BellaBot

BellaBot elevates delivery robotics with superior human-robot interaction.

Hi, I'm BellaBot

BellaBot, the latest in delivery robotics, builds upon the strengths of its predecessor while introducing advanced human-robot interaction capabilities. With its innovative bionic design, charming appearance, multi-modal interaction, and a host of new features, BellaBot offers users a truly unparalleled food delivery experience.

Details

Visual SLAM

Industry-exclusive Dual SLAM Solution Covering All Scenarios
BellaBot supports both lidar and visual SLAM positioning and navigation to adapt to more scenarios. Both solutions are accurate and easy to use, providing an excellent and customer-centered experience to end-users.
3D omnidirectional obstacle avoidance for higher safety, BellaBot comes with 3D sensors and a new modular chassis. It can stop when it encounters obstacles at any angle and then move away. With 3 RGBD cameras and the lidar, BellaBot can smoothly avoid low-lying and overhanging obstacles.

Obstacle Detection

frequency up to 5400 times per minute
The Bellabot robot is equipped with advanced obstacle detection capabilities, allowing it to identify and navigate around obstacles at an impressive frequency of up to 5,400 times per minute. This rapid detection enables the robot to operate efficiently in dynamic environments, such as restaurants or hotels, where it must maneuver around tables, chairs, and guests.

Front detection

angle up to192.64°
Front obstacle detection range exceeds10m
Bellabot is an advanced service robot designed to enhance customer interactions in various environments, such as restaurants and hotels. Equipped with a sleek design and friendly interface, it can autonomously navigate through crowded spaces while delivering food, beverages, or other items to guests.

3D Omnidirectional Obstacle Avoidance

For higher safety, BellaBot comes with 3D sensors and a new modular chassis. It can stop when it encounters obstacles at any angle and then move away. With 3 RGBD cameras and the lidar, BellaBot can smoothly avoid low-lying and overhanging obstacles.

More About BellaBot

Pudubot SCHEDULER utilizes a decentralized, flexible ad hoc network communication scheme and algorithm architecture. Each robot can communicate directly with others in the same network, enabling rapid calculations and decision-making without relying on a central computing node with high processing power. This approach reduces network demands and mirrors the human-to-human interaction mechanism.

Enclosed design:

The tray structure can be conveniently converted into an enclosed box, ensuring the cleanliness and quality of food during transport.