Learn about this LUMA Ultra AR/XR Glasses by making this tutorial(open new window)

1. Lightweight XR glasses with a virtual immersive display
2. AR/XR technology, spatial computing, and immersive media
3. To create portable immersive experiences for work, gaming, and entertainment

Learn about Reachy Mini by making this tutorial(open new window)

1. A small programmable social robot with AI interaction
2. Robotics, AI, coding, and human-robot interaction
3. To explore accessible social robotics and creative AI applications

Learn about the Tale Bot by making this tutorial(open new window)

1. A screen-free storytelling and coding robot for children
2. Sequencing, logic, storytelling, and basic programming
3. To introduce young learners to coding through play

Learn about Dash Bot by making this tutorial(open new window)

1. An interactive robot controlled through coding apps
2. Programming, problem-solving, and robotics basics
3. To make STEM learning fun and hands-on

Learn about the Leaphy Starling by making this tutorial(open new window)

1. A DIY educational robot kit for coding and electronics
2. Programming, sensors, and engineering skills
3. To teach technology through building and experimentation

Learn about Ropet Social AI friend by making this tutorial(open new window)

1. An AI-powered emotional support companion robot
2. AI interaction, emotions in technology, and companionship design
3. To explore social connection between humans and AI

Learn about the Moonbird breathing coach by reading this manual this tutorial(open new window)

1. A handheld breathing coach for relaxation exercises
2. Breathing techniques, mindfulness, and stress reduction
3. To improve calmness, focus, and wellbeing

Learn about the Muse 2 EEG by this tutorial(open new window)

1. A wearable EEG headband that measures brain activity
2. Meditation, neurofeedback, and focus training
3. To increase self-awareness and mental wellbeing

Learn about the LEGO Spike Prime kit by making this tutorial(open new window)

1. A programmable LEGO robotics and engineering kit
2. Coding, robotics, mechanics, and teamwork
3. To teach STEM through creative building projects

Learn about UGOT Robots by making this tutorial(open new window)

1. A robotics kit with multiple programmable robot designs, including computervision
2. Robotics, coding, and electronics
3. To encourage hands-on technical creativity

Learn about Teslacoil by watching this video-tutorial(open new window)

1. A Tesla coil synchronized to play music with electrical arcs
2. Electricity, sound waves, and high-voltage technology
3. To demonstrate science in a visually exciting way

Learn about Pulsetto by reading this article about the science behind this device(open new window)

1. A wearable device using vagus nerve stimulation for relaxation
2. Stress management, biohacking, and nervous system regulation
3. To improve relaxation and mental resilience

Learn about WiPhone by making this tutorial(open new window)

1. A hackable open-source modular phone
2. Electronics, communication technology, and hardware hacking
3. To experiment with customizable mobile technology

Learn about this hackers-tool Flipper Zero by making this tutorial(open new window)

1. A portable cybersecurity and hardware hacking tool
2. RFID, NFC, wireless communication, and security concepts
3. To explore and test digital systems responsibly

Learn about AlphaMini by this information(open new window)

1. A humanoid robot with movement, speech, and AI features
2. Robotics, AI interaction, and programming
3. To make robotics engaging and interactive

Learn about shooting 360 images and video by making this tutorial(open new window)

1. A 360° camera for immersive photo and video capture
2. VR media creation, panoramic imaging, and storytelling
3. To create immersive visual experiences

Learn about Cyberpi by making this tutorial(open new window)

1. A programmable AI and IoT learning controller
2. AI, sensors, networking, and coding
3. To teach smart technology and connected devices

Learn about VR-glasses by doing this ;)

1. Virtual reality headsets for immersive digital experiences
2. VR design, interactive media, and simulation
3. To explore immersive learning and virtual environments

Learn about OzoBot by making this tutorial(open new window)

1. A tiny robot that follows color-coded commands
2. Coding logic, sequencing, and robotics basics
3. To introduce coding in an easy visual way

Learn about the WOW-cube by watching this video(open new window)

Or visit the Playstore(open new window) to search for games for this cube.

1. A Rubik’s Cube-style gaming and programming device
2. Spatial thinking, gaming technology, and coding
3. To combine puzzles with interactive digital learning

Learn about the Social Robot Vertelknuffel SAMBuddy by reading this blog(open new window)

1. A social storytelling companion focused on emotional connection
2. Communication, emotional expression, and inclusive technology
3. To support wellbeing, inclusion, and social interaction

Learn about the 3D Led Holofan by watching this video(open new window)

1. A rotating LED display creating floating 3D visuals
2. Visual technology, holographic effects, and digital media
3. To create eye-catching interactive presentations

Learn about 3D-printing with a Ultimaker by making this tutorial(open new window) (PDF)

1. A 3D printer for creating physical objects from digital designs
2. Design, prototyping, engineering, and manufacturing
3. To turn digital ideas into real-world objects

Learn about Programming 1000+ robots with one modular system.(open new window)

1. A modular robot that can be rebuilt into different forms
2. Robotics, AI, coding, and engineering design
3. To encourage creativity through modular robotics

Learn about Programming DJI Tello Drones by making this tutorial(open new window)

1. A programmable mini drone for flight and coding experiments
2. Drone control, coding, and aerodynamics
3. To learn robotics and flight technology interactively

Learn about LEGO Mindstorms EV3 by making this tutorial(open new window)

1. A programmable LEGO robotics platform
2. Robotics, coding, engineering, and automation
3. To build and program intelligent machines

Learn about MakeyMakey by making this tutorial(open new window)

1. A kit that turns everyday objects into touch controllers
2. Circuits, creativity, and interactive design
3. To make electronics playful and accessible

Learn about Makeblock and MBot by making this tutorial(open new window) (select mBot in Devices first)

1. A beginner-friendly robot for coding and electronics
2. Robotics, sensors, and programming basics
3. To introduce STEM learning through robotics

Learn about RaspberryPi by making this tutorial(open new window)

1. A compact computer for programming and electronics projects
2. Coding, Linux, IoT, and hardware integration
3. To make computing and innovation accessible

Learn about AR MergeCube by making this tutorial(open new window)

1. A cube used for augmented reality educational experiences
2. AR technology, 3D visualization, and interactive learning
3. To make digital learning more immersive

Learn about Scratch by making this tutorial(open new window)

1. A free opensource visual drag-and-drop programming platform
2. Coding logic, animation, and computational thinking
3. To teach programming in an easy creative way

Learn about BYOR by making this tutorial(open new window) (PDF)

1. A hands-on approach to designing and building robots with cardboard and craftmaterials
2. Engineering, coding, and creative problem-solving
3. To encourage maker skills and innovation in crafts and technology

Learn about Littlebits by making this tutorial(open new window)

1. Modular electronic blocks that snap together without wiring
2. Electronics, invention, and prototyping
3. To simplify learning about circuits and invention

Learn about Micro:bit by making this tutorial(open new window)

1. A programmable mini-computer for educational projects
2. Coding, sensors, electronics, and IoT basics
3. To inspire creativity with technology

Learn about Arduino and Board by making this tutorial(open new window)

1. A free, open-source electronics and prototyping platform, to program microprocessors
2. Programming, electronics, and embedded systems
3. To build interactive hardware projects

Learn about the A-stable Multivibrator (FlipFlop) by making this tutorial(open new window)

1. An electronic circuit that continuously switches states
2. Oscillators, timing circuits, and electronics fundamentals
3. To understand the basics of digital electronics and signal generation