Intelligent UGV platform for education four-wheeled drive ROS system robot chassis AMR
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About the robot
Robot name | Intelligent UGV platform for education four-wheeled drive ROS system robot chassis AMR | |||||
Employment type | Full-time employees | |||||
Dimensions |
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Load capacity | 80 kg | |||||
The speed of movement | 1.5 kg | |||||
Energy consumption | ||||||
Working hours | 5-8 kg | |||||
The warranty period | ||||||
Power |
Relocatable robot
*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.
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 |
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.
Robots from the manufacturer
Robot for industry
- Autonomous
- Mobile
- (AMRs)
- Educational
- Robotics
- Research