Whether you're just starting to explore the world of coding, looking to learn a new coding language, or brushing up on your skills, we've got the kit for you!
(Beginner, recommended ages 5+) The perfect wordless coding experience. Blue-Bot is a programmable educational robot. Users can input an algorithm from th...Show more
(Beginner, recommended ages 5+) The perfect wordless coding experience. Blue-Bot is a programmable educational robot. Users can input an algorithm from the touch pad on the robot or by Bluetooth connection to a device with the free Blue-Bot app installed. What you need: USB charging block.
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(Beginner, recommended ages 5+) The perfect wordless coding experience. Blue-Bot is a programmable educational robot. Users can input an algorithm from th...Show more
(Beginner, recommended ages 5+) The perfect wordless coding experience. Blue-Bot is a programmable educational robot. Users can input an algorithm from the touch pad on the robot or by Bluetooth connection to a device with the free Blue-Bot app installed. What you need: USB charging block.
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(Beginner, recommended ages 5+) This kit guides beginners through the world of robotics and coding. Connect the robots to a smartphone or tablet and progr...Show more
(Beginner, recommended ages 5+) This kit guides beginners through the world of robotics and coding. Connect the robots to a smartphone or tablet and program them to perform tasks you invent or solve game style challenges. What you need: An Android or iOS mobile device with Bluetooth, a USB charging port, and the free Dash and Dot apps downloaded to the mobile device.
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(Beginner, recommended ages 5+) This kit guides beginners through the world of robotics and coding. Connect the robots to a smartphone or tablet and progr...Show more
(Beginner, recommended ages 5+) This kit guides beginners through the world of robotics and coding. Connect the robots to a smartphone or tablet and program them to perform tasks you invent or solve game style challenges. What you need: An Android or iOS mobile device with Bluetooth, a USB charging port, and the free Dash and Dot apps downloaded to the mobile device.
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(Beginner, recommended ages 5+) Start learning the basic coding concepts with a Meeperbot robot. This robot will drag and drop coding to code the robot. Y...Show more
(Beginner, recommended ages 5+) Start learning the basic coding concepts with a Meeperbot robot. This robot will drag and drop coding to code the robot. You will need: internet access, a mobile device (iOS 12+, Android 5+, select Chromebooks with Bluetooth low energy).
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(Beginner, recommended ages 5+) Start learning the basic coding concepts with a Meeperbot robot. This robot will drag and drop coding to code the robot. Y...Show more
(Beginner, recommended ages 5+) Start learning the basic coding concepts with a Meeperbot robot. This robot will drag and drop coding to code the robot. You will need: internet access, a mobile device (iOS 12+, Android 5+, select Chromebooks with Bluetooth low energy).
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(Beginner, recommended ages 6+) Learn to code with the characters from Disney's Frozen II movie. Move your hands over the sensor to control the elements o...Show more
(Beginner, recommended ages 6+) Learn to code with the characters from Disney's Frozen II movie. Move your hands over the sensor to control the elements on the screen. Step by step projects for beginning coders to create applications that explore the concepts of loops, logic, variables, and more. What you need: AA batteries, a Mac/iOS Windows device with Bluetooth Lower Energy, and an internet connection.
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(Beginner, recommended ages 6+) Learn to code with the characters from Disney's Frozen II movie. Move your hands over the sensor to control the elements o...Show more
(Beginner, recommended ages 6+) Learn to code with the characters from Disney's Frozen II movie. Move your hands over the sensor to control the elements on the screen. Step by step projects for beginning coders to create applications that explore the concepts of loops, logic, variables, and more. What you need: AA batteries, a Mac/iOS Windows device with Bluetooth Lower Energy, and an internet connection.
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(Beginner, recommended ages 6+) Learn to code with the characters from Star Wars. Feel like a Jedi master as you move your hands over the sensor in the ki...Show more
(Beginner, recommended ages 6+) Learn to code with the characters from Star Wars. Feel like a Jedi master as you move your hands over the sensor in the kit to control the elements on the screen. Step by step projects for beginning coders to create applications that explore the concepts of loops, logic, variables, and more. What you need: AA batteries, a Mac/iOS Windows device with Bluetooth Lower Energy, and an internet connection.
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(Beginner, recommended ages 6+) Learn to code with the characters from Star Wars. Feel like a Jedi master as you move your hands over the sensor in the ki...Show more
(Beginner, recommended ages 6+) Learn to code with the characters from Star Wars. Feel like a Jedi master as you move your hands over the sensor in the kit to control the elements on the screen. Step by step projects for beginning coders to create applications that explore the concepts of loops, logic, variables, and more. What you need: AA batteries, a Mac/iOS Windows device with Bluetooth Lower Energy, and an internet connection.
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(Beginner, recommended ages 7+) This is a child friendly Raspberry Pi 2 computer running the Kano OS. Children can learn to code their own games, customiz...Show more
(Beginner, recommended ages 7+) This is a child friendly Raspberry Pi 2 computer running the Kano OS. Children can learn to code their own games, customize Minecraft, discover the inner workings of a computer, and more. What you need: A screen with an HDMI connection is required for use. Internet access is optional.
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(Beginner, recommended ages 7+) This is a child friendly Raspberry Pi 2 computer running the Kano OS. Children can learn to code their own games, customiz...Show more
(Beginner, recommended ages 7+) This is a child friendly Raspberry Pi 2 computer running the Kano OS. Children can learn to code their own games, customize Minecraft, discover the inner