AiNex Standard Humanoid Robot with ROS and Raspberry Pi – Education & Competitions

• ✔ 24 degrees of freedom for unparalleled flexibility and dynamic movements.
• ✔ Powered by Raspberry Pi for open system and easy expandability.
• ✔ Integrated AI vision with 2DOF HD wide-angle camera for intelligent interaction with the surroundings.
• ✔ Self-stabilizing inverse kinematics ensures smooth and stable behavior.
• ✔ Full support for ROS (Robot Operating System) for professional development and research.
• ✔ Flexible Python programming and intuitive graphical software for everyone.
• ✔ Movable arms with anti-jamming protection for precise and safe handling of objects.

Introducing AiNex Standard, a cutting-edge humanoid robot that pushes the boundaries of robotics for education, research, and competition. With precise 24 degrees of freedom of movement and intelligent features powered by Raspberry Pi and ROS, it will be your ideal partner for exploring the world of artificial intelligence and robotics.

🤖 What can AiNex do?

• 2DOF HD Wide-Angle Camera: The AiNex robot head is equipped with a 120° wide-angle HD camera with 2 degrees of freedom. It allows for omnidirectional rotation and efficient object identification and localization using OpenCV image processing.
• Powered by Raspberry Pi: The control center is a Raspberry Pi, complete with intelligent high-voltage bus servos. Programming is done in Python, allowing for advanced AI applications such as color tracking or face detection.
• Anti-jamming movable arms: AiNex Standard can be expanded with mechanical arms that can flexibly grip and transfer small objects. The arm servos provide angle and temperature feedback, effectively preventing damage caused by obstacles.
• Unique double hip joint design: The robot is equipped with two hip joints to support the rotation of the legs on the Z axis, which increases the flexibility of turning. The hip joint uses a magnetic encoder servo for high precision and stability.
• 24 DOF Aluminum Alloy Construction: The durable aluminum alloy construction provides a solid foundation for 24 degrees of freedom, giving AiNex bionic movement capabilities.
• Coincident design of X, Y, Z axes: The structural design includes overlapping X, Y, and Z axes, which ensures orthogonal alignment and increases the flexibility of robot movement.
• Improved gait algorithm: A revolutionary breakthrough in gait algorithms allows AiNex to move even more naturally and efficiently.
• Support for three programming languages: Offers programming flexibility for different experience levels.
• Autonomous PID line tracking: Precise navigation using autonomous line tracking with PID control.
• ROS Robot Operating System: AiNex fully leverages ROS, an open meta operating system for robots, providing core services, hardware abstraction, device control, message passing, and package management to facilitate development.
• Action group editing software: Using graphical PC software, you can easily control servos and customize actions by simply dragging sliders without programming.
• Magnetic Encoder Servos in the Hips: The servos feature a 12-bit high-precision magnetic encoder angle sensor that provides non-contact feedback, long life, and vibration resistance.

🚀 Explore every detail of AiNex Standard

AiNex Standard is more than just a robotics kit; it is a comprehensive platform for learning and developing in robotics and artificial intelligence. With its robust aluminum alloy construction and 24 degrees of freedom, it can perform a wide range of movements, from smooth walking and climbing to overcoming obstacles to complex grasping of objects.

At its heart is the powerful Raspberry Pi, which, together with the ROS operating system and Python programming support, opens the door to endless possibilities. Integrated AI vision with a 2DOF HD wide-angle camera allows the robot to perceive and intelligently react to its surroundings, performing tasks such as object tracking, ball shooting or intelligent picking and sorting. AiNex Standard is designed to provide you with a reliable tool for the realization of your most ambitious robotics projects.

💔 Are you bothered by limitations in the development of robotics?

Do you feel that your existing robotics platforms do not provide enough flexibility, processing power or capabilities for advanced AI and bionics projects? Are you encountering limits in motion, programming or integration of vision systems? Are you looking for a solution that is both robust for competitions and open enough for research and education?

