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Airblock

Airblock

Airblock

A transformable, flying robot, made especially for children.

 

Official website:

https://www.makeblock.com/steam-kits/airblock

 

Other online channels:

General decription:

Via the MakeBlock coding app, children can control their robot with instructions they program themselves. They will be learning to program and create at the same time, through play.

Yes, makex robotics competitions http://www.makex.io/en

$99 per item

Airblock is made up of 1 core master module, and 6 power modules. Connect them magnetically to quickly build an aircraft, a hovercraft or a variety of other DIY configurations. All Airblock modules have an innovative magnetic design. Assemble with a single touch and you’re ready to fly.

Materials in Polish:

 

Materials in Estonian:

Info for teachers:

Guiding creativity

There are numerous examples of construction and play on the Makeblock App. They are all specially designed to guide children as they begin the creative process, practice different skills, master them, and start creating independently.

Programming Guide

Detailed software instructions allow children to easily get to grips with programming and exercise their logical thinking. Using the systematic methods they can attempt to solve everyday problems with programming.

Whilst they play, children can learn block-based programming, the principles of aerodynamics, exercise logic and use their critical thinking skills.

Scratch based block programming.

Not specified

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Arduino

Arduino

Arduino

Arduino is an open-source electronics platform based on easy-to-use hardware and software.

 

Official website:

https://www.arduino.cc

 

Other online channels:

General decription:

Not specified

Many various options available at https://store.arduino.cc

Arduino is an open-source electronics platform based on easy-to-use hardware and software. Arduino boards are able to read inputs – light on a sensor, a finger on a button, or a Twitter message – and turn it into an output – activating a motor, turning on an LED, publishing something online. You can tell your board what to do by sending a set of instructions to the microcontroller on the board.

 

Materials in Polish:


Materials in Estonian:


Materials in Italian:

Info for teachers:

Arduino is intended for anyone making interactive projects, irrespective of age or school level.

A worldwide community of makers – students, hobbyists, artists, programmers, and professionals – has gathered around this open-source platform, their contributions have added up to an incredible amount of accessible knowledge that can be of great help to novices and experts alike: http://forum.arduino.cc/

There’s also a whole Arduino Education portal with a wealth of resources for users: https://www.arduino.cc/en/Main/Education

All STEM related subjects

Arduino programming language

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Bell Robot Kit

Bell Robot Kit

Bell Robot Kit

Bell is an educational robot kit equipped with a full range of unique and comprehensive concepts aimed at developing and nurturing an interest in robotics, computer science and engineering.

 

Official website:

https://adamarobotics.com/products/bell

 

Other online channels:

General decription:

Bell can be controlled remotely using the mobile app available both on the Android and Apple store. Bell’s mobile app has gravity mode, draw line mode and rocker mode.

You can Download the Bell Controller APP from here:

https://play.google.com/store/apps/details?id=com.robotics.bell&hl=en_IE

Not specified

£59.99 per item

Simplified and quick assembly program because of the various integrated components, which saves you time.

The whole assembly process of Bell is super quick and it takes approximately 10 minutes.

Info for teachers:

Primary school, Age 10+

You can download the Manuals from here: 

https://drive.google.com/file/d/13PPUr3MDauVTOXNj-iGaG5ESQQYZj07n/view?usp=sharing

In addition there is a series of video tutorials on:

  • What’s inside the box of Bell Robot Kit?
  • How to assemble the robot
  • How to control it with mobile app
  • LED Dot Matrix with Bell Robot
  • Buzzer Lesson
  • RGB Lights Lesson
  • IR Remote Control
  • Tracking Lesson
  • Measure the distance with Bell Robot

Bell teaches the user foundations and principles of robotics, computer science and engineering through its active involvement in learning approach.

Helps in teaching STEAM subjects:  Science, Technology, Engineering, Arts & Mathematics.

AdamaScript is a visual programming language based on Scratch 2.0 (Windows only), which makes programming more user friendly and teaches you computational thinking.

