Intelligent UGV Four-wheeled Drive Robot Chassis Platform for Education ROS System
Product Description
Product Introduction
HV1000 is a robust outdoor robot base engineered specifically for industrial applications.
Its versatility allows it to operate in various terrains, both indoors and outdoors, making it suitable for a wide range of use cases.
This compact device is easily maneuverable in indoor environments, and its independent suspensions enable smooth navigation across rugged paths. Thanks to standardized protocols and interfaces, it offers convenience for secondary development, while multifaceted mounting brackets ensure seamless integration with external equipment.
Equipped with an automatic self-driving system, indoor and outdoor inspection sensors, and terrain detectors, the HV1000 is well-equipped for logistics and transportation tasks. Beyond its primary functionalities, it also serves as a moving platform that can be customized by loading different upper components and navigating systems, opening up opportunities for further research and applications.
With its high-quality performance and the benefits of standardized mass production, the HV1000 becomes an ideal choice for various platform applications, demonstrating reliability and efficiency for industrial purposes.
Product Features
HV1000 can customize a variety of advanced operation modes, provide motion control CAN protocol, and support secondary development, and the open source SDK and ROS are also provided.
Large space platform is reserved for quick building top load(sensing, industrial control, routing, camera, etc)
Supports customized design of sensor AI profile bracket.
Widely used for the development of special robots such as
Patrol inspection
Exploration
Rescue
Special shooting
Sspecial transportation
Product Parameter
| Parameter | Specifications | Target |
|---|---|---|
| Mechanical parameters | L xW xH（mm ） | 980 X 745 X 380 |
| Wheelbase (mm) | 650 | |
| Axle track（mm） | 605 | |
| Vehicle weight（Kg） | 65-72 | |
| Battery | lithium battery | |
| Drive form | Rear wheel drive | |
| Turn | Front wheel Ackerman steering | |
| Steering accuracy | 0.5° | |
| Performance parameter pointer | Speed（km/h） | 6 |
| Minimum turning radius（m） | 1.6 | |
| Grad ability | ＜10°（with load） | |
| Obstacle climbing ability（cm） | 5 | |
| Minimum ground clearance（mm） | 100 | |
| Control parameters | Control model | Remote control Control command mode |
| Remote control | 300m | |
| Communication interface | Standard CAN |
How to buy a best suitable robot platform for your project?
1: Tell us what is the purpose for the purchase.
2: Tell us your requirements for the robot platform, such as load weight, obstacle-surmount, and other special requirements.
3: Tell us the quantity for the purchase.
4: Just feel free to contact us!