DFRobot Introduces Advanced AI and Robotics Learning Solutions at Bett 2026

DFRobot has officially launched its latest range of interactive AI and robotics solutions at the opening of Bett 2026 in London. Situated at Stand SM23 in the ExCeL Centre, the exhibit focuses on making artificial intelligence a practical, hands-on experience for students across all grade levels. The presentation highlights a move from basic instruction-based coding to advanced behavior-based AI development using high-performance edge computing tools. A central feature of the display is the HuskyLens 2, which delivers 6 TOPS of AI acceleration through its dual-core processor. This upgraded hardware allows for real-time processing of complex models and supports Model Context Protocol to interface directly with Large Language Models. By processing intelligence locally, the sensor enables students to build smarter systems that do not rely on constant cloud connectivity or external computing power. The exhibition also showcases the Maqueen Plus V3 robot paired with vision sensors to demonstrate autonomous driving logic. Instead of simple obstacle avoidance using ultrasonic sensors, the robot uses visual perception to make driving decisions and plan routes. This setup helps secondary school students understand the complete process from environmental perception to physical action in autonomous systems similar to modern self-driving vehicles.

Visitors can explore different learning zones, such as the BOSON area where primary students use no-code sensors to discover how machines learn patterns. This intuitive approach allows young learners to see AI detection in action without the need for complex programming syntax or deep technical knowledge. The zone serves as a starting point that naturally connects to structured coding with micro:bit as students progress in their education.

DFRobot is also featuring the UNIHIKER K10 AI coding board, which recently won an award for its contribution to EdTech and software. The board acts as a central integrator for Internet of Things projects, such as a smart feeder that identifies specific animals before dispensing food. This integration shows how edge computing and physical actuation work together to create functional solutions for real-world scenarios. The DFRobot stand will remain open through January 23, offering a dynamic hub for educators looking to modernize their STEM curriculum. By providing tools that are functional rather than just educational toys, the company is enabling a new era of classroom prototyping. These solutions aim to demystify complex technology by allowing students to train and integrate their own AI models into physical hardware.