Intelligent Educational Robot LEO
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- Shenzhen EAI Technology Co., Ltd.
Salary / price 1 €
| About the robot | |
|---|---|
| Robot name | Intelligent Educational Robot LEO |
| Employment type | Full-time employees |
| Dimensions |
H: 15 cm W: 22 cm L: 38 cm |
| Load capacity | |
| The speed of movement | 1 m/s |
| Power | |
| Energy consumption | |
| Working hours | |
| The warranty period | |
Relocatable robot
*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.
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Specifications
Structure
- Dimension: 220*380*150MM
- Drive Model: Differential Drive
- Drive Wheel: 4inch Rubber Wheel
- Main Structure Material: Steel, ABS
- Weight: ca.10kg
Processor
- Brand: INTEL 15
- Memory: DDR3 4G
- Hard Drive: 128G SSD
Sensor
- Lidar: YDLIDAR G1
- Obstacle Avoidance Sensor: IMU Module
- Ultrasonic Module: PCB: MEMS gyro, 3-axis accelerometer and signal processing circuit
- RGB Camera: *1 in the front.*1 with robot arm(optional)
- Depth RGB-D Camera: *1(optional)
- Robot Arm: M1 DESKTOP ROBOT ARM(OPTIONAL)
Battery and power capacity
- Type: Li-ion power battery
- Capacity: 11.2AH/24V
- Recharging time: ca.4.5h
- Charging voltage: 29.4V
Kinematic ability
- MAX Climbing angle: 12 degrees
- MAX Climbing height: 18 mm
- MAX Operating speed: 1m/s
Operating environment
- Temperature at Charging: 0~45°C
- Temperature at Discharging: -10~60°C
- Working Humidity: 30%~70%
Interface
- Power supply interface: 12V
- Hardware interface: LAN, WAN, USB3.0*2
Description
Revolutionize Learning with LEO
LEO is an intelligent educational robot designed specifically for college staff focusing on education, research, and competition. Its smooth appearance, rigorous design, and a variety of DEMOs make the educational robot LEO user-friendly for secondary development and supporting open source ROS. This mobile robot is an ideal choice whether you want to hire a robot, rent a robot, or explore robots for sale.
Advanced Features of LEO
The intelligent robotLEO features a modular structure that is easy to assemble, making it perfect for various educational and research purposes. Its compact size ensures versatility and portability, allowing it to be used in different scenarios effectively. As a custom robot, LEO provides a robust ROS Studio learning environment, facilitating robot programming and offering a comprehensive platform for students and educators. This intelligent robot also supports open source ROS, making it an excellent choice for those looking to engage in hands-on learning and AI robotics development.
Diverse Application Scenarios
The modular robot LEO is perfect for a wide range of applications in educational and research settings. In colleges, it serves as an educational robot, helping students learn about robotics and AI through practical demonstrations and hands-on projects. It is also valuable in research labs, where it can be used for advanced studies and experiments. LEO's modular structure makes it a great choice for robotics competitions, allowing participants to customize and optimize their robots for various challenges. Additionally, this learning robot is suitable for consumer use, providing an engaging and interactive experience for those interested in exploring robotics at home or in community workshops. Its adaptability and smart technology also make it an excellent entertainment robot, enhancing human-robot interaction in various environments.
Transform Your Educational Experience with LEO
Experience the future of education and research with the learning robot LEO, the intelligent and versatile educational robot. Whether you are involved in teaching, research, or competitive robotics, LEO offers the functionality and support you need to succeed. Investing in the simulation robot LEO will significantly enhance your learning and research capabilities, providing unmatched innovation and performance. Embrace the potential of smart robots and AI-driven robots with LEO, a leader in modular robots and custom robots, offering exceptional benefits for educational and research purposes. Transform your educational experience and discover new possibilities in human-robot interaction and AI in robotics with the custom robot LEO.