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Bioloid

Bioloid

Bioloid

All-round robot kit for education/robot competitions/entertainment.

The Bioloid is an educational robot kit which helps you learn the basics of structures and principles of robot joints.

 

Official website:

http://www.robotis.us/bioloid-1/

 

Other online channels:

General decription:

$1.199,00  per Bioloid Premium KIT

The Bioloid is an educational robot kit which helps you learn the basics of structures and principles of robot joints. And you can expand its application to the engineering, inverse kinematics, and kinetics.

It is also for hobbyists who enjoy building customized robots and is the most frequently used robot kit for various robot competitions.

A review in Swedish from Finland

 

Not specified 

Not specified

Info for teachers:

  • Secondary school / Age 15+
  • Intermediate and advanced levels
  • Everything is included with the kit
  • With Bioloid you can create any types of robots inspired by all living creatures.
  • Bio+ All + Droid = BIOLOID

 

Robotics, Mechanics, Electronics, English language, Science, Mathematics

RoboPlus

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Cubelets

Cubelets

Cubelets

Designed for all ages cubelets robot blocks are great for nearly any age and all skill levels. Cubelets are used to teach different skills depending on a child’s developmental stage.

 

Official website:

https://www.modrobotics.com/cubelets/

 

Other online channels:

General decription:

Sets (Creative Constructors PLUS Pack, Inspired Inventors Pack):

  • $2,100 for 6 students
  • $3,900 for 12 students

Cubelets are the only toy that uses Tactile Coding to help builders of nearly any age explore robotics, coding, and more. Uniquely designed, they are little bundles of software inside little bundles of hardware. As you build a robot, you learn to build a program. It’s a fun and fascinating way to introduce big ideas through play.

Not specified

Not specified

Info for teachers:

Primary school, Age 6+

Available at: https://www.modrobotics.com/education/educator-resource-hub/#lessons-units

There are over 50 free standards-aligned lessons and mini-units supported by Cubelets robot blocks. Lessons available for Pre-K through 12th grade.

Science – Technology – Engineering – Mathematics + English language

By focusing on Computational Thinking, Cubelets builders learn the theories behind using data to solve problems before the semantics of programming. Cubelets in education have consistently been used to foster highly engaging lessons and activities. They’re a tech teaching tool proven to build collaboration and communication skills. They foster critical-thinking and problem-solving skills.

Cubelets Blockly

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Ergo Jr

Ergo Jr

Ergo Jr

Ergo Jr is a low cost arm designed for education, easy to build and modify.

 

Official website:

https://www.poppy-project.org/en/robots/poppy-ergo-jr

 

Other online channels:

General decription:

Starting from 50 EUR. Full set costs 319 EUR

It is a robotic arm, consisting of 6 motors allowing life-like movements and 3D printed elements. The use of rivets make the assembly, modification and reassembly easy. Ergo Jr comes with three tools for different interactions with its environment: a lampshade, a gripper and a pen holder. 

The robot is controlled with a Raspberry Pi board, and a camera helps it interact with the world. 

Everything in the robot is let transparent and accessible to promote an educative approach and an interactive technology.

The Poppy project is a community-centered robotic project. It targets the needs of a multidisciplinary community where researchers, teachers, artists, and robotic enthusiasts can share their work and ideas.

Not specified

 

Info for teachers:

Not specified exactly. Rather for older students, at age 14+

Dedicated platform for educational use of Poppy (in French) https://www.poppy-education.org/

Manual of the Poppy Project covers everything from the short overview of what is possible within the project to the details on how you can build a Poppy robot or reproduce one of the pedagogical activity https://docs.poppy-project.org/en/ 

It comes with a set of pedagogical activities, developed with high-school teachers, ranging from the discovery of the robot and how to control it to more complex and integrated project. These activities are accessible for free on the project’s forums.

An ideal medium to learn science, technology, engineering and mathematics (STEM).

