclosed a strategic plan to boost its defence segment to at least 1 trillion yen by the mid-2030s, roughly twice the estimated 510 billion yen for one outlet fiscal year. The target for fiscal 2030 was also raised, now ranging from 700 to 800 billion yen instead of the earlier 500-700 billion yen estimate. The firm intends to produce unmanned aerial vehicles that can cooperate with manned aircraft for jamming and strike missions, as well as unmanned underwater systems.
In addition, Kawasaki Heavy will focus on "physical AI," embedding artificial-intelligence technology in industrial robots for use in semiconductors and shipbuilding, sectors deemed vital for national security. President Yasuhiko Hashimoto said public awareness of defence importance has risen, while reaffirming the company’s exclusive defence-oriented policy. The move aligns with Japan’s broader effort to strengthen its domestic defence industry in response to new security challenges highlighted by recent conflicts abroad.
Why it matters
The plan signals Japan’s growing defence industry and its shift toward advanced, AI-driven weapon systems.
How the sides frame it
LOW AGREEMENTLeft-leaning coverage highlights Kawasaki Heavy's plan to dramatically increase defense sales and develop advanced unmanned and AI technologies, while centrist coverage reports the establishment of a French defense contractor's maintenance base in Japan.
LEFT
Emphasizes Kawasaki's ambitious defense sales target and technology development as a response to rising public awareness of defense importance.
CENTER
Presents the opening of Thales' maintenance base in Japan as a straightforward business development news item.
The left emphasises
- boost its defence segment to at least 1 trillion yen by the mid-2030s
- produce unmanned aerial vehicles and unmanned underwater systems
- focus on "physical AI" for industrial robots in semiconductors and shipbuilding
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