Bionic Quadruped Smart Robot Kit – WiFi Wireless Control + Programmable Learning System | Supports Arduino IDE & Graphical Coding | STEM Maker Education Platform

Smart Wi-Fi Control System Operate the robot directly through a browser or mobile app without external modules. Supports walking, turning, dancing, and gesture actions with low-latency control. Record and replay custom movement sequences for creative coding practice—ideal for STEM lessons and contests
Full Metal-Gear Servo System Equipped with durable MG90S metal-gear servos delivering smooth, lifelike movement and strong torque. Perfect for balance demonstrations, gait analysis, and endurance experiments under continuous load.
Modular Plug-and-Play Assembly Tool-free connection with labeled terminals; build and calibrate within 1–2 hours. Includes detailed wiring and step-by-step manual for quick setup—ideal for beginners to understand robotics fundamentals.
Coding & Learning Flexibility Supports Arduino IDE, Blockly, and Mixly platforms for both C-language and visual programming. Includes commented sample codes to teach control logic, PWM, and condition loops. Perfect for project-based learning.
Comprehensive STEM & Maker Education Integrates Science, Technology, Engineering, Art & Math in one hands-on kit. Encourages teamwork, creativity, and critical thinking—ideal for schools, workshops, and home learning.

① Smart Wi-Fi Control System for Live Robot Operation
Operate the robot seamlessly via browser or mobile app using built-in Wi-Fi control—no Bluetooth or external modules needed. This system enables real-time walking, turning, dancing, and gesture actions with low-latency feedback. It also supports custom sequence recording and action replay, allowing students to code choreographed routines or behavior logic. This encourages experimentation with conditional programming and enhances understanding of motion control systems. Perfect for classroom demos, home coding projects, and robotics contests focused on live responsiveness and smart interaction.

② All-Metal MG90S Servo System with Strong Torque
Equipped with durable, high-precision MG90S metal-gear servos, this robot delivers smooth and lifelike motion for all walking and rotation sequences. The powerful torque ensures stability during gait training and helps maintain balance during complex movements, even under sustained load. It's an ideal platform for conducting kinematic studies, simulating limb movement, and understanding the role of torque in robotics design. The durability of metal-gear servos makes the robot ideal for long-term learning use in schools and maker environments.

③ Modular Plug-and-Play Design for Quick Assembly
No soldering or complicated wiring required—every component features plug-in terminals and labeled connections for hassle-free setup. The robot can be assembled and calibrated in under two hours with the help of the step-by-step visual instruction manual. This modular design not only reduces build errors but also allows students to focus more on learning the robot’s functions and programming logic. It's especially suited for beginner workshops, hands-on camps, and introductory robotics courses.

④ Coding Flexibility with Arduino IDE & Visual Blocks
Fully supports both traditional Arduino IDE (C/C++) and visual programming platforms like Blockly and Mixly. The kit includes annotated example codes to demonstrate control of servos, LED indicators, sensors, and loop structures. Whether students prefer typing code or dragging blocks, the kit scales with their learning. This flexibility allows educators to tailor content for various age groups, making it ideal for progressive learning from primary school through high school robotics clubs.

⑤ STEM & Maker Education Kit for Real Innovation
This kit merges all STEM disciplines—Science, Technology, Engineering, Arts, and Math—into one engaging robot. Learners explore AI logic, motion mechanics, and automation while collaborating in group projects. The open-ended nature of the platform encourages problem-solving, trial-and-error learning, and creative application of code. Perfect for educators running tech labs, STEM workshops, or remote learning curriculums, this robot kit fosters curiosity and develops real-world engineering skills in a hands-on way.

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