Snap! – Python – C ++ – Java – Matlab – Ruby  – JavaScript

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Hexy the Hexapod

Hexy the Hexapod

Hexy the Hexapod

Open Source Low Cost Arduino DIY Robot Kit

 

Official website:

http://arcbotics.com/products/hexy/

 

Other online channels:

General decription:

Not specified

$250 per item

The kit includes:

  • Everything needed to build the robot, even the screwdriver
  • 7 bags of blue acrylic laser-cut pieces (1 extra set of legs)
  • 20 servos (18 for legs, 1 for eyes, 1 extra)
  • Ultrasonic distance sensor eyes
  • Full Arduino-based Servotor32 robot controller capable of controlling up to 32 Servos
  • All the screws and nuts you need to assemble the kit, with extras
  • Bluetooth module that plugs straight into the Servotor32 robot controller
  • USB cable
  • 2 battery holders and cables

Info for teachers:

Not specified

Hexapod robot kit gives you a platform to explore advanced robotics, kinematics, and programming.

Arduino Coding Environment.

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Marty

Marty

Marty

Marty is a walking robot with legs and feet — with 9 servo motors and a handful of built-in sensors.

 

Official website:

https://robotical.io

 

Other online channels:

General decription:

Robotical’s Marty App will help you to get the robot on your WiFi, calibrate its motors and remote control it.

£150 per item

Marty comes as a kit or pre-built, so you can either choose the fun of building a robot, or to just jump straight-in to playing and coding with your new walking robot companion.

Marty is Wi-Fi enabled and with nine individually controllable servo motors. You can use our app to remote control Marty, and add a bunch of sensors to react to the environment — Marty can walk, turn, dance, even kick a football.

Designed to be customisable robot with 3D printed parts, Marty is also completely upgradeable — you can even add a Raspberry Pi and a camera to Marty’s head.

Info for teachers:

Age 7+

Educational resources and lesson plans for students aged 7 – 14 available at https://martytherobot.com/users/education/resources/lesson-plans/

Marty is a platform for learning, designed to give kids a fun and hands-on experience with coding, robotics & engineering.

You can program Marty using Scratch, a beginner friendly coding language, and then advance on to Python, Javascript and even ROS.

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mBot

mBot

mBot

mBot is a STEAM education robot for beginners, that makes teaching and learning robot programming simple and fun.

 

Official website:

https://www.makeblock.com/steam-kits/mbot

 

Other online channels:

General decription:

With just a screwdriver, the step by step instructions, and a study schedule, children can build a robot from scratch and experience the joys of hands-on creation.

mBot has 4 expansion ports, and can connect to more than 100 kinds of electronic modules. Children can use a variety of add-on packs and more than 500 parts on the Maker’s Platform to build a variety of imaginative shapes. During construction, they will learn about the principles of electronics and mechanics and lay the foundations for understanding robots. mBot is also compatible with LEGO bricks meaning gameplay can continue to grow over time.

 

Materials in Polish:

 

Materials in Italian:

 

Materials in Estonian:

 

 

The Makeblock App is a piece of powerful operating software. It enables children to control their mBot at the touch of a button, or combine the preset control settings any way they choose. mBot is even simple enough for children who have not yet learnt to read.

Yes, makex robotics competitions http://www.makex.io/en

$69,99 –  $99,00

Info for teachers:

From primary school, Age 9+

On the official Makeblock Education site http://education.makeblock.com/ there are mBot case studies alongside examples of related teaching guides. Meanwhile mBot’s potential continues to grow as teachers from all over the world compile new teaching materials, which are now available in 10 languages including Chinese, English, French and German. Whether you’re a student, parent or educator, you are sure to find your ideal teaching resources on the Makeblock platform, so that you can learn and teach programming more easily.

Mbot lessons:

http://education.makeblock.com/resource/mbot-lessons-mblock/

Robotics, electronics, block-based programming, design, STEM, English language

Whilst they play, children learn about a variety of robotic machinery and electronic parts, get to grips with the fundamentals of block-based programming, and develop their logical thinking and design skills.

Block-based programming with Makeblock software.

