I. ACEBOTT: A Consistent Participant at BETT UK
BETT UK is one of the world’s most influential education technology exhibitions, with a long-standing focus on educational innovation, classroom digitalization, and STEM/STEAM teaching solutions for the K–12 and secondary education stages. Each year, schools, education groups, training institutions, distributors, and EdTech professionals from the UK and across Europe gather in London to explore the future direction of education.
As a consecutive exhibitor at BETT UK for three years and a professional brand and manufacturer of STEM/STEAM kits, ACEBOTT has maintained a continuous presence on this important international stage. This reflects ACEBOTT’s clear strategic direction of being firmly rooted in the UK market while maintaining a long-term focus on the European STEM education sector.
At BETT UK 2026, ACEBOTT engaged in in-depth discussions with education professionals from the UK and across Europe at Booth NH51, showcasing mature and practical STEM teaching solutions centered on classroom instruction, coding education, and robotics learning scenarios.
II. Insights from On-Site Feedback: Core Areas of Focus in the UK Market
At BETT UK 2026, ACEBOTT conducted face-to-face product demonstrations and discussions with visitors from UK schools and educational institutions, receiving consistently positive feedback from customers.
Beyond ACEBOTT’s own presentations, on-site visitors showed strong interest in how the products could be applied in real classroom environments.
During these interactions, some visitors proactively shared their experiences using STEM teaching tools in classrooms or educational activities and expressed strong interest in the performance of robotics kits in enhancing classroom interaction, project-based learning, and student engagement.
Through live demonstrations, the ACEBOTT team also presented the actual effects of product assembly structures, programming control, functional project expansion, and teaching demonstrations. This allowed visitors to more clearly understand how the products can be integrated into the UK classroom teaching system.
These real on-site interactions further confirmed the continued demand in the UK and European markets for Coding & Robotics, STEM/STEAM curricula, and systematic solutions suitable for classroom use.
III. Key Product Showcases for UK Classrooms and STEM Teaching Scenarios
Focusing on the teaching needs of the UK Primary and Secondary stages, ACEBOTT showcased a range of robotics and educational kits suitable for classroom teaching, project-based learning, and STEM activities at this exhibition.
1. QD001 ESP32 Smart Robot Car Kit
ACEBOTT STEM Robot Car Starter Kit (ESP32)
QD001 is ACEBOTT’s classic ESP32 programming kit and has long been one of its best-selling products. Based on a smart robot car and designed for beginners, the kit enables users to implement multiple functions through programming, including:
4WD mecanum wheel omnidirectional movement
Multi-route line tracking
Multi-direction obstacle avoidance
Support for Bluetooth and Wi-Fi connectivity
Support for multiple control methods, including controllers, smart gloves, and mobile apps
ESP32-based programming learning and functional expansion
One of the key features of QD001 is its high level of expandability. Building on the basic configuration, the robot car can evolve into multiple application forms through the addition of expansion modules.
At this exhibition, ACEBOTT highlighted the shooting battle combination configuration (QD001 + QD005), presenting the product’s possibilities for classroom demonstrations and project activities in a more interactive way and attracting many visitors to stop and experience it.
2. QD024 Micro:bit Robot Car STEM Kit
ACEBOTT Micro:bit Robot Car STEM Kit
Targeting the widely used Micro:bit teaching system in UK classrooms, ACEBOTT showcased the QD024 Micro:bit Robot Car STEM Kit. Designed specifically for introductory coding and robotics education, this kit features:
Micro:bit as the main controller, supporting MakeCode programming
A simple structure that allows basic assembly to be completed in 2–3 minutes
Support for line tracking, obstacle avoidance, and multiple control modes (IR / App)
A LEGO-compatible structure, enabling secondary classroom creation and expansion
Through a “learning by playing” approach, QD024 guides students to understand programming logic and robotics control principles, making it well suited for classroom teaching and STEM activities at the UK Upper Primary and Lower Secondary stages.
3. QD028 2-in-1 Football & Battle Car Robotics Kit
ACEBOTT QD028 (ESP32)
QD028 is a multi-mode robotics kit designed for STEM teaching activities and classroom interaction. The kit supports free switching between football mode and battle mode, enhancing students’ hands-on abilities through assembly-based learning.
Its main features include:
2-in-1 switchable modes to enhance classroom interaction
An ESP32-based controller supporting multiple programming methods
Modular expansion design with support for external modules such as lights and sound
Support for Arduino IDE and Blockly / ACECode programming
Compatibility with the QD109 tabletop map (sold separately) for battle demonstrations
QD028 is well suited for STEM classroom activities, school competitions, and project-based learning scenarios.
