Product Description
The four-wheel walking robot uses multi-sensor fusion technology to achieve autonomous navigation and walking in a facility agriculture environment. The four-wheel walking robot is precisely controlled by a DC brushless motor. The four-wheel walking robot walks along the navigation line using visual detection. At the same time, ultrasonic sensors installed around the four-wheel walking robot detect obstacles in real time and control the four-wheel walking robot to stop when encountering obstacles.
Product parameters
| Name | Product Model | Indicator | Parameters |
|---|---|---|---|
| Four wheel traveling chassis | RYSLS-100 | Single motor power | 4*400W |
| Travel speed | 0-0.7m/s | ||
| Maximum climbing angle | 15° | ||
| Load | 200kg | ||
| Battery life | 2h | ||
| Remote control distance | 100m | ||
| Obstacle avoidance system | Ultrasonic Sensors | ||
| Rated voltage | 48VDC | ||
| Rated power | 400W | ||
| Rated current | 11A | ||
| Rated speed | 3000rpm±10% | ||
| Rated torque | 1.27N/m | ||
| No-load speed | 3300rpm±10% | ||
| Duty | S1 | ||
| Insulation resistance | 20M2 | ||
| Lifespan | 5000h | ||
| Electrical strength phase line | 660V/S | ||
| Insulation grade | B | ||
| Protection grade | IP20 | ||
| Ambient temperature | -10”C~+40”C |
Product Display
- Precise motion control capability
The four-wheel walking robot can achieve precise motion control through DC brushless motor control. DC brushless motors have the advantages of high efficiency, low noise, and long life. They can provide stable and precise power output for the robot's walking, ensuring that it can accurately perform actions under various operating requirements, whether it is straight-line travel, turning or fine-tuning, it can meet high precision requirements.
- Real-time obstacle detection and response
Ultrasonic sensors are installed around the four-wheel walking robot, which can detect obstacles in the surrounding environment in real time. Once an obstacle is detected, the robot's control system will respond quickly and control the robot to stop in time to effectively avoid collision accidents. This real-time obstacle detection and response mechanism ensures the safety of the robot during operation, while also protecting surrounding facilities and crops from damage.
Application Cases
The four-wheel walking robot has demonstrated outstanding application value in many fields. In industrial manufacturing, it can walk steadily in the workshop along the preset route, relying on advanced visual recognition and robotic arms to carry auto parts to ensure a smooth production process; in terms of security patrols, it is equipped with a variety of monitoring equipment and can patrol 24 hours a day in commercial centers, parks or communities, adapt to various terrains, and provide timely feedback on environmental changes to ensure safety.
Cooperative partner
Service
Tianshun Technology integrates its superior R&D strength to develop a robot application control system that integrates self-developed core algorithms. Based on this system, it can provide a series of products, equipment and solutions for industrial, medical and agricultural customers, including deep learning visual inspection machines that perform various tasks, smart pharmacy grasping systems, smart agricultural picking robots, and composite robot 2.5D vision systems.
The system is highly adaptable and can be adapted to mainstream industrial robots, cameras, electric grippers, linear modules, PLCs, boards and other hardware. The system can be flexibly combined to meet the specific needs of customers. We take a collaborative approach. Our team works closely with customers to understand their needs and create solutions tailored to their specific requirements. We believe that by working together, we can create innovative solutions to drive business success and help customers achieve their goals.
