Selected kits aligned with the Viedma STEAM curriculum, for schools, labs and parents.
A basic starter set for learning robotics with 300 mechanical shapes. The controller allows both remote operation and programming, and the main controller drives two motors, with a smart programming module that supports line tracking and color recognition. Suitable for schools and centers.
684 pieces including gears, worms, racks, joints, pulleys, cams and chains to build hundreds of mechanical machines. Comes with 18 model guides covering different structural principles and a 9V motor.
731 technical pieces: connecting cables, gears, racks, wheels, axles, clutches and cardan shafts to build mechanical structures and transmit motion with gears, and learn ways to solve real-life problems.
Safe, eco-friendly sensors for learning circuit basics and logical programming, and exploring sound, light, electricity and force. Includes a lithium battery and 20+ sensors, including infrared, buzzer, color and light.
Students program the robot with programming cards and no computer, breaking down each step and making coding symbols and logic tangible. Supports a mobile app (iOS/Android). 853 pieces including the main controller, the programmer, a servo motor with an angle sensor, colored lights, and distance, color, touch, infrared and sound sensors.
A hands-on robot for ages 9 to 16 to learn coding basics. Includes the controller, large and medium servo motors, and ultrasonic, color, touch, gyroscope, temperature, infrared and sound sensors, with a remote, a lithium battery and the programming software.
Easy graphical programming software, and a controller with a Cortex-M7 processor and a 7×9 color LED screen where every dot is programmable. 8 input/output ports, a built-in gyroscope, accelerometer and magnetometer, with live display and control and support for up to 40 languages.
A visual coding learning tool for ages 6+, with programming cards and smart control models that turn complex commands into tangible things. Supports remote control and card programming, suitable for families, schools and competitions.
Designed for kindergarten children aged 3–4. Building is based on changing the direction of straight and curved tubes, with small balls and decorations like smiley faces and flags. Comes with 32 class lessons.
Designed for children aged 4–5 with an engineering theme. Pieces are fixed with a screwdriver and threaded perforated blocks, developing observation, safety, wrist strength, finger dexterity, language and self-confidence. Comes with 32 lessons.
Designed for children aged 5–6 at kindergarten or home. Gears, pulleys, turbines, handles and perforated blocks, with wheels, eyes and blades for fun. Comes with 32 lessons.
54 types of basic pieces to build tables, chairs, bridges and houses, with doors, windows, fences, trees and flowers. Used with the Creative Enlightenment, Engineering Creation and Mechanical Exploration kits.
Designed for children aged 4–6 with an engineering and structural design theme. 142 pieces to build more than 30 types of structures, from understanding structures to full application.
For children aged 4–6, based on mechanical learning and using energy. Includes motors, a remote and building blocks; the remote supports 30 channels and the motor has 5 speed levels, meeting certified safety standards.
For kindergarten children aged 5–6. Gears, turbines, pulleys, T, I and triangular connectors with threaded holes and screwdrivers, plus a motor module to build varied engineering and mechanical structures combining handwork and thinking.
A fun kit that motivates children to learn STEAM and develops early coding skills. Block modules with infrared, light, power and other sensors that develop thinking and inquiry.
For children aged 4–6, with a motor, a child-sized remote and a multidirectional power adapter to build bigger, more fun and more powerful block models.
A four-wheel-drive robot with mecanum wheels and a robotic arm, controlled with a brain headband and recognizing objects with computer vision. Controller: ESP32 / STM32. Programming: Keil (C) and Arduino IDE (C/C++).
A comprehensive kit combining the 16 RoboBuilder car models: tracked, mecanum, rubber-wheel and Ackermann, with a camera, solar power and a robotic arm. Controller: ESP32. Programming: Arduino IDE (C/C++).
A mecanum-wheel robot that moves in every direction, controlled wirelessly over WiFi. Controller: ESP32. Programming: Arduino IDE (C/C++).
A robot with an ESP32 camera module for live streaming, compatible with Arduino UNO and supporting Android and iOS apps. Controller: ESP32. Programming: Arduino IDE (C/C++).
