Land Exploration Kit is a multifunctional and innovative educational robotics kit that offers a wide range of functions and operating modes Equipped with powerful AI capabilities, high computational performance, and a modular design, Land Exploration Kit provides users with a simple yet engaging way to explore advanced AI and robotics technologies The kit includes components for quickly assembling seven unique robot models, along with comprehensive course resources, hardware, and software It is fully adaptable for K–12 students to practice robot assembly and programming With its high-performance computing support, Land Exploration Kit pushes the boundaries of AI education
The product provides complete course resources covering hardware assembly and programming learning, suitable for two stages of primary school (grades 5-6) and junior high school (grades 7-8). The course design is benchmarked against international mainstream standards, including CSTA, AI4K12, and AI Knowledge Graph, with a focus on covering core principles and applications of artificial intelligence, such as machine learning and language technology.
The main control chip innovatively integrates CPU, GPU, and NPU, providing up to 1 TOPS of computing power, supporting multi algorithm parallel processing, advanced model inference, and offline model training. With its powerful performance, breaks through the boundaries of traditional AI education, empowers diverse learning scenarios, and opens up infinite possibilities for exploration.
The platform supports teachers in course editing, task assignment, and learning evaluation, covering the entire teaching process; Students can directly connect programming tools and online AI digital resources to achieve seamless learning. This platform breaks the limitations of traditional offline courses, allowing for human-computer interaction and software verification without the need for hardware, achieving boundaryless teaching in space.
Integrates multiple built-in AI algorithms, with advanced functions such as gesture recognition, human posture perception, facial and text recognition, and object detection, allowing learners to fully experience AI technology in interaction. At the same time, the device is compatible with third-party open-source hardware such as Micro: Bit, Arduino, Raspberry Pi, and supports diy component expansion and open Python SDK, helping users build custom robots and achieve creative freedom.