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mBot Ranger

mBot Ranger

mBot Ranger

mBot Ranger is an advanced version of mBot, that comes with 3 preset forms, for three times the fun! From construction and operation through to programming, Ranger allows children to receive STEAM education in a simple and fun way. Ranger also gets children started on robot programming, advancing with them as they grow and develop their problem solving abilities.

 

Official website:

https://www.makeblock.com/steam-kits/mbot-ranger

 

Other online channels:

General decription:

With just a screwdriver, the step by step instructions, and a study schedule, children can build a robot from scratch and experience the joys of hands-on creation.

mBot has 4 expansion ports, and can connect to more than 100 kinds of electronic modules. Children can use a variety of add-on packs and more than 500 parts on the Maker’s Platform to build a variety of imaginative shapes. During construction, they will learn about the principles of electronics and mechanics and lay the foundations for understanding robots. mBot is also compatible with LEGO bricks meaning gameplay can continue to grow over time.

 

Materials in Polish:

 

Materials in Estonian:

 

 

The Makeblock App is a piece of powerful operating software. It enables children to control their mBot at the touch of a button, or combine the preset control settings any way they choose. mBot is even simple enough for children who have not yet learnt to read.

Yes, makex robotics competitions http://www.makex.io/en

€ 149,99 per item

Info for teachers:

From primary school, Age 8+

On the official Makeblock Education site http://education.makeblock.com/ there are mBot case studies alongside examples of related teaching guides. Meanwhile mBot’s potential continues to grow as teachers from all over the world compile new teaching materials, which are now available in 10 languages including Chinese, English, French and German. Whether you’re a student, parent or educator, you are sure to find your ideal teaching resources on the Makeblock platform, so that you can learn and teach programming more easily.

Mbot lessons:

http://education.makeblock.com/resource/mbot-lessons-mblock/

Robotics, electronics, block-based programming, design, STEM, English language

Whilst they play, children learn about a variety of robotic machinery and electronic parts, get to grips with the fundamentals of block-based programming, and develop their logical thinking and design skills.

Block-based programming with Makeblock software; Python

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Mini Bots

Mini Bots

Mini Bots

The Mini Bots have their own special approach to robots and make it easy for children to discover this special world. The clever robot models can follow lines and avoid hindrances. Five nimble action robots can be made from actuators and sensors, such as IR trail sensor and push buttons.

 

Official website:

https://www.fischertechnik.de/en/products/teaching/stem-robotics/533923-robotics-mini-bots

 

Other online channels:

General decription:

Approximately £100 in Amazon per item.

Not specified

Not specified

Key Learning Objectives:

  • From electronics to robotics!
  • Understand the focal points controlling and rules
  • Use the ROBOTICS module and its set programs to activate 5 agile driving robots
  • How actuators and sensors work 
  • Deepen and practice project and group work

Info for teachers:

Primary level, Secondary level, Study / vocational school

Fischertechnik learning materials support in teaching technical concepts of science, engineering and physics in a practical way and introducing them to your secondary school and college students or your apprentices.

The Mini Bots program is saved to the ROBOTICS module and can be easily chosen using the DIP switch.

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MotionBlock

MotionBlock

MotionBlock

Multi-form programmable robot kit.

 

Official website:

https://store.makeblock.com/products/motionblock

 

Other online channels:

General decription:

Makeblock – a standard app for controlling and programming Makeblock robots.

Not specified

$449 per item

MotionBlock’s mechanical and electronic components are designed to perform a wide range of functions. As the modules are simple to combine and easy to work with, you can build one of the ten cool preset forms, or even reimagine your robot. 

Materials in Polish:

 

Info for teachers:

Age 14+

Educational Resources for Makeblock Products available at http://education.makeblock.com

Supporting STEAM education

From Scratch to Python

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MU Spacebot

MU Spacebot

MU SpaceBot

MU SpaceBot is an AI enabled wooden robot building kit.

 

Official website:

http://store.morpx.com/detail.php?id=142

 

Other online channels:

General decription:

MUBot APP, includes MU SpaceBot’s curriculums and projects.