A robot with an ESP32 camera and UNO board for live streaming and control from Android and iOS apps. Controller: ESP32 and UNO. Programming: Arduino IDE (C/C++).
A robot with an ESP32 camera and a solar charging panel, compatible with Arduino UNO and supporting the mobile app. Controller: ESP32 and UNO. Programming: Arduino IDE (C/C++).
A smart robot with an STM32 controller and ESP32-CAM camera, compatible with Arduino UNO and supporting the mobile app. Controller: ESP32 and STM32. Programming: Keil (C) and Arduino IDE (C/C++).
A four-wheel-drive robot with an ESP32 camera for live streaming and control over WiFi. Controller: ESP32. Programming: Arduino IDE (C/C++).
A four-wheel-drive robot with an ESP32 camera and a programmable Arduino UNO R3 board. Controller: ESP32 and UNO. Programming: Arduino IDE (C/C++).
A smart car with Ackermann steering like real cars, with an ESP32 controller and an UNO R4 Minima board. Controller: ESP32 and UNO R4. Programming: Arduino IDE (C/C++).
A mecanum-wheel robot with an AI camera that recognizes colors, shapes and faces. Controller: ESP32-S3 and UNO. Programming: Arduino IDE (C/C++).
A six-legged robot that walks like an insect, for learning motion, balance and servo motors. Controller: ESP32. Programming: Arduino IDE (C/C++).
A six-legged robot with a voice-control module that follows spoken commands. Controller: ESP32. Programming: Arduino IDE (C/C++).
A headband that measures focus level and turns it into control commands for robots and games. Controller: brain–computer interface (BCI).
A professional headband controlled by focus and by head movement via a gyroscope, with mental challenge games. Controller: brain–computer interface (BCI).
A two-wheel robot that avoids obstacles with ultrasonic sensing and follows a black line. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++).
A wirelessly controlled four-wheel-drive robot with a robotic arm and an UNO R3 board. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++).
A four-wheel-drive robot controlled from a phone via Bluetooth. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++).
A robot with an aluminum chassis and mecanum wheels, wireless and programmable. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++).
A wireless four-wheel-drive robot with an Arduino-compatible LGT8F328P processor. Controller: LGT8F328P. Programming: Arduino IDE (C/C++).
A robot with Bluetooth 5.0 and an LGT8F328P processor, controlled from a phone. Controller: LGT8F328P. Programming: Arduino IDE (C/C++).
A two-wheel robot that keeps its balance with a gyroscope, for learning control systems. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++).
A four-wheel-drive robot programmed with blocks in Mind+ or in C, with a control app. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++) and Mind+.
The third version of the wireless 4WD robot, programmed with blocks or C, with an app. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++) and Mind+.
A four-wheel-drive robot with an UNO R3 board, programmed with blocks or C. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++) and Mind+.
A beginner four-wheel-drive robot with an UNO R3 board. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++) and Mind+.
A four-wheel-drive robot with an UNO R3 board, suited to first coding projects. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++).
A robot with mecanum wheels and a clear acrylic chassis, wireless and programmable. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++) and Mind+.
A tracked robot like a tank, controlled via Bluetooth. Controller: Arduino UNO R3. Programming: Arduino IDE (C/C++).
A bunny-shaped robot with a micro:bit-style board and an Atmega328P processor. Controller: Atmega328P. Programming: Arduino IDE (C/C++).
A four-legged spider robot controlled via WiFi, battery included. Controller: ESP8266. Programming: Arduino IDE (C/C++).
A two-wheel robot with an ESP8266 D1 board, controlled via WiFi. Controller: ESP8266. Programming: Arduino IDE (C/C++) and Mind+.
A self-balancing car with an STM32 controller and an AI vision camera. Controller: STM32. Programming: Keil (C).
A four-axis robotic arm for grabbing and moving objects, with an STM32 controller. Controller: STM32. Programming: Keil (C).
A robotic car with ROS for learning autonomous navigation and advanced robotics. Controller: STM32. Programming: Keil (C) and Arduino IDE (C/C++).
