The Shape of Robots to Come

Born at the
Intersection

Founded in June 2025, we are a team born at the intersection of elite academia and disruptive innovation. Our core founding team hails from Tsinghua University, bringing rigorous scientific methodology to the world of robotics.

We are not just another startup; we are the architects of a new morphology. While the world expects incremental updates, we are delivering a paradigm shift.

True disruption cannot be captured by conventional lenses. We are not here to show you a finished product; we are here to show you the future blueprint.

What we are building transcends current definitions — a new form that challenges the very essence of robotics.

01

Elite Research

Drawing from Tsinghua's world-class research ecosystem, we apply cutting-edge scientific rigor to every challenge.

02

New Morphology

We are redefining the physical form of robots — moving beyond conventional designs into uncharted territory.

03

Future Blueprint

Not a product launch. A fundamental rewiring of what robotics can be. We reveal the architecture of tomorrow.

RUN ROBOTICS has developed an Embodied AI 2.0 system anchored by three core pillars, pushing the boundaries of what robots can perceive, decide, and do.

Special-
Configured Robots

Breaking the morphological constraints of industrial robots. We engineer quadruped, centaur, and rover-style platforms for nuclear and emergency response scenarios, with all-terrain traversability and integrated perception and actuation. A robot's mechanical performance sets the upper performance boundary for embodied AI in real-site deployments.

Spatial
Intelligence

Delivering 3D spatial cognition and reasoning — navigation, environmental perception, and physical manipulation in physical spaces. Integrating sensing, reasoning, and decision-making from scene understanding and task decomposition to closed-loop end-to-end control. Robots navigate complex environments and complete tasks with steady reliability.

Multimodal
Tactile Sensing

Overcoming the inherent limitations of vision via proprietary self-developed electronic skin that enables perception-driven decision-making. Our flexible sensor arrays capture pressure, temperature, and texture data in real time, endowing robots with human-level tactile sensing and shifting robotic operation from mechanical execution to interactive autonomous decision-making.

The best ideas are often invisible until they change everything.

The Future of Robotics

Join Us in Shaping What Comes Next

The Shape of
Robots to Come

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