Top Robotics YouTube Channels in 2026 from France
Robotics is a multidisciplinary field that combines mechanical engineering, electrical engineering, and computer science to create intelligent machines. Channels in this category showcase everything from DIY combat robots and Arduino projects to cutting-edge research in humanoid robotics and autonomous drones. Whether you are a hobbyist looking to build your first bot or an engineer interested in the latest industrial automation trends, you'll find a wealth of knowledge here.
Creators in this space often share detailed build logs, tutorials on electronics and soldering, and explanations of complex control systems. You'll see projects involving Raspberry Pi, ROS (Robot Operating System), and advanced sensors like LiDAR and depth cameras. The content also covers the software side, including path planning, computer vision, and the integration of Artificial Intelligence to give robots perception and decision-making capabilities.
Beyond the technical tutorials, many channels feature entertaining robot competitions, reviews of commercial robot kits, and discussions on the ethical implications of automation. From the precision of surgical robots to the agility of Boston Dynamics' creations, these videos highlight the incredible potential of robotics to transform our world.
Channels
therobotstudio
@therobotstudio
For more than two decades I have created extraordinary robots based on the functional anatomy of the real human body.Unlike the stiff, heavy machines of indu...
Therobotstudio is a French‑based channel dedicated to designing and building anatomically accurate humanoid robots. Leveraging over 20 years of experience, the creator shares open‑source CAD models, 3D‑print files, and step‑by‑step assembly logs for projects such as HOPE, DexHand and SO‑ARM. Videos range from short announcements and hardware reviews to long build‑throughs and raw footage of component testing. The channel also highlights collaborations with AI hardware providers like NVIDIA Jetson and showcases integration of AI into robot control. Viewers gain access to high‑quality tutorials, printable designs, and insights into advanced robotics research, making complex projects more approachable.
Combines two decades of biomechanical robotics expertise with fully open‑source, anatomically accurate humanoid designs and hands‑on AI hardware demos, offering rare depth and downloadable CAD/print files.
Makers, engineers, robotics students and hobbyists interested in advanced humanoid robot construction, 3D‑printing and AI integration, typically ages 18‑45.
NAO by Maxtronics
@MaxtronicsRobotics
Leader in humanoid robotics with NAO the robot, Maxtronics (formerly Aldebaran) is headquartered in Paris.The robots NAO are used today in more than 70 count...
NAO by Maxtronics is the official YouTube hub for Maxtronics' humanoid robots NAO and Plato. The channel delivers concise tutorials, classroom activity guides, and real‑world demos that show how these robots enhance education, inclusion, and service environments. Content spans bilingual (French/English) lessons, AI‑driven learning tools, and step‑by‑step maintenance videos. Viewers gain practical know‑how for programming, deploying, and customizing the robots in schools, labs, and industry. The channel also highlights case studies on autism awareness, hospitality, and STEM outreach. Regular short videos (1‑5 minutes) make complex robotics accessible to educators and enthusiasts alike.
The channel provides authoritative, bilingual content directly from the robot manufacturer, combining short, practical tutorials with AI‑driven educational tools and real‑world case studies that few other robotics channels offer.
Educators, students, robotics enthusiasts, developers, and researchers interested in applying humanoid robots for teaching, inclusion, and service tasks; primarily ages 18‑45, bilingual French/English speakers.
Pollen Robotics
@PollenRobotics
WE ARE POLLEN ROBOTICSWe make robotics a unique journey where stories emerge from curiosity.Get everyone on board!We believe robotics will fundamentally chan...
Pollen Robotics is a French robotics studio that builds open‑source humanoid robots like Reachy and Reachy Mini, focusing on accessible teleoperation, AI integration, and community engagement. Their videos mix hands‑on assembly guides, technical demos, and entertaining experiments with GPT‑4‑powered emotional interactions. The channel targets hobbyists, students, and professionals interested in robotics hardware, software, and human‑robot interaction. Viewers can learn how to build, program, and use Reachy for research or fun projects while staying up‑to‑date with the latest open‑source releases. The content balances practical tutorials with insights into kinematics, perception, and the future of expressive robots.
Pollen Robotics offers a rare blend of fully open‑source humanoid robots, hands‑on teleoperation tutorials, and GPT‑4‑driven emotional demonstrations, fostering a collaborative community that bridges hardware, software, and human‑robot interaction.
Robotics hobbyists, students, engineers, and developers aged 18‑35 who are interested in open‑source hardware, AI integration, and human‑robot interaction.
AI Robot Lab
@AIRobotLab
AI Robot Lab 🤖 | Discover the Future of AI & Robotics 🚀Welcome to AI Robot Lab, your ultimate hub for cutting-edge AI robots, humanoid robots, robotics eng...
Evana art and craft
@Evanaartandcraft
Just me, EVANA, making cute crafts!💌 For Contact :👉 evez.ron@gmail.com
ABV — AI · Books · Validation
@ABV_Creative
ABV — AI · Books · ValidationThis channel explores applied AI, machine intelligence, and systems thinking.Here I share analysis, experiments, and practical e...
Frequently Asked Questions
How do I get started with robotics as a beginner?
The best way to start is with a hands-on kit. Platforms like Arduino and Raspberry Pi are excellent entry points because they are affordable and have huge communities with thousands of tutorials. You can start by building a simple line-following robot or a robotic arm to learn the basics of sensors, motors, and programming.
What are the key components of a robot?
Most robots consist of four main parts: Sensors (to perceive the environment), Actuators (motors/pistons to move), a Controller (the 'brain' that processes data and makes decisions), and a Power Source (batteries). Understanding how these components interact is fundamental to robotics engineering.
Do I need to know how to code to build robots?
While it is possible to build simple mechanical bots without coding, most modern robotics requires programming. C/C++ is standard for microcontrollers (like Arduino), while Python is widely used for higher-level processing, AI, and working with frameworks like ROS. Learning to code will significantly expand what your robots can do.
What is ROS and why is it important?
ROS (Robot Operating System) is a set of software libraries and tools that help you build robot applications. It provides standard ways to handle hardware abstraction, device drivers, and communication between different processes. It is the industry standard for research and complex robotics development, making it a valuable skill to learn.
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