Elecfreaks Building Blocks Kit

ELECFREAKS presents an innovative line of educational kits designed to immerse students and enthusiasts in the fascinating world of robotics, programming, and engineering. Among these, the micro:bit Robotics & Programming Wonder Robot Kit (previously “Kit de Robótica y Programación micro:bit Wonder Robot Kit”) stands out—a sophisticated tool that enables the construction of up to 32 interactive projects using LEGO®-compatible blocks and a variety of electronic sensors. Alongside kits like the Ring:bit 6‑in‑1, Wonder Rugged Car, and Inventor Nezha 48‑in‑1, it offers a hands‑on, fun learning experience—ideal for developing STEAM (Science, Technology, Engineering, Art & Mathematics) skills.

Each kit is carefully designed to foster creativity and critical thinking. For example, the Wonder Rugged Car Kit lets you build an off-road vehicle with mecanum wheels capable of omnidirectional movement, while the Inventor Nezha V2 Kit includes over 40 themed projects, from walking robots to automated irrigation systems. All kits are compatible with the visual programming platform MakeCode, enabling learning through block‑based coding and accommodating various skill levels. Furthermore, micro:bit compatibility (board not included) expands the potential for creating interactive, tailored projects—making these kits a comprehensive and versatile choice for robotics and programming education.

micro:bit Robotics & Programming Wonder Robot Kit

Image 1: One of the many possibilities with the kit and its LEGO‑compatible blocks. Source: Elecfreaks

The micro:bit Robotics & Programming Wonder Robot Kit from ELECFREAKS is an advanced educational tool designed to introduce students and enthusiasts to the world of robotics, programming, and engineering. It enables the construction of up to 32 interactive projects using LEGO®-compatible blocks and electronic sensors, making it an ideal choice for learning in a hands‑on and enjoyable way.

The kit includes over 400 pieces, such as structural blocks, servomotors, sensors, and the Wukong expansion board. This configuration allows you to build models like robotic arms, smart vehicles, automatic doors, and mobile robots. It's compatible with the visual programming environment MakeCode, simplifying coding through block‑based programming.

A standout feature is the ability to add up to 8 servomotors and to expand with 2 additional high‑speed motors. It also includes a rechargeable lithium battery with fast‑charging for extended use. Compatibility with sensors like Sonar:bit and water‑level sensor allows for advanced project functionality.

This kit is suitable for students aged 8 and up and is especially useful in educational settings such as schools and robotics workshops. It supports the development of skills in science, technology, engineering, art, and mathematics (STEAM), promoting creativity, critical thinking, and problem-solving. Plus, with micro:bit compatibility (not included), it enables a wide range of interactive and customized project possibilities.

It’s a complete educational solution that combines hands‑on building with digital programming, offering an enriching and enjoyable learning experience. It’s an excellent choice for anyone interested in exploring robotics and programming in a practical and accessible way.

Ring:bit 6‑in‑1 Kit for micro:bit

Image 2: Source: Elecfreaks

The Ring:bit 6‑in‑1 Kit for micro:bit from ELECFREAKS is an advanced educational tool that allows users to build up to six interactive projects using LEGO®-compatible building blocks and electronic sensors—ideal for learning in a hands‑on and fun manner.

The kit includes over 200 pieces, including structural blocks, servomotors, LED strips, and the Ring:bit V2 expansion board. This combination makes it possible to build setups like traffic lights, block vehicles, temperature‑controlled fans, smart desk lamps, windshield wipers, and even a catapult. Like the other kits, it supports the visual programming platform MakeCode.

A key feature is the ability to control projects via Bluetooth, IR remote control, or the Joystick:bit, providing multiple ways to interact. Sensor compatibility (Sonar:bit and water‑level sensor) enhances project capabilities.

Suitable for ages 8+ and ideal for educational settings, the kit promotes STEAM skill development, creativity, critical thinking, and problem-solving. With micro:bit compatibility (board not included), it supports a broad range of interactive, personalized projects.

In summary, the Ring:bit 6‑in‑1 Kit for micro:bit is a comprehensive educational solution that merges hands‑on construction with digital programming—delivering an enriching and enjoyable experience for learners exploring robotics and coding in a practical, accessible way.

Wonder Rugged Car Kit for micro:bit

Image 3: Source: Elecfreaks

The Wonder Rugged Car Kit for micro:bit from ELECFREAKS lets users build an off‑road vehicle with mecanum wheels—capable of moving in all directions or doing lateral slides—offering a fun, hands‑on learning experience in robotics, programming, and engineering.

