Mitsubishi’s announcement to produce up to 1,000 humanoid robots each month marks a bold pivot for a company traditionally associated with automobiles.
While many still view Mitsubishi as a mid-tier automaker, its deep roots in factory automation, motor drives, and control systems give it a unique advantage in the robotics arena.
The decision to locate this production line in a former internal-combustion engine plant in Kyoto underscores a strategic reuse of existing industrial assets, turning a legacy facility into a hub for next-generation labor.
This move is not merely a publicity stunt; it signals a serious intent to integrate advanced robotics into core manufacturing processes, potentially reshaping how vehicles and components are assembled in the coming years.
The partnership with Highlanders, a spin-out from the University of Tokyo, brings together Mitsubishi’s industrial scale and the startup’s cutting-edge research in humanoid design.
Highlanders contributes expertise in biomechanics, sensor fusion, and AI-driven motion planning, while Mitsubishi provides manufacturing know-how, supply-chain logistics, and access to its global production network.
By signing a memorandum of understanding, both parties commit to co-developing the HL Human platform and to initially deploying the robots within Mitsubishi’s own factories.
This internal-first approach allows rapid iteration, real-world testing, and the creation of a feedback loop that can refine both hardware and software before broader market release.
Takao Kato, chairman and CEO of Mitsubishi Motors, framed the collaboration as a challenge to build a new industrial foundation where humans and robots coexist productively.
His statement highlights two intertwined objectives: first, to solve immediate labor constraints by augmenting the workforce with capable machines; second, to deepen Mitsubishi’s technological footprint in humanoid robotics, thereby opening new revenue streams beyond vehicle sales.
From a technical standpoint, the HL Human robot features a 19-degree-of-freedom articulated torso and limbs, enabling a range of motion that closely mirrors human dexterity.
Deploying the HL Human in Mitsubishi’s former engine plant serves a dual purpose: it validates the robot’s ability to perform complex assembly tasks while also using the robots to help build more of themselves, a concept known as self-replicating manufacturing.