News
The parameter of XR-MROS-A3 Intelligent Driving Robot Car
XR-MROS-A3 Intelligent Driving 5G Robot Car can realize laser radar mapping and navigation, real-time mapping fixed-point navigation and multi-point positioning, autonomous path planning, dynamic obstacle avoidance, visual three-dimensional mapping navigation, and can also realize artificial intelligence technology, face vision, object recognition, color tracking and other visual interaction functions through computational vision.
How to correct use XR-DS Arduino wireless smart robot car？
Through the above steps, you should be able to use XR DS Arduino correctly for project development. If you have more questions, it is recommended to consult the official Arduino documentation or XiaoR GEEK related tutorials for in-depth learning, or you can contact our technical support in time: service@xiaorgeek.com.
The learning tool of ROS2- ROS2 Hunter smart robot car
After the ROS2 Hunter intelligent robot car uses the Ackerman chassis, its flexibility and performance have been greatly improved, and it has a wider range of usability. It is also more conducive to the development of research projects in autonomous driving, the automotive industry and other related industry projects. .
The Guide to the Best Robotic Kits for Arduino Learners
The Arduino Starter Kit emerges as an ideal entry point for beginners keen on delving into the world of electronics and coding, offering an array o...
How the XR-wifi video robot tank became students’ most popular study partner
the desktop-level XR-wifi video robot tank car has become a popular choice due to its interactivity, fun, STEM education practice platform, problem-solving ability, teamwork and communication skills, adaptability, creativity and cutting-edge technology experience. The most popular study partner among students.
Introduction and difference analysis of Raspberry Pi and Jetson Nano self-driving robot cars
Both have certain advantages from a scalability and integration perspective. Raspberry Pi has rich interfaces and GPIO pins, which can be easily connected to various sensors and actuators to achieve the expansion of various functions. Jetson Nano, with its powerful computing power and flexible communication protocols, can be more easily integrated with other devices and systems. Users can choose the self-driving car that suits them as a learning tool based on their own abilities.
Jetson Nano ROS2 Hunter Ackerman educational programmable autonomous navigation smart robot car
ROS2 Hunter Ackerman educational programmable autonomous navigation smart robot car is designed by XiaoR Technology for in-depth exploration of unmanned driving and robot navigation technology. It is based on NVIDIA Jetson Nano and uses the advanced ROS2 framework.
Programmable intelligent STEM educational robot: the integration and application of electronic information and automation technology
programmable intelligent educational robots, as outstanding representatives of electronic information and automation technology, are bringing profound changes and unlimited possibilities to the field of modern education. We look forward to these robots playing a greater role in the coming days and contributing more wisdom and power to human education.
Research and industry applications of intelligent robot neural networks and intelligent learning
In industrial manufacturing, intelligent robots can autonomously complete various tasks on the production line, improving production efficiency and product quality. In medical care, intelligent robots can assist doctors in surgical operations, rehabilitation training and other tasks, reducing the workload of medical staff. In home services, intelligent robots can provide cleaning, cooking, education and other services to improve the convenience and comfort of family life. In agriculture, intelligent robots can realize automated sowing, fertilizing, harvesting and other operations, improving agricultural production efficiency and reducing costs. In education, neural network deep learning, machine learning target detection, etc. can be applied in intelligent transportation sandboxes, as well as in building industrial sandboxes 5.0, smart factory sandboxes, desktop-level simulated small production lines, etc.
Arduino C Programming: Exploring from Basics to Advanced-From XiaoR GEEK
Practical application of Arduino C programming
Smart home: Arduino can be used in the development of smart home systems, such as temperature and humidity sensors, door and window sensors, lighting control, etc. Various intelligent controls can be realized through Arduino C programming.
Robot production: Arduino can be used in the field of robot production, such as DS Arduino smart programmable robot car, GFS Arduino smart programmable robot car， TH Arduino smart programmable robot car，Bionic Hexapod smart programmable robot, etc. Functions such as robot motion control and sensor data collection can be realized through Arduino C programming.
Smart home: Arduino can be used in the development of smart home systems, such as temperature and humidity sensors, door and window sensors, lighting control, etc. Various intelligent controls can be realized through Arduino C programming.
Robot production: Arduino can be used in the field of robot production, such as DS Arduino smart programmable robot car, GFS Arduino smart programmable robot car， TH Arduino smart programmable robot car，Bionic Hexapod smart programmable robot, etc. Functions such as robot motion control and sensor data collection can be realized through Arduino C programming.
XiaoR GEEK DS Arduino Smart Video Robot Car: An excellent and important tool for introductory programming education for K12 children
In order to solve these problems, this article will introduce an important tool for introductory programming education suitable for K12 children-XiaoR DS Arduino smart video car. DSArduino smart video car is a smart car based on the Arduino open source hardware platform. It integrates a variety of sensors and actuators and can realize a variety of functions, such as remote control, line patrol, obstacle avoidance, video surveillance, etc. Through the DSArduino smart video car, children can learn the Arduino programming language, master basic circuit principles, understand the working principle of the smart car, experience the practical application of the smart car, and cultivate children's hands-on ability and creativity.
Learn four basic STEM skills: Through theory to practice
To sum up, learning the four basic STEM skills requires starting from multiple aspects and focusing on the learning and practical application of knowledge. Only by comprehensively improving these four skills can we better cope with future challenges and opportunities. Therefore, we should pay attention to STEM education and strive to cultivate our own STEM literacy to lay a solid foundation for future study and career.