Vingroup’s VinDynamics partners with Schaeffler to develop humanoid robot components

VinDynamics, a tech arm of Vietnam’s conglomerate Vingroup (HoSE: VIC), has signed an MoU with Germany’s motion technology firm Schaeffler to jointly develop key components for humanoid robots.

The move underscores Vingroup’s broader strategy to expand into high-tech sectors, including robotics and automation, as it seeks new growth drivers beyond its traditional businesses.

Under the agreement inked on Tuesday, the two companies will collaborate on research, development, and optimization of core systems, including robotic actuators and motors, which are critical elements that determine the performance, precision, and durability of humanoid machines.

The partnership will initially focus on evaluating and refining prototypes developed by Schaeffler, covering mechanical design, gearbox systems, and hardware specifications. Both sides will also assess materials, tolerances, and scalability for mass production, aiming to shorten development cycles for complex components.

VinDynamics will lead efforts on software integration and control systems, ensuring compatibility between hardware and broader robotic platforms, while optimizing performance for real-world applications.

Following commercialization, the companies plan to continue cooperation in simulation, validation, and product improvement, using operational data to enhance design efficiency and system performance.

The collaboration is expected to strengthen VinDynamics’ capabilities in humanoid robotics, a field that requires high-precision engineering and deep integration between mechanical and software systems.

Maximilian Fiedler, regional CEO Asia/Pacific of Schaeffler, said: "Our collaboration underscores Schaeffler’s commitment to working alongside pioneering innovators to advance the next generation of motion technologies.

"By integrating Schaeffler’s decades of expertise in actuator and drive technologies with VinDynamics’ capabilities in developing next-generation robotic systems, we are confident that this partnership will deliver significant technological advancements and contribute to shaping how humanoid robots are deployed in the future."