$70 per item

Using 54 parts, children will get a fulfilling experience of creating a cute and smart robot of their own, getting familiar with the Maker and DIY culture.Once complete, MU SpaceBot can talk ,follow and even play hide and seek with you using advanced vision AI technology. Children can also design their own Spacebot voice by the recording from the MUBot APP.

Info for teachers:

Age 8+

Not available

Starting from some basic components, such as laser-cut wood pieces and servo motors, the SpaceBot kit lets children create an AI powered robot entirely from scratch. It is during this process that they learn the inter-disciplinary knowledge from mechanics, electronics, programming and artificial intelligence.

Spacebot is programmable via MU–Blocky, a visual programming interface that help children pick up coding skill and see it working on the robot immediately.

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PivotPi

PivotPi

PivotPi

The PivotPi is a complete kit to turn anything in your world into a moving robot. PivotPi works at the level you’re at — whether you are a parent looking for a smart, fun weekend project to do with your kid, a teacher looking for a way to integrate STEAM concepts, or a grad student wanting to build a robotic arm!

 

Official website:

https://www.dexterindustries.com/pivotpi/

 

Other online channels:

General decription:

Info for teachers:

Primary school, Age 10+

STEM subjects.

Python, Scratch, Java, NodeJS, C/C++

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Poppy Humanoid

Poppy Humanoid

Poppy Humanoid

Poppy Humanoid is an open-source robot (both hardware and software), using 3D printed parts and Dynamixel servomotors, known for their reliability.

 

Official website:

https://www.poppy-project.org/en/robots/poppy-humanoid

 

Other online channels:

General decription:

6 459 EUR per item

Poppy tools are designed to be modular, easy to use, and easy to integrate – providing a set of building blocks that can be easily assembled and reconfigured.

The Poppy project is a community-centered robotic project. It targets the needs of a multidisciplinary community where researchers, teachers, artists, and robotic enthusiasts can share their work and ideas.

 

Materials in Estonian:

Not specified

Info for teachers:

Poppy Humanoid has already been adopted by many schools and universities that use it as an exploration and research platform.

Dedicated platform for educational use of Poppy (in French) https://www.poppy-education.org/

Manual of the Poppy Project covers everything from the short overview of what is possible within the project to the details on how you can build a Poppy robot or reproduce one of the pedagogical activity https://docs.poppy-project.org/en/

An ideal medium to learn science, technology, engineering and mathematics (STEM).

Programming can be done with Snap (for beginners) and Python.

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Poppy Torso

Poppy Torso

Poppy Torso

Poppy Torso is a variation of the Poppy Humanoid robot. It is an open-source humanoid robot torso which can be installed easily on tabletops. More affordable than the Poppy Humanoid.

 

Official website:

https://www.poppy-project.org/en/robots/poppy-torso

 

Other online channels:

General decription:

5300 EUR per item

Poppy tools are designed to be modular, easy to use, and easy to integrate – providing a set of building blocks that can be easily assembled and reconfigured.

The Poppy project is a community-centered robotic project. It targets the needs of a multidisciplinary community where researchers, teachers, artists, and robotic enthusiasts can share their work and ideas.

Not specified

Info for teachers:

Manual of the Poppy Project covers everything from the short overview of what is possible within the project to the details on how you can build a Poppy robot or reproduce one of the pedagogical activity https://docs.poppy-project.org/en/

Not specified

Dedicated platform for educational use of Poppy (in French) https://www.poppy-education.org/

An ideal medium to learn science, technology, engineering and mathematics (STEM).

Poppy Torso can be programmed using web-visual programming tools such as Snap!, a variation of Scratch and Python.

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Robotics in Industry

Robotics in Industry

Robotics in Industry

This Robotics educational construction set is focused on constructing and programming robotics for true-to-life industrial applications. Four real-life, fully functional industrial robots: A high-bay shelving system, 3-axis robot, and two additional gripper arm robots can be built and programmed.

