Humanoid Bipedal Robot – Complete Kit with 17 DOF

• ✔ 17 degrees of freedom (DOF) for realistic and dynamic movement.
• ✔ Complete mechanical kit for easy assembly and quick start.
• ✔ Robust metal components and precision MG996R servo motors.
• ✔ Compatible with the ESPduino platform for easy programming (Arduino compatible).
• ✔ Ideal for educational projects, robotics competitions and personal development.
• ✔ Modular design allows for future expansion and customization.
• ✔ Everything needed to assemble the skeleton and control the joints in one set.

Immerse yourself in the world of robotics with this cutting-edge bipedal humanoid robot building kit. This complete kit lets you build an impressive robot with exceptional mobility, ideal for educational projects, robotics competitions, or personal development. Discover the fascination of engineering and programming with a platform that inspires innovation.

🤖 Key features that will excite you

• 17 degrees of freedom (DOF): The robot has 1 degree of freedom for the head, 4 for the arms, 2 for the shoulders, 2 for the hips, 6 for the legs and 2 for the feet, allowing it a wide range of dynamic and natural movements.
• Complete mechanical kit: Contains everything needed to assemble a robust skeleton - 16 multi-function brackets, 4 angled U-brackets, 4 straight brackets, 2 large footrests, 14 high-quality bearings, a complete set of screws and nuts, and 17 metal rudders.
• Powerful servo motors: The kit includes 17 MG996R servo motors, which ensure reliable and precise control of each joint of the robot, which is key for smooth bipedal movement.
• Pre-configured height and width: Once assembled, the robot measures approximately 40 cm in height (with legs folded when standing) and 23 cm in width, making it a compact yet distinctive companion.
• ESPduino Compatibility: The kit is fully compatible with the ESPduino development platform (similar to Arduino), making it easy to program and control both motors and servos at the same time, opening the door to complex control systems.

✨ Explore every detail of your future robotics challenge

This mechanical building kit is the ideal foundation for anyone dreaming of their own humanoid robot. Each component is designed with modularity and durability in mind, ensuring that your robot will not only be functional, but also ready for future expansion and modification. Assembling a robot is an engaging process that will deepen your understanding of mechanics and robotics.

Thanks to its advanced design with 17 degrees of freedom, the robot achieves remarkable flexibility. Whether you plan to teach it to walk, dance, or perform complex tasks, the possibilities are almost unlimited. The robust metal parts and precision servo motors of the MG996R ensure stability and accuracy even during the most demanding movements. Plus, with compatibility with ESPduino, you get a powerful tool for easy programming and implementation of your own algorithms.

This product is more than just a set of parts; it's a gateway to discovery and creativity. It's a great opportunity for students, engineers, and robotics enthusiasts to take their skills to the next level and experience the joy of creating something functional and intelligent.

🤔 Are you bothered by the complexity of robotic projects?

Entering the world of bipedal robots can be challenging. Many kits suffer from a lack of modularity, a complicated selection of compatible components, or limited movement options. It is often difficult to find a complete solution that combines quality mechanical parts with advanced programming capabilities, leading to frustration and unfinished projects.

💡 Build your robot without compromise!

With our complete mechanical bipedal humanoid robot kit, you eliminate all these obstacles. You get a complete set of carefully selected components that fit together perfectly. With 17 degrees of freedom and powerful servo motors, the robot is ready for advanced programming and a wide range of dynamic movements. Focus on creativity, not on finding parts!

🚀 More than just features, real benefits

• Features: 17 degrees of freedom (DOF) -> Benefit: Your robot will be able to perform realistic and complex movements, from walking to dancing, with maximum flexibility.
• Function: Complete set of all mechanical parts and servo motors -> Benefit: You save time and effort searching and verifying the compatibility of individual components, you can start assembling immediately.
• Features: Robust metal brackets and quality bearings -> Benefit: You get a durable robot that can withstand intensive use and experiments, with smooth and stable movement.
• Features: Compatibility with ESPduino/Arduino -> Benefit: Easy and intuitive programming that allows you to quickly implement your algorithms and expand the functionality of the robot.

🎯 Who is this building kit an ideal choice for?

• For engineering students and young scientists who want to deepen their knowledge in robotics and programming.
• For hobby enthusiasts and DIY roboticists who are looking for a comprehensive and high-quality foundation for their own projects.
• For educators and lecturers looking for an inspiring and practical tool for teaching robotics and mechatronics.
• For developers and researchers who need a flexible platform for prototyping and testing bipedal walking algorithms.

🛡️ Do you have concerns? We'll answer them!

• Concern: Assembling the robot will be too complicated. -> Answer: The kit is designed with an emphasis on modularity and clarity to make the assembly process as straightforward and fun as possible.
• Concern: I won't have enough programming experience. -> Answer: Thanks to the compatibility with the ESPduino/Arduino platform, there is a large community and plenty of online resources and tutorials to help you get started and develop your programming skills.
• Concern: The quality of the parts will not be sufficient. -> Answer: The kit includes robust metal brackets and proven MG996R servo motors, which are known for their reliability and performance, ensuring a long service life and stable operation of the robot.

⚙️ Technical specifications

Parameter	Value
Robot height (standing, legs bent)	approx. 40 cm
Robot width	approx. 23 cm
Total number of degrees of freedom (DOF)	17
DOF – Head	1
DOF – Arms	4 (total)
DOF – Shoulders	2 (total)
DOF – Hip	2 (total)
DOF – Legs	6 (total)
DOF – Feet	2 (total)
Servomotor type	MG996R
Number of servo motors	17 pcs
Control unit compatibility	ESPduino (Arduino compatible)
Package contents
Multifunctional holders	16 pcs
Angled U-brackets	4 pcs
Straight brackets	4 pcs
Large footstools	2 pcs
Bearings	14 pcs (imported, cup type)
Set of screws and nuts	Complete
Metal rudders	17 pcs
ESPduino kit	1 pc

❓ Frequently Asked Questions

Is the kit suitable for beginners in robotics?

Yes, the kit is designed to be accessible even to beginners. The clear mechanical assembly and compatibility with the Arduino platform via the ESPduino kit make the first steps in programming and controlling the robot easier.

What are the robot programming options?

The robot is compatible with the ESPduino development board, which is fully compatible with the Arduino IDE. This allows you to take advantage of the extensive community and many available libraries for programming complex motion algorithms and interactions.

Are all the necessary components included in the package?

Yes, the kit includes all the listed mechanical components, including brackets, bearings, screws, nuts and 17 MG996R servo motors. Also included is an ESPduino kit for controlling the robot. It is a complete mechanical kit.

What is the height and width of the assembled robot?

The assembled robot measures approximately 40 cm tall (with legs folded when standing) and 23 cm wide, making it the ideal size for both experiments and display.

Is it possible to further expand or modify the robot?

With a modular design and standardized components, the robot is designed for easy expansion and modification. You can add sensors, new actuators, or experiment with different configurations.