WhalesBot AI Module 2s

Discover the WhalesBot AI Module 2s, an advanced STEM learning tool designed for kids aged 8 and up. This comprehensive kit offers an immersive experience, encouraging young learners to delve into the depths of STEM and artificial intelligence through hands-on building and interactive projects.

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Benefits of the Product:

- Extensive Learning Kit: Featuring 420 structural parts, the WhalesBot AI Module 2s provides endless possibilities for creative construction and learning.

- Advanced Sensors and Actuators: Equipped with ultrasonic, touch, and IR sensors, as well as four closed-loop motors, seven servo motors, and two emotional screens, this kit ensures precise sensing and dynamic performance.

- Powerful Controllers: The AI Module 2s is powered by an ARM Cortex M3 32-bit processor with 13 various channels of interfaces, offering robust control and seamless integration.

- Versatile Programming Methods: The AI Module 2s supports Scratch, C, and Python programming, allowing kids to explore different coding languages and enhance their skills using a single, easy-to-use coding software.

- Interactive Robotics Courses: Includes 12 interactive robotics courses that teach STEM and robotics through project-based learning, providing an engaging hands-on experience. /span>

- Delicate Motion Control: Utilize servo motors, sensors, and actuators to achieve precise control over the robots' movements, including running, turning, and spinning.

- Key Learning Outcomes: Apply physics, math, and mechanical knowledge in practical scenarios, and develop advanced coding skills to solve complex problems.

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Why Choose This Product?

The WhalesBot AI Module 2s stands out as the perfect choice for young minds eager to explore advanced STEM and AI concepts. Its user-friendly design and challenging projects make learning accessible and enjoyable. By focusing on a range of programming methods and providing a wealth of interactive components, the AI Module 2s ensures that kids not only learn but also have fun while doing so. The hands-on experience fosters critical thinking, creativity, and a strong foundation in STEM learning.