Intelligent Delivery Robot · PuduBot
SEEING IS BELIEVING
PuduBot's new VSLAM solution provides more precise positioning and more stable operation.
Revolutionary 3D obstacle avoidance solution provides faster perception and safer delivery.
PUDU SLAM is a new technology integrated SLAM solution based on Lidar, Camera, UWB, RGBD, IMU, Encoder and multiple sensors. This solution can ensure that the robot performs tasks more efficiently in a mixed environment.
The safety and obstacle avoidance performance have been greatly improved, and the probability of touching suspended objects or other blind spot obstacles has been greatly reduced, in addition to Lidar, multiple visual sensors are added to enable the robot to upgrade from 2D plane perception to 3D environment detection of the whole body.
3D OBSTACLE AVOIDANCE
Compared to traditional 2D radar, 3D stereo sensors can quickly stereo model the surrounding environment, which can greatly reduce the probability of security accidents.
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.
PUDU CLOUD platform provides a powerful cloud intelligent service support for Pudu robots, enabling smart catering, with specific functions such as: business management platform, automated operation and maintenance platform, scenario data collection platform, and cloud intelligent service platform.
Machine dimention 516*500*1288mm Robot weight 35kg Machine material ABS/Aviation-grade aluminum alloy Charging time 4 H Battery life 10-24 H Cruise speed 0.5-1.2m/s (Adjustable) Load capacity 13kg/tray,Max 30kg
Cover material Plexiglass/ Magnesium Aluminum Alloy
Cover weight 8kg
Cover dimensions 422*422*710mm
Door-opening control Magnetic switch