Mobile Chassis
| Chassis dimensions: | Height 55cm, diameter 30.2cm |
| weight: | 30kg |
| Bearing: | 60kg |
| Moving Speed: | Navigation walking speed can be adjusted at 0.3~ 0.7m/s |
| Obstacle surmounting ability: | Climb 0-10 degrees over 2cm steps |
| Navigation method: | Lidar Navigation |
| Battery Capacity: | 15 AH polymer lithium battery |
| Battery Life: | 8 hours |
| Charging Method: | Automatic or Manual |
Description
RODUCT FEATURES
- Load upper body:can take the upper part of robot body directly to make a new product.
- Support access to cloud platform: can be controlled by Android system or windows system.
- Voice playback:The main control board has a built-in memory card, which can play MP3 files as required.
- Autonomous navigation:
The robot uses laser radar navigation technology and intelligent algorithms to independently plan routes, scan and build maps. - Ultrasonic obstacle avoidance:The robot detects obstacles through ultrasonic sensors,can avoid obstacles autonomously, or bypass obstacles, and independently plan a new route to the destination.
- Charging mode:After the robot completes the delivery, or when the battery is low, the robot can automatically return to the charging pile to charge.
- Secondary development:Provide the calling protocol for the chassis motherboard (applicable to secondary development of desktop controllers:Windows, Android) Share the SDK, Demo, and documentationin an Android environment.
Reviews (0)
Reviews
There are no reviews yet.