Industry-exclusive Dual SLAM Solution for Full Coverage in Any Scenario

BellaBot supports both Laser SLAM and Visual SLAM positioning and navigation solutions in order to adapt to more scenarios. Both of which are accurate and easy to use. Both positioning solutions which BellaBot offers provides the same excellent user experience. While the positioning solutions differ, BellaBot's customer-centered service never changes.

Visual SLAM

Laser SLAM

Design Aesthetics

BellaBot adopts an innovative bionic design. The bionic design is just perfect from the height of the machine body to the screen tilt, and to the shape curve.

3D Omnidirectional Obstacle Avoidance

In pursuit of higher safety, BellaBot is equipped with 3D sensors and a new modular chassis. It can stop at any angle and move away as soon as it encounters obstacles.3*RGBD depth cameras + LiDAR enable Bella to smoothly avoid various low-lying and suspended obstacles.

Obstacle detection frequency up to 5400 times per minute

Front detection angle up to 192.64° Front obstacle detection range exceeds 10m 

Light Interaction

Different task status trigger corresponding light effect interactions, making the status indication clearer.

Touch for Feedback
The new touch interaction makes the feedback of BellaBot more comprehensive, and the Human-Robot experience is unprecedented.

Smart Expressions
There are dozens of exclusive original expressions, which make the emotional expression of BellaBot more diverse, and make you feel more real "Cat".

Infrared Induction Tray Modular structure for quick disassembly and intelligent infrared induction. A smarter tray for more efficient delivery

Power Exchange Technology
Charging and usage scenarios are categorized for faster battery replacement. 24/7 operations: a piece of cake for BellaBot.

RGBD

 depth camera provide BellaBot with the strongest three-dimensional perception to date. It can accurately detect and stop when encountering obstacles with a response time as short as 0.5 seconds.

PUDU SCHEDULER 

PUDU SCHEDULER has adopted a decentralized, flexible ad hoc network communication scheme and algorithm architecture. Each robot can directly communicate with any robot in the same network, and quickly calculate and make decisions. Such design reduces the requirements for the network, reduces a central computing node that requires high computing power, and is closer to the interaction mechanism among people.