✅ Get full control and innovative capabilities with AiNex Standard!

AiNex Standard is designed to overcome these limitations. With the combination of 24 degrees of freedom, Raspberry Pi and ROS, it offers an unrivaled platform for advanced development. With its integrated AI vision and flexible manipulation capabilities, you can realize projects that were previously unthinkable. Learning, competing and innovating have never been easier or more comprehensive.

📈 More than just features, real benefits:

• Features: 24 degrees of freedom and advanced inverse kinematics. -> Benefit: The AiNex robot can perform complex walking, climbing, carrying, and other bionic movements with incredible fluidity and stability.
• Features: Raspberry Pi control with ROS and Python support. -> Benefit: Get an open and powerful platform for unlimited programming, AI development, and sensor integration.
• Features: 2DOF HD wide-angle AI vision camera with OpenCV. -> Benefit: The robot can visually recognize, track, and interact with surrounding objects, opening the door to intelligent applications.
• Features: Mechanical hands with anti-jamming protection. -> Benefit: Reliably handle small objects without worrying about damaging the servo motors when encountering unexpected obstacles.
• Features: Intuitive graphical software for editing action groups. -> Benefit: Easily and quickly create and debug complex action sequences without having to write code, ideal for rapid prototyping.

🎯 Who is AiNex Standard the ideal choice for?

• Students and educators: Perfect for teaching advanced robotics, ROS and Python programming, artificial intelligence, and mechanics.
• Researchers and developers: An open platform for experiments with new walking algorithms, AI vision, and autonomous systems.
• Competition teams: A robust and flexible humanoid robot ready for the most demanding robotics competitions.
• Hobby roboticists and DIYers: An advanced kit for those who want to take their robotics skills to a professional level.

🤔 Do you have any concerns? We'll answer them:

• Concern: Is the robot too complex to build and program for beginners? -> Answer: The kit comes with comprehensive ROS source code and detailed tutorials that make it easy for both advanced and enthusiastic beginners to get started.
• Concern: How is the durability of the mechanical parts and servo motors ensured? -> Answer: The robust aluminum construction and anti-jam servos, as well as magnetic encoders, ensure long service life and reliability even with intensive use.
• Concern: Will the robot be able to perform truly intelligent tasks? -> Answer: With AI vision, a powerful Raspberry Pi, and OpenCV support, AiNex is designed to perform complex tasks such as object tracking, recognition, or intelligent manipulation.

📚 Frequently Asked Questions (FAQ)

What is ROS (Robot Operating System) and why is it important?

ROS is an open meta-operating system that provides tools, libraries, and services to make robotics applications easier to develop. ROS makes AiNex highly modular, extensible, and compatible with a wide range of software components and tools.

What types of movements can AiNex perform?

With 24 degrees of freedom and advanced inverse kinematics, AiNex can walk, climb, overcome obstacles, grasp objects, perform complex acrobatic movements, and more. Its movements are smooth and stable.

What are the programming options of AiNex?

AiNex supports programming in Python and other languages ​​thanks to ROS. In addition, intuitive graphical PC software is available that allows you to easily create and debug action groups without the need to write code, ideal for rapid prototyping and teaching.

What is the role of AI vision in the AiNex robot?

The robot is equipped with a 2DOF HD wide-angle camera (120°) that uses OpenCV for image processing. This allows AiNex to visually recognize, locate, and track objects, performing tasks such as line tracking, face detection, or intelligent object manipulation.

Is AiNex suitable for educational purposes?

Yes, AiNex is designed as a comprehensive robotics learning kit. With detailed tutorials, open source code, and support for ROS and Raspberry Pi, it is the ideal platform for students, educators, and researchers looking to gain hands-on experience with advanced robotics and AI.

What are the main advantages of servo motors with magnetic encoder?

Servos with 12-bit magnetic encoders provide highly accurate and contactless angle feedback. This results in long life, compact dimensions, high reliability and vibration resistance, which is key for stable and precise robot movements.