Elecfreaks Nezha AI Mechanical Power Kit combines micro programming, AI interaction, and mechanical construction to help students build intelligent robotic and automation projects. With encoded motors, offline voice recognition, gesture sensors, and versatile mechanical components, the kit enables users to create systems that can sense, respond, and move.

Key Features:

• AI-Powered Robotics — Build smart systems that respond to voice and gestures.
• Encoded Motors — Enable precise motor control for mechanical projects.
• Offline Voice Recognition — Create voice-controlled applications without relying on an internet connection.
• Gesture Sensing — Add intuitive motion-based interaction to robotic projects.
• micro Compatible — Combine coding with electronics and mechanical construction.
• Hands-On Automation — Design, build, program, test, and improve intelligent machines.
• STEM Learning — Develop skills in robotics, AI, coding, engineering, and problem-solving.

Elecfreaks Nezha Inventor Kit is a versatile micro:bit-based robotics kit with 400+ building blocks, sensors, motors, and a multi-port expansion board for hands-on robotics, automation, and engineering projects.

Key Features:

• 400+ Building Blocks — Build a wide variety of robotic models and prototypes.
• micro:bit Compatible — Create programmable projects using micro:bit.
• Multi-Port Expansion — Easily connect multiple sensors and motors.
• Interactive Sensors & Motors — Add movement, sensing, and automation to projects.
• Hands-On Engineering — Learn through designing, building, testing, and iteration.
• Versatile Learning Platform — Suitable for robotics, coding, STEM, and engineering activities.

toio™ Do

Bring coding to life with visual, Scratch-style programming.

toio™ Do lets children create programs using intuitive drag-and-drop blocks on a laptop, then see their commands come to life as toio™ cubes move across printed mats and activity sheets.

Designed for hands-on coding and robotics, children can build sequences, loops, and conditions, then test their programs through missions, obstacle courses, and collaborative challenges.

Key Features:

• Visual Programming — Create programs with easy drag-and-drop blocks.
• Real Robot Interaction — See code translated into real cube movements.
• Coding Concepts — Explore sequences, repetition, and conditions.
• Hands-On Challenges — Complete missions and obstacle-based activities.
• Collaborative Learning — Work in pairs with multiple cubes.
• Problem-Solving & Creativity — Design, test, and improve your own programs.

Bring robot control to life with physical cards — no PC or screen required.

toio™ Cards let children control compatible toio™ robots by simply placing and arranging cards. Each card can trigger specific movements or sounds, allowing children to build commands, create sequences, and watch their robot respond instantly.

Designed for young learners, toio™ Cards offer a simple, hands-on way to explore robotics, sequencing, logic, and problem-solving through play. No reading, typing, or coding is required — just place a card and let the robot move.

Key Features:

• Physical Robot Control — Use cards to create commands and actions.
• No PC Required — Enjoy screen-free robotics play.
• Movement & Sound — Trigger different robot actions with cards.
• Build Sequences — Arrange cards to create step-by-step commands.
• Learn Through Play — Develop logic, sequencing, creativity, and problem-solving skills.
• Made for Young Learners — Simple enough for children to explore independently.

Bring science standards to life with the LEGO® Education Science Kit (Grades 6-8). Intentionally developed with input from more than 200 educators and tested across 100+ classrooms, this hands-on learning solution guides early elementary students through foundational scientific inquiry.

Each kit contains everything needed for a group of up to four students to investigate core science questions, construct physical working models, and test mechanical solutions within a standard 45-minute class period.

What’s Included in the Box

• 278 LEGO® Elements: Colorful bricks, gears, and specialty elements built for repeated classroom use.

• 1 Rechargeable Double Motor: Adds powered movement and mechanical motion to student builds.

• 1 USB Charging Cable: For convenient motor recharging between class periods.

• 3 Full-Color Building Instruction Booklets: Visual, step-by-step assembly guides designed for non-readers and early readers.

• Sturdy Storage Bin: Durable, stackable storage box (16.8″ × 4.1″ × 12.1″) with organized sorting compartments for fast cleanup and inventory tracking.

Bring science standards to life with the LEGO® Education Science Kit (Grades 3-5). Intentionally developed with input from more than 200 educators and tested across 100+ classrooms, this hands-on learning solution guides early elementary students through foundational scientific inquiry.

Each kit contains everything needed for a group of up to four students to investigate core science questions, construct physical working models, and test mechanical solutions within a standard 45-minute class period.

What’s Included in the Box

• 278 LEGO® Elements: Colorful bricks, gears, and specialty elements built for repeated classroom use.

