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RRobotics Portfolio

Four programmes.
One engineering core.

Each Celestial Beings system shares the same foundation — perception, onboard intelligence and physical action — applied to a different environment. Status labels show exactly where each one stands.

ORBIT serving robot moving between tables in a dining hall
CB—01 / 01Prototype — demonstrated

ORBIT

Food Serving Autonomous Mobile Robot

A restaurant-oriented autonomous mobile robot that carries orders through dining spaces and hands them to guests at the table.

ORBIT is built for food delivery and service workflows. Staff load its open serving trays, the robot moves through the dining floor, and guests collect their order directly from the tray. ORBIT has been demonstrated in a working dining environment.

  • Multi-tier open serving trays
  • Expressive touchscreen interface
  • Onboard Linux compute
  • Physical emergency stop
  • Illuminated status base
Explore ORBIT
CB—02 / 02In development

Industrial AMR

Autonomous Mobile Robot

An autonomous mobile robot project exploring material movement and mobile robotic capability for industrial environments.

The Industrial AMR programme extends the navigation and platform work behind ORBIT toward structured industrial spaces such as workshops, warehouses and production floors.

  • Mobile base platform
  • Autonomous navigation
  • Industrial workflows
Discuss this programme
DiffBot educational robot, CAD design render
CB—03 / 03In development

Educational Robotics

Learning Systems

Robotic systems designed for hands-on learning, experimentation and robotics education in schools and colleges.

Platforms that let students work with real sensors, actuators and software — so robotics is learned by building, testing and iterating.

  • Hands-on experimentation
  • Real hardware and software
  • Curriculum support
Discuss this programme
CB—04 / 04Research & development

Marine & Environmental Robotics

Beyond Land

Robotics initiatives for water-based environments, including autonomous lake-cleaning and environmental applications.

An early-stage programme investigating how autonomous systems can operate on water and help address environmental challenges such as surface waste in lakes.

  • Water-based autonomy
  • Lake-cleaning robotics
  • Environmental applications
Discuss this programme

Autonomous Robotics. Real-World Impact.

Let's Build What Comes Next.

Contact Our TeamExplore Our Projects