REEMAN Autonomous Mobile Robot Open SDK Square Robot Chassis
The robot chassis has multiple functions, such as visual positioning, indoor navigation, and intelligent obstacle avoidance. It mainly comprises core hardware such as lidar sensors, depth cameras, anti-drop sensors, and modular positioning and navigation systems. There are more laser SLAM and V-SLAM. The sensor fusion algorithm can plan the walking route for the robot more flexibly.
MOON KNIGHT-ROBOT CHASSIS
As an extensible general-purpose robot platform, the open SDK platform provides rich API interfaces with solid scalability, flexibility, openness, and stability.
The operation is simple and can assist developers in deploying quickly and realizing the landing of robot applications.
As an extensible general-purpose robot platform, the open SDK platform provides rich API interfaces with solid scalability, flexibility, openness, and stability.
The operation is simple and can assist developers in deploying quickly and realizing the landing of robot applications.
MOON KNIGHT-ROBOT CHASSIS FEATURE
Open SDK
SLAM Mapping
Remote Navigation Deployment
Super Loading Capacity
Intelligent Obstacle Avoidance
Autonomous Route Planning
Multi-Robots Collaboration
Autonomous Take Elevator (Optional)
LARGE AREA MAPPING
The 25m laser detection distance can detect the surrounding environment in real-time, build high-precision, centimeter-level maps, and support incremental mapping to meet diverse mapping needs.
The 25m laser detection distance can detect the surrounding environment in real-time, build high-precision, centimeter-level maps, and support incremental mapping to meet diverse mapping needs.
OPEN SDK
Provides rich API interfaces and complete development documents, which can realize customized development according to the application requirements of different scenarios.
Provides rich API interfaces and complete development documents, which can realize customized development according to the application requirements of different scenarios.
6 ADVANTAGES
Open SDK, Support secondary development
Open SDK Platform
Remote Deployment
Large Capacity Battery
Open SDK Platform
Remote Deployment
Large Capacity Battery
Autonomous Obstacle Avoidance
Large Carrying Capacity
Automatic Recharge
Autonomous Obstacle Avoidance
Large Carrying Capacity
Automatic Recharge
INTELLIGENT OBSTACLE AVOIDANCE
Laser SLAM + 3D camera fusion technology, super environment perception ability, automatic detour in case of obstacles, making the robot run more smoothly and safely in various complex environments.
MULTI-ROBOT COLLABORATION
The intelligent mobile robot chassis supports the work of multiple machines in the same scene and can automatically adjust the delivery speed and path of the body according to the task’s priority to improve work efficiency.
The intelligent mobile robot chassis supports the work of multiple machines in the same scene and can automatically adjust the delivery speed and path of the body according to the task’s priority to improve work efficiency.
AUTONOMOUS TAKE ELEVATOR (OPTIONAL)
Accurately monitor and identify elevator status, realize linkage with elevator and access control, and flexibly and stably carry out cross-floor work.
Accurately monitor and identify elevator status, realize linkage with elevator and access control, and flexibly and stably carry out cross-floor work.
SUPER LOADING CAPACITY
It is composed of a sheet metal structure, 60KG super large carrying capacity, stable and not deformed, and fully meets the load requirements of different industries.
REMOTE NAVIGATION DEPLOYMENT
The world’s unique cloud remote and convenient deployment capability enables indoor navigation map deployment through the remote control of robots.
Specification
| Operating systems | Android 5.1 operating system and above |
| Whole machine size | 500mm (L)*500mm (W)*310 mm (H) |
| Net weight | 34KG |
| Screen | 7 inches (resolution 1024*600) |
| Travel speed | 0.1~1.0m/s |
| Maximum load capacity | 60KG |
| Charging time | 4A (approx. 8 hours), 7A (approx. 4 hours) (with automatic recharge) |
| Robot input power | 28.4V–7A |
| Battery parameters | Lithium iron phosphate 25.6V/25Ah |
| Battery life | About 20 hours |
| Web-based approach | WIFI |
| Movement parameters | 25 m laser navigation with autonomous obstacle avoidance; climbing: 5°; rotation radius: 0, swing radius: 254 mm. |
| Environmental conditions | Operating temperature: 5Cº to 40Cº; humidity: 5% to 85% Storage temperature: -10º to 50º (at the extreme temperature, the battery needs to be charged and discharged at least once a month) |