4. QE036 Intelligent Transportation System Education Kit (Ultimate Display Version)
Intelligent Transportation Kit
QE036 is a comprehensive intelligent transportation display kit formed by combining the QE027 Intelligent Transportation Edu Kit and the QE028 SharkBot Smart Car Kit. Designed for students aged 10 and above, the kit supports the construction of complete intelligent transportation and autonomous driving learning scenarios in classroom settings.
Through hands-on building and programming practice, students can systematically understand:
The fundamentals of intelligent transportation systems
Internet of Things (IoT) concepts
Autonomous driving and engineering practice logic
QE036 is highly suitable for STEM/STEAM project-based courses and display-oriented teaching at the UK Secondary stage and is appropriate for students aged 12 and above.
5. QE037 Smart Factory Education Kit (Ultimate Version)
Smart Factory Edu Kit
QE037 is formed by combining the QE031 Smart Factory Education Kit and the QE032 TruckBott Smart Car Kit, focusing on smart manufacturing and automation teaching scenarios. The kit enables students to build systems including:
Smart robotic arms
Automated sorting
Intelligent warehousing
Automated transportation systems
In classroom teaching, QE037 helps students understand the relationships between automation, IoT, programming, and engineering practice, making it an ideal choice for advanced STEM teaching and engineering-focused courses.
QE037 is specifically designed for STEM education at the UK Upper Secondary stage and is suitable for students aged 14 and above for STEM/STEAM project-based courses and display-oriented teaching.
6.QE200 ESP32 Basic Starter Kit
ACEBOTT QE200 is an ESP32 basic starter kit designed specifically for STEM education and programming beginners, emphasizing a learning path that progresses “from hands-on experiments to complete project presentation.” It is not only an ESP32 learning kit but also integrates a variety of commonly used sensors and motor modules, helping students systematically master programming and electronics fundamentals through practice.
QE200 includes more than 40 progressive lessons and projects, organized in a 29-in-1 learning structure. It guides learners from basic LED control to more systematic application projects, such as electronic pianos and intelligent environmental monitoring. This step-by-step course design is highly suitable for classroom teaching and staged learning.
One of QE200’s key highlights is its upgradeable, structured display capability. With optional wooden structural components (QE101, sold separately), students can transform circuit experiments into complete, displayable physical models, such as a bionic butterfly or an intelligent gate. This makes learning outcomes more intuitive and better suited for classroom demonstrations and project displays.
As the core control unit, QE200 uses an ESP32 controller board with built-in Wi-Fi and Bluetooth, providing a solid starting point for learning IoT concepts and smart device development. During building and debugging, students not only learn how electronic components work together but also gradually develop an overall understanding of intelligent systems and connected devices.
Whether used for teaching basic programming and electronics in UK STEM classrooms or as an entry-level platform for project-based learning, QE200 offers a balanced solution that combines systematic coursework, hands-on practice, and strong value.
IV. Support Provided by ACEBOTT for Educational Partners
Through its continued participation in the UK and European education markets, ACEBOTT has observed that the core demand of STEM education is gradually shifting from “single hardware products” to systematic and sustainable teaching solutions.
Schools and educational institutions are not only concerned with product functionality itself but also with whether products can be integrated into curricula over the long term and continue to deliver value across different teaching stages.
Based on this understanding, ACEBOTT consistently designs its products and support systems around real teaching scenarios. Each kit is equipped with clear learning pathways and project examples, helping educators naturally integrate programming, electronics, and engineering concepts into classroom teaching without adding extra instructional burden.
Through progressive course structures and expandable hardware designs, students can continue to advance across different learning stages rather than being forced to replace entire teaching toolsets after short-term use.
At the same time, ACEBOTT places strong emphasis on classroom stability and replicability. Whether used for daily teaching, project-based learning, or classroom demonstrations and activities, ACEBOTT’s product system strives to maintain consistency in functionality, structure, and teaching logic, enabling educational partners to conduct teaching and promotion more efficiently.
By continuously optimizing its products and teaching resources, ACEBOTT aims to provide educational partners not just with tools, but with a sustainable foundation for long-term STEM education development.
V. Conclusion and Further Communication
Continuous participation in BETT UK is not only an important way for ACEBOTT to maintain dialogue with the UK and European education markets, but also a key opportunity for the brand to continuously evaluate its products and educational philosophy.
Looking ahead, ACEBOTT will continue to invest in products and content centered on Coding & Robotics, project-based learning, and system-level STEM teaching scenarios, striving to develop educational solutions that better align with real classroom needs.
Through long-term collaboration with universities and educational partners, ACEBOTT hopes to jointly explore more possibilities for STEM education across different regions and educational systems.
Visitors are welcome to explore the ACEBOTT website to learn more about products and cooperation opportunities, and to stay in ongoing communication with us.