 

Official website:

https://www.fischertechnik.de/en/products/teaching/stem-robotics/533020-robotics-in-industry

 

Other online channels:

General decription:

$270 per set

CAUTION: absolutely necessary for operation is the TXT Controller, the Software ROBO Pro, the Accu Set or Power Set

Not specified

Info for teachers:

Secondary level, Study / vocational school

www.fischertechnik-elearning.com (languages: German, Spanish, English)

 

STEM education

Software ROBO Pro

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SeaPerch

SeaPerch

SeaPerch

SeaPerch is an innovative underwater robotics program that equips teachers and students with the resources they need to build an underwater Remotely Operated Vehicle (ROV) in an in-school or out-of-school setting.

 

Official website:

https://www.seaperch.org

 

Other online channels:

General decription:

Yes. Students are encouraged to compete the SeaPerch Challenge. Events at the Challenge can include:

  • Vehicle performance – maneuvering and recovery
  • Innovative design (optional)
  • Engineering Notebook submissions – Selected oral presentations to judges

Winners of regional SeaPerch Challenges may be able compete in the National SeaPerch Challenge, held each spring.

SeaPerch Kit costs $179.00

Teacher’s Tool Kit costs $249.00 (recommend for every 5 individual SeaPerch kits)

SeaPerch is scalable to meet your needs and learning outcomes. If you wish to simply build the vehicles, you can do so in a few days. At a minimum, a schedule of 10 hours of build time is required.

If you wish to stretch out the learning process and incorporate other activities/teaching units into the actual build, that works well also. Some schools have taken a whole semester to build the SeaPerch ROVs. It’s all up to you and what concepts/outcomes you want to teach and achieve with the SeaPerch and your students.

 

Materials in Italian:

Not specified

Info for teachers:

Any age from 6th grade through college freshmen can benefit from the program, as it’s easily scalable for those ages depending on how you wish to use it. 

Tools and supplies that are used during a build require dexterity and good hand-eye coordination. For this reason, it is recommend to build the ROVs with kids who are in at least 6th grade. However, students of any age can drive a SeaPerch with adult supervision.

Online video training is available on the SeaPearch website. These videos walk you through the entire build process and provide extra training in areas like soldering, for those who require this level of detail and can be viewed at any time and stopped and started as needed.

There are a number of other materials available at https://www.seaperch.org/teacher_tools:

  • Resource Activity Guide
  • Lesson Plans
  • SeaPerch Build Manuals

The SeaPerch Program provides students with the opportunity to learn about robotics, engineering, science, and mathematics (STEM) while building an underwater ROV as part of a science and engineering technology curriculum. Throughout the project, students will learn engineering concepts, problem solving, teamwork, and technical applications.

Requires no coding

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Skribots

Skribots

Skribots

Skribots are customizable 3D-printed robots that anyone can design, print
and program.

 

Official website:

https://skriware.com/robots/skribots

 

Other online channels:

General decription:

Working with tablet or smartphone compatible with the wide range of iOS and Android devices, Skriware’s mobile application allows you to control Skribot remotely and program it using an approachable, graphical interface.

Skribots Creator will let you design, customize and prototype your own Skribot and print it on 3D printer. A smart tool linking design with engineering and electronics in an engaging form.

Not specified

163 EUR per item

Info for teachers:

Not specified

STEAM–based interdisciplinary approach

With Skriware’s mobile app.

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Sparki

Sparki

Sparki

Sparki makes programming simple to learn with its block-based programming software. Drag and drop colorful blocks to create simple programs that have Sparki beeping and moving in no time. ‘Real’ code generates side-by-side, so you can easily make the transition.

 

Official website:

http://arcbotics.com/products/sparki/

 

Other online channels:

General decription:

Info for teachers:

100+ Free lessons. All the educator-written lessons are free, available to view before you buy and licensed in an educator-focused and remix-friendly Creative Commons license. Copy, print and email everything.  No subscriptions to sign up for, extra books to buy, accounts to sign up for, or apps to pay for.

