Want to learn robotics? follow these tutorials and get making robots fast.
Have you ever seen such a protective case for Raspberry Pi 5?
When studying and researching, I believe that everyone like me, wants to find a wheeled robot that is reasonably priced, fully functional and can run on the desktop. After browsing through numerous bots, I finally found it. So how does it meet my picky needs? Let me share with you its wonders.…
Today we are going to show that how to run some different large language models on Raspberry Pi and Jetson development boards. What kind of results can we get by running different AI big language models on different embedded development boards?
With the rapid development of science and technology, robotics has penetrated into our daily lives. For technology enthusiasts, students, and those who want to learn programming, a multifunctional robot car is undoubtedly an ideal choice.
Let us delve deeper into today’s content and uncover the mystery!
We've seen videos of robots that can do gymnastics or play soccer — but what makes these robots work? This article dives into the innovations that help robots model biological muscle functioning.
Do you know MicroROS?Come and find out together.
The first SLAM mapping and navigation ROS2 smart car based on MicroROS that uses a virtual machine as the main control.
With the advent of Raspberry Pi 5, it has also brought many upgrades, which are different from Raspberry Pi 4B, so Raspberry Pi 5 needs to purchase related accessories.
Discover the advantages of creating a home robotics lab for kids: boost STEM learning, develop problem-solving skills, and ensure safety while fostering their fascination with robots. Learn how to select the right equipment and tools for an enriching learning environment in this article.
Raspberry Pi 5 is more than 2-3x as fast as Raspberry Pi 4 and features the official new RP1 chip from Raspberry Pi 5, improving the Raspberry Pi experience.Are you looking forward to use it?
The world of robotics has seen a surge in advancements, and at the heart of many of these innovations is the Robot Operating System (ROS). Especially for mobile autonomous robots, ROS has become an indispensable tool. But what makes ROS so special, and how can academics benefit from it?
In the realm of robotics, there's a universe of software and systems that make our favorite robots come to life. One such system is ROS 2, the Robot Operating System. Today, we'll delve into a fundamental concept of ROS 2: Nodes. If you're 16 or 60, this guide aims to make the comple…
Raspberry Pi 5B release soon? I advise everyone not to wait.
Curiosity is the driving force behind technological advancement. Technology can bring a better life for humanity or completely disrupt it.
Imagine a realm where innovation isn't just a concept but a driving force, where robotics enthusiasts seize the spotlight with a flourish of boundless creativity and a knack for cracking intricate puzzles. In this dynamic landscape, they're not just crafting machines, they're weaving…