The kit includes a Wukong expansion board for micro:bit, providing motor and servomotor control. It also features a 400 mAh rechargeable lithium battery that supports more than 30 minutes of use, with just a 20‑minute quick charge. Its LEGO®-compatible modular design makes customization and expansion easy.

Aimed at students aged 8+, it's perfect for schools and workshops, boosting STEAM skills, creativity, logic, and problem-solving. Micro:bit compatibility (not included) allows for interactive and custom project creation.

In summary, the Wonder Rugged Car Kit is a complete educational solution blending physical building with digital programming—ideal for a rich, fun learning journey.

Inventor Nezha 48‑in‑1 Kit for micro:bit

Video 1: Source: Elecfreaks

The Inventor Nezha 48‑in‑1 Kit for micro:bit from ELECFREAKS allows users to build up to 48 interactive projects using LEGO®-compatible blocks and sensors—a versatile, fun, and hands‑on educational tool.

With over 400 pieces including structural blocks, servos, LED strips, and the Nezha expansion board, you can build walking robots, joystick‑controlled vehicles, automated irrigation systems, obstacle detectors, and more. It's fully compatible with MakeCode.

A highlight is project control via Bluetooth, IR remote, or Joystick:bit, offering interactive flexibility. Pin compatibility for Sonar:bit and water‑level sensors enables advanced features.

Ideal for students aged 8+, especially in educational environments, the kit fosters STEAM learning, creativity, logic, and problem-solving. Micro:bit compatibility (board not included) expands interactive project potential.

In summary, the Inventor Nezha 48‑in‑1 Kit is a comprehensive educational solution that merges physical construction with digital programming for a dynamic learning experience.

Inventor Nezha V2 Kit for micro:bit

Image 4: Source: Elecfreaks

The Inventor Nezha V2 Kit for micro:bit is an advanced educational platform combining robotics, programming, and mechanical design. It includes over 400 pieces—structural blocks, servos, LED strips, and the Nezha V2 expansion board—enabling creations like walking robots, joystick-driven vehicles, irrigation systems, and obstacle detectors.

Key features include LEGO® and Fischer Technik compatibility, multi‑language programming with MakeCode, Python, and JavaScript, diverse sensors (LEDs, potentiometers, soil moisture, ultrasonics, collision, line‑tracking), and over 40 thematic educational projects.

Perfect for STEAM-oriented education and workshops, this kit promotes creativity, logic, critical thinking, and problem-solving. Micro:bit (not included) expands interactive project options.

In short, the Inventor Nezha V2 Kit is a complete, modular educational tool combining physical assembly and digital programming for an immersive learning journey.

TPBot Kit for micro:bit

Image 5: Source: Elecfreaks

The TPBot Kit for micro:bit is a fun, accessible platform to introduce students to robotics and programming. It builds an intelligent vehicle capable of following lines or avoiding obstacles—perfect for teaching robotics basics to beginners. Add a micro:bit (not included) to turn TPBot into a fully programmable robotic vehicle you can code yourself.

LEGO®-compatible design expands customization options. It's ideal for school settings and robotics workshops, offering a rich learning experience combining physical construction and digital coding.

In summary, the TPBot Kit is a complete educational solution for exploring robotics and programming in a practical and engaging way, fostering STEAM skills.

micro:bit Space Science Kit

Image 6: Source: Elecfreaks

The micro:bit Space Science Kit from ELECFREAKS is designed for primary and secondary students. It explores STEAM through practical projects inspired by lunar exploration. Users can build and program interactive models simulating space missions, enhancing active learning and creativity.

Featuring over 400 pieces—blocks, sensors, modules, a Nezha V2 expansion board, and PlanetX smart motors—students can create autonomous vehicles, environmental monitoring systems, and interactive devices, all controlled by micro:bit (not included). Programming is done via Microsoft MakeCode.

A standout element is the lunar mission simulation feature, including a map that replicates NASA’s lunar landing planning process. Students gain insights into engineering and programming challenges in a realistic context.

LEGO®-compatible construction enables personalized designs. This kit offers a rich blend of physical building, programming, and space-themed experimentation—a holistic learning experience.

In summary, the micro:bit Space Science Kit is a complete educational solution enabling students to explore robotics, coding, and space concepts in an immersive, practical manner—developing key STEAM competencies.