Science – Technology – Engineering – Mathematics, English language

Block-Based or C/C++

Primary school – Secondary school – High school, University; Age 8+

Learn C/C++ Code in Highschool. Learn to code with a “real” programming language. Sparki makes it easy with tons of samples code and lessons, using fun activities like drawing, music-making, maze-finding and simulated household chores.

University and up Arduino and More. Sparki has a suite of advanced sensors, precision motors, and uses Arduino, widely accepted in industry as the prototyping platform. 16 expansion ports make sure that what few things Sparki doesn’t do already, you can easily add.

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Speechi

Speechi

Speechi

Unlike most known bricks, the bricks and parts of this kits are all clipped together according to a multitude of possible configurations. Indeed, the structure of the different models of building bricks is such that they can be clipped together horizontally, vertically and diagonally.

 

Official website:

https://www.speechi.net/fr/home/robots/ecole-robots-kits-robotiques-pour-apprendre-programmation/

 

Other online channels:

General decription:

€ 299,00 per item

Students will learn to program with icons in an age-appropriate programming environment that is ideal for simply addressing the logic of programming .

As robotics is the allied discipline of programming in the development of most objects of everyday life, an introduction to robotics is also proposed. This discipline seemed to us to be essential for students to have a concrete idea of ​​the areas of application of programming. The 3 programming manuals are complemented by 3 manuals dedicated to robotics to discover 3 basic mechanisms: wheels, gears and camshafts.

Not specified

Not specified

Info for teachers:

The robotics kit – elementary school is, in fact, accompanied by 6 course manuals available for download from our School Robots website . Students will learn about Space and geometry: (to) locate and (move) using benchmarks.

The Education Box is perfect for teaching programming at all ages, from elementary to high school.

  • Science – Technology – Engineering – Mathematics.
  • Language French – English

Scratch.

Primary School – Secondary School, Age 9-14

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TETRIX MAX

TETRIX MAX

TETRIX MAX

Get the best of both worlds and take hands-on STEM learning to the next level with the TETRIX® MAX Dual-Control Robotics Set.

Complete with the PRIZM® Robotics Controller and wireless gamepad and receiver, this set comes with everything needed to create programmable or remote-controlled robots.

 

Official website:

https://www.pitsco.com/Shop/TETRIX-Robotics

 

Other online channels:

General decription:

 $ 960.00 for Dual-Control Robotics Set

Designed to provide one student or a team of up to four students with the hardware necessary to engineer, test, drive, or code robots, this set is complete with a builder’s guide and a programming guide that introduce the basics of building and coding through a series of hands-on projects.

Not specified

Info for teachers:

Science – Technology – Engineering – Mathematics, English language

Not specified

Arduino software.

Secondary School, Age 12+

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TETRIX Prime

TETRIX Prime

TETRIX Prime

The Intuitive Quick Rivet Building System. Everything you need for students to start building remote-controlled and autonomous robots with the TETRIX® PRIME system.

 

Official website:

https://www.pitsco.com/IT/Shop/TETRIX-Robotics/TETRIX-PRIME

 

Other online channels:

General decription:

Info for teachers:

Science – Technology – Engineering – Mathematics

Learning Focus is on:

  • Engineering problem-solving
  • Robot assembly
  • Computer science
  • Statistics and data

 

Printed setup and builder’s/programmer’s guides which include: Step-by-step instructions for building models intended to familiarise students with all elements in a set, tips and tricks to develop sound building habits and exciting activities that challenge students to build, iterate, and compete with their designs.

Tetrix Ardublockly

Robotic Sets for grades 6 to 12, Age 12+

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Tibo the Robot

Tibo the Robot

General decription:

30 EUR per item

Tibo has the following functions:

  • Follow mode: using its sensors, the robot detects the child and follows their movements.
  • Explorer mode: the robot wanders around the room and avoids obstacles, using its six limbs for 360° movement.

Not specified

Not specified

Info for teachers:

Age 8+

The assembly steps are explained in a detailed full-colour instruction sheet with photos and easy-to-understand diagrams.

Not specified 

No coding required

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