• 1 Rechargeable Double Motor: Adds powered movement and mechanical motion to student builds.

• 1 USB Charging Cable: For convenient motor recharging between class periods.

• 3 Full-Color Building Instruction Booklets: Visual, step-by-step assembly guides designed for non-readers and early readers.

• Sturdy Storage Bin: Durable, stackable storage box (16.8″ × 4.1″ × 12.1″) with organized sorting compartments for fast cleanup and inventory tracking.

Bring science standards to life with the LEGO® Education Science Kit (Grades K–2). Intentionally developed with input from more than 200 educators and tested across 100+ classrooms, this hands-on learning solution guides early elementary students through foundational scientific inquiry.

Each kit contains everything needed for a group of up to four students to investigate core science questions, construct physical working models, and test mechanical solutions within a standard 45-minute class period.

What’s Included in the Box

• 278 LEGO® Elements: Colorful bricks, gears, and specialty elements built for repeated classroom use.

• 1 Rechargeable Double Motor: Adds powered movement and mechanical motion to student builds.

• 1 USB Charging Cable: For convenient motor recharging between class periods.

• 3 Full-Color Building Instruction Booklets: Visual, step-by-step assembly guides designed for non-readers and early readers.

• Sturdy Storage Bin: Durable, stackable storage box (16.8″ × 4.1″ × 12.1″) with organized sorting compartments for fast cleanup and inventory tracking.

Empower future innovators with hands-on Computer Science & AI learning for Grades 6-8.

The LEGO® Education Computer Science & AI solution combines familiar LEGO® bricks, programmable hardware, and an intuitive coding environment to make abstract tech concepts tangible and engaging.

• Grade-Banded Progression: Tailored kits and pathways for Grades 6–8.

• Zero-Barrier Coding Canvas: Icon- and word-block coding via browser or iOS app—no student accounts or logins required.

• Python & Advanced AI: Seamless progression to text-based coding using Python with any local IDE (e.g., VS Code).

• Turnkey Curriculum: 45-minute, standards-aligned lessons with complete teacher facilitation guides and presentation slides.

Empower future innovators with hands-on Computer Science & AI learning for Grades 3-5.

The LEGO® Education Computer Science & AI solution combines familiar LEGO® bricks, programmable hardware, and an intuitive coding environment to make abstract tech concepts tangible and engaging.

• Grade-Banded Progression: Tailored kits and pathways for Grades 3–5.

• Zero-Barrier Coding Canvas: Icon- and word-block coding via browser or iOS app—no student accounts or logins required.

• Python & Advanced AI: Seamless progression to text-based coding using Python with any local IDE (e.g., VS Code).

• Turnkey Curriculum: 45-minute, standards-aligned lessons with complete teacher facilitation guides and presentation slides.

Empower future innovators with hands-on Computer Science & AI learning for Grades K–2.

The LEGO® Education Computer Science & AI solution combines familiar LEGO® bricks, programmable hardware, and an intuitive coding environment to make abstract tech concepts tangible and engaging.

• Grade-Banded Progression: Tailored kits and pathways for Grades K–2.

• Zero-Barrier Coding Canvas: Icon- and word-block coding via browser or iOS app—no student accounts or logins required.

• Python & Advanced AI: Seamless progression to text-based coding using Python with any local IDE (e.g., VS Code).

• Turnkey Curriculum: 45-minute, standards-aligned lessons with complete teacher facilitation guides and presentation slides.

LEGO Education WeDo 2.0 Tilt Sensor (45305)

Real-World Role-Play

Working in groups of 2-10, children use the colorful collection of 480 LEGO® DUPLO® bricks, figures, wheel bases, windows, doors and a building plate to build their home, a restaurant, bus stop, hospital and a fire station. They’ll also discover an airplane, car and even a submarine, and will use their imagination to build fantasy animals and make up fun stories of their own.

My XL World also combines with the 45029 Animals and 45030 People accessory sets in the Early Learning system for even more playful learning fun for children.

Full Teacher Support

My XL World includes everything that teachers need to deliver inspiring lessons, including a Getting Started card with 5 activity ideas and 10 double-sided building cards.

We even offer a full-day professional development course (additional purchase required) to give teachers the best-possible start.

A Holistic Approach to Learning

LEGO Education Early Learning lays the foundation for children’s learning and passion for lifelong development by stimulating their natural curiosity to explore together and learn through play. My XL World combines with other products in the Early Learning system to develop social, emotional and language skills, as well as free play and early science skills.