Application concept in an inpatient ward corridor: two LAR robots attached to a hospital bed, one to a linen cart, and one at each end of a meal delivery cart. The patient's face is not visible.

Your robotics partner for hospital automation. Reducing the burden on care teams.

Explore LAR's technology

01 / ATTACH & MOVE

Familiar objects.
New ways to move.

Rather than replacing every bed and cart,
we study how small robots can attach to familiar objects and move them together.

Attachable robot hardware
CAD model of LAR robot hardware v1, designed to attach to a hospital bed frameRobot hardware v1
Prototype and experimental stage

02 / MOVE TOGETHER

Individual movements.
One coordinated path.

We plan the object's path and coordinate the movements of multiple robots.
This is the foundation of our multi-robot cooperative transport and control research.

Explore cooperative transport
Cooperative bed transport experiment · Original footage at 6× speed
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03 / UNDERSTAND THE SPACE

Understanding space.
Opening paths to movement.

We estimate position, connect observations to maps,
and bring physical spaces into simulation.

Spatial perception and digital twins
From physical space to digital twin · Space reconstruction research example · 2× speed
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FROM RESEARCH TO EVERYDAY LIFE

From the lab,
to the next practical step.

Hardware, autonomous mobility, and human–robot collaboration.
We explore how these technologies can work together in everyday settings.

Our research directions

LET’S WORK TOGETHER

What could we
change together?

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