What makes BellaBot so good?

AI Voice

The newly added AI speech module supports hundreds of exclusive contextual dialogue content, making BellaBot more interesting.

3D Omnidirectional Obstacle Avoidance

In the pursuit of greater safety, BellaBot is equipped with 3D sensors and a new modular chassis. It can stop at any angle and go away as soon as it encounters obstacles.

Exclusive Dual SLAM solution for full coverage in any scenario

BellaBot supports both Laser SLAM and Visual SLAM positioning and navigation solutions to adapt to more scenarios. Both are accurate and easy to use. Both positioning solutions that BellaBot offers offer the same excellent user experience. While the positioning solutions differ, BellaBot’s customer-facing service never changes.

The bionic design is just perfect, from the height of the machine housing to the tilt of the screen and the shape curve.

BellaBot has an innovative bionic design. Het bionische ontwerp is gewoon perfect, van de hoogte van de machinebehuizing tot de kanteling van het scherm en de vormcurve.

Auto-level suspension for better stability

The suspension of the Bellabot can adapt to different types of floors and surfaces. The damping can be adjusted so that the Bellabot can move safely and without problems in most circumstances.

RGBD three dimensional camera

The built-in RGBD three-dimensional camera ensures that the Bellabot gets a perfect picture of the environment. This allows it to respond extremely accurately and quickly in busy and unpredictable locations such as the hospitality industry. The Bellabot can recognize objects from 2cm high and analyzes the environment 5400 times per minute. In addition, the robot analyzes everything in an area of ​​10m at an angle of 192.64 degrees and has a response time of 0.5 seconds. In short, everything it needs to be able to participate in the service of a busy restaurant, for example.

Communication and Routing

The Bellabot has a built-in ad-hoc communication network designed by Pudu®. The Pudu Scheduler system ensures that every robot can communicate with each other without any problems. It quickly calculates and decides on the optimal route, avoiding other robots or obstacles and much more. In addition, there is no need for a heavy local system to which the robots have to be connected.