A two-legged humanoid robot that walks and performs moves, with an STM32 controller. Controller: STM32. Programming: Keil (C).
A robotic hand that mimics the human hand, open source and AI-ready. Controller: STM32. Programming: C, Arduino C++ and Python.
A smart bunny-shaped robot with mecanum wheels and a Raspberry Pi Pico board. Controller: Raspberry Pi Pico. Programming: Arduino IDE (C/C++).
A robotic car for the micro:bit board with a wireless joystick. Controller: micro:bit. Programming: Mind+.
A robotic car for the micro:bit board controlled from a mobile app. Controller: micro:bit. Programming: Mind+.
A wireless joystick for the micro:bit board; board not included. Controller: micro:bit.
A car that moves with your hand via a gesture sensor mounted on a glove. Controller: Arduino Nano. Programming: Arduino IDE (C/C++) and Mixly.
A two-wheel robot with an Arduino Nano board, the simplest start in robotics. Controller: Arduino Nano. Programming: Arduino IDE (C/C++) and Mind+.
A two-wheel robot with a wooden chassis that students assemble themselves, with a Nano board. Controller: Arduino Nano. Programming: Arduino IDE (C/C++).
A tracked tank robot with a built-in wireless RF-NANO board. Controller: Arduino Nano. Programming: Arduino IDE (C/C++).
A panda robot that dances and moves to music, programmed with Arduino. Controller: Arduino Nano. Programming: Arduino IDE (C/C++).
A robot car chassis with motors and wheels to build your own robot. Controller: chassis only.
A starter kit for learning IoT with an ESP32 board and WiFi, plus sensors and components. Controller: ESP32. Programming: Arduino IDE (C/C++).
A comprehensive kit with an ESP32-WROVER board and dozens of components and sensors. Controller: ESP32. Programming: Arduino IDE (C/C++).
A starter kit with an ESP32 PLUS board for IoT projects. Controller: ESP32. Programming: Arduino IDE (C/C++).
An advanced kit with an ESP32 PLUS board and extra sensors for bigger projects. Controller: ESP32. Programming: Arduino IDE (C/C++).
A complete kit with an ESP32 PLUS board and an OLED display to show data. Controller: ESP32. Programming: Arduino IDE (C/C++).
A kit to build a smart voice assistant that talks with the user using AI. Controller: ESP32-S3.
Programmable building blocks for making moving models, with 30 progressive lessons. Controller: ESP32. Programming: Arduino IDE (C/C++) and Mixly.
The expanded version of the transformable coding blocks with 50 lessons from simple to complex. Controller: ESP32. Programming: Mixly.
A smart wooden house model whose devices are controlled by voice commands and IoT. Controller: ESP32-S3. Programming: Arduino IDE (C/C++).
A smart farm model with automatic irrigation and humidity and temperature monitoring. Controller: ESP32-S3. Programming: Arduino IDE (C/C++).
Six smart-home room models: lighting, security, ventilation and more. Controller: ESP32 and UNO. Programming: Arduino IDE (C/C++) and Mind+.
Big building blocks compatible with micro:bit for building programmable models. Controller: micro:bit. Programming: MakeCode and MicroPython.
A basic kit with an UNO R3 board and electronic components for first Arduino experiments. Controller: UNO R3. Programming: Arduino IDE (C/C++).
A kit to build an automatic irrigation system with a soil moisture sensor and a water pump. Controller: UNO R3. Programming: Arduino IDE (C/C++).
A small kit with an UNO R3 board and basic components. Controller: UNO R3. Programming: Arduino IDE (C/C++).
A comprehensive kit with an UNO board, an RFID card reader and dozens of components. Controller: UNO R3. Programming: Arduino IDE (C/C++).
A starter kit with an UNO R3 board and an RFID reader. Controller: UNO R3. Programming: Arduino IDE (C/C++).
An UNO R3 kit with ready-made modules and sensors. Controller: UNO R3. Programming: Arduino IDE (C/C++).
The expanded UNO R3 kit with more modules and sensors. Controller: UNO R3. Programming: Arduino IDE (C/C++).
