Intelligent UGV platform for education four-wheeled drive ROS system robot chassis AMR
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- Shenzhen Anseboo Technology Co., Ltd.
Salary / price 1 ¥
About the robot | |
---|---|
Robot name | Intelligent UGV platform for education four-wheeled drive ROS system robot chassis AMR |
Employment type | Full-time employees |
Dimensions |
H: 95 cm W: 71.8 cm L: 60 cm |
Load capacity | 80 kg |
The speed of movement | 1.5 m/s |
Power | |
Energy consumption | |
Working hours | 5-8 hours |
The warranty period |
Relocatable robot
*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.
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Specifications
Display Type LCD Screen Resolution OTHER Material Metal Feature APP Control, bluetooth, wifi Display Color colour Operation System ROS system Camera RGBD camera Style four-wheeled drive Color White Screen other Design robot chassis Cellular WIFI CPU other RAM other Product Type education Storage Capacity Other Function Robot base Private Mold NO Model Thunder Dimensions 950x718x600mm Net weight 110kg Load 80kg Suspension type Independent suspension Maximum speed 1.5m/s Duration 5-8h Climbing angle ≤25° Obstacle surmounting ability 150mm Communication expansion
Description
Thunder: Your Off-Road Robotics Research Platform
The Anseboo Thunder is a rugged, four-wheeled, ROS-enabled robot platform, perfect for outdoor research and education. With its independent suspension and powerful motors, Thunder can tackle challenging terrains while carrying heavy payloads. Give a robot a job and explore the frontiers of robotics.
Key features and benefits:
- Rugged and Durable: Built to withstand harsh outdoor environments, the Thunder is equipped with a durable frame and weather-resistant components.
- Independent Suspension: Each wheel has its own suspension system, allowing for superior traction and stability on uneven terrain.
- Powerful Motors: High-torque motors provide ample power for climbing steep inclines and carrying heavy loads.
- ROS Compatibility: The Thunder is fully compatible with the Robot Operating System (ROS), enabling easy integration with a wide range of sensors, actuators, and software.
- Customizable: The modular design allows you to easily add sensors, cameras, and other components to tailor the Thunder to your specific research needs.
- Large Payload Capacity: The Thunder can carry a significant payload, making it ideal for a variety of applications.
Ideal for:
- Outdoor Robotics Research: Conduct experiments in areas such as autonomous navigation, terrain mapping, and environmental monitoring.
- Education: Teach students about robotics, engineering, and computer science.
- Agriculture: Develop autonomous vehicles for tasks such as crop monitoring and spraying.
- Search and Rescue: Create robots for disaster response and search and rescue operations.