An excellent starter kit with an UNO R3 board and varied components. Controller: UNO R3. Programming: Arduino IDE (C/C++).
A solar panel model that automatically follows the sun's direction using light sensors. Controller: UNO R3. Programming: Arduino IDE (C/C++).
A radar model that scans the area with ultrasonic waves and displays obstacles. Controller: UNO R3. Programming: Arduino IDE (C/C++).
A machine that sorts balls by color using a color sensor, like production lines. Controller: UNO R3. Programming: Arduino IDE (C/C++).
An educational kit with the modern UNO R4 WiFi board and varied components. Controller: UNO R4. Programming: Arduino IDE (C/C++).
Four smart traffic models: traffic light, parking, street lighting and a barrier. Controller: UNO. Programming: Arduino IDE (C/C++) and Mixly.
A basic kit with an ESP8266 D1 board for learning WiFi and IoT. Controller: ESP8266 D1. Programming: Arduino IDE (C/C++).
A wireless communication kit with ESP8266, NRF24L01 and a Nano board. Controller: ESP8266 and Nano. Programming: Arduino IDE (C/C++).
An advanced IoT kit combining ESP32-S3 PLUS and UNO R4 Minima. Controller: ESP32-S3 and UNO R4. Programming: Arduino IDE (C/C++).
Electronic components and sensors for Raspberry Pi projects (board not included). Controller: Raspberry Pi.
A starter kit for micro:bit projects with components and sensors. Controller: micro:bit. Programming: MakeCode.
An expanded kit of electronic components for micro:bit projects. Controller: micro:bit.
A kit with an Arduino Mega 2560 board for big projects, with an RFID reader. Controller: Mega 2560. Programming: Arduino IDE (C/C++).
A small wooden house with smart devices: lighting, a door and an alarm, which students program themselves. Controller: Arduino Nano. Programming: Arduino IDE (C/C++) and Mind+.
A smart home with a Nano board controlled from Android and iOS apps. Controller: Arduino Nano. Programming: Arduino IDE (C/C++) and Mind+.
37 varied sensor modules: temperature, light, sound, motion and more. Controller: sensor modules.
45 sensor modules in an organized box for Arduino projects. Controller: sensor modules.
General electronic accessories: LEDs, buttons, resistors and a breadboard. Controller: accessories.
Push buttons with round caps in four colors, in a box. Controller: accessories.
500 5mm LEDs in five colors. Controller: accessories.
An ESP32 robot programmed with blocks and Python, with an assembly tutorial and the “Line Explorer” project. Watch the tutorial
Assembling a wooden fan powered by a small solar panel and a motor.
A plane model with a motor and two propellers for understanding motion and energy.
A build-it-yourself car powered by solar energy.
A micro:bit car with expansion packs and progressive projects.
An educational kit to build a smart home with sensors and coding.
An ESP32 car with 10 expansion packs for different projects.
Building an electromagnet and testing its strength.
The companion kit for the Viedma STEAM curriculum books, with construction pieces, motors and electrical parts.
A pegboard, batteries, switches, bulbs, a buzzer and wires to build real circuits safely.
Builds into 12 different shapes and runs on solar power.
A programmable robot with a distance sensor and line tracking.
A six-legged robot for learning mechanical motion and coding.
A tracked robot with a sensor head, programmable with blocks.
An arm with joints and servo motors on a tracked base.
A controller board with a screen and camera for image recognition and AI projects.
An ESP32 robot with rubber tracks for rough surfaces, with an ultrasonic sensor for obstacle avoidance and distance tracking.
An ESP32 robot with rubber tracks for rough surfaces, with a camera for live streaming and AI recognition.
An ESP32 robot with rubber tracks for rough surfaces, with a light-tracking solar panel that explains renewable energy.
An ESP32 robot with rubber tracks for rough surfaces, with a servo-driven robotic arm for grabbing and moving objects.
An ESP32 robot with mecanum wheels that move in every direction, even sideways, with a light-tracking solar panel that explains renewable energy.
An ESP32 robot with mecanum wheels that move in every direction, even sideways, with an ultrasonic sensor for obstacle avoidance and distance tracking.
An ESP32 robot with mecanum wheels that move in every direction, even sideways, with a camera for live streaming and AI recognition.
An ESP32 robot with mecanum wheels that move in every direction, even sideways, with a servo-driven robotic arm for grabbing and moving objects.
An ESP32 robot with four rubber wheels and differential drive, with a light-tracking solar panel that explains renewable energy.
An ESP32 robot with four rubber wheels and differential drive, with a servo-driven robotic arm for grabbing and moving objects.
An ESP32 robot with four rubber wheels and differential drive, with a camera for live streaming and AI recognition.
An ESP32 robot with four rubber wheels and differential drive, with an ultrasonic sensor for obstacle avoidance and distance tracking.
An ESP32 robot with Ackermann steering like real cars, with an ultrasonic sensor for obstacle avoidance and distance tracking.
An ESP32 robot with Ackermann steering like real cars, with a light-tracking solar panel that explains renewable energy.
An ESP32 robot with Ackermann steering like real cars, with a camera for live streaming and AI recognition.
An ESP32 robot with Ackermann steering like real cars, with a servo-driven robotic arm for grabbing and moving objects.
10 sub-kits combine to build 16 programmable robotic cars. To upgrade, students buy only the add-on kit, without rebuying the base.
Selected educational toys that encourage children to innovate and make it easy for them to build robots and devices.
The beating heart of the toy: after the child builds their model, they add the motor and what they built by hand starts moving, giving them a sense of achievement and of being able to bring their toy to life.
Small blocks the child adds to their toy after building it, making it perform different tasks.
Accessories compatible with basic robot building blocks, and key materials in robot motor circuits. They offer several power options and are precise and easy to fit.
With the same pieces, children build more than one model, each with its own movements and functions, learning how to create new ideas from the same pieces.
Educational solutions with ESP32 and micro:bit boards for making a smart house: students learn to connect sensors and electronic circuits, then give the house voice commands to perform tasks.
Vehicles and robots built from specific pieces to a standard design based on the toy's idea, which the child tests after assembling the complete model.
Easy-to-build models that children play with and keep as lasting toys, while learning how hydraulic arms move.
Simple wooden toys that children assemble easily: solar cars, planes, windmills, cranes and dinosaurs, powered by small motors and batteries.
Follow the steps in order; at the end you'll find the model's program (coding blocks).
A complete box that turns the science lesson into a hands-on experience: students build electrical circuits, run the motor and bell, and discover magnets, electromagnets and generating electricity. Aligned with the electricity and magnetism topics in elementary science curricula.
And other experiments: the hand generator, the compass, the magnetic car, magnetic levitation, static electricity with a balloon, the metal-plate battery, and conductors and insulators.
Electric motor · hand-crank generator · electric bell · buzzer · hidden circuit box · electromagnet · two bulb holders · two knife switches · two battery holders · multi-base · compass · magnetic needle · magnetic car · U-shaped magnet · large and small bar magnets · two ring magnets · magnetic levitation stand · 6 wires and 2 clip wires · 4 copper and 4 zinc plates · 4 2.5V bulbs · two LEDs · fan · two balloons · paper clips · screwdriver · experiment guide · storage box
The standard edition does not include: the electric bell, the buzzer, the hidden circuit box and the electromagnet.
A hands-on course in which students learn the basics of structural engineering and simple machines by building real models: stable shapes, strong walls, levers, pulleys, wheels, gears and racks, then run their models with a motor and battery. Each activity has science goals, building tasks, an experiment, recording results and an extension question.
By the end of the course, students build complete machines such as a tower crane, an elevator and a fan, and explain how they work.
A fun course for young children in which they build, with big, safe blocks, the construction machines, vehicles and animals around them: an excavator, a bulldozer, a crane, a helicopter, a sailboat, a dog, a bird and a dragonfly. Children learn to use a screwdriver, arms and rotating parts, and get to know each machine's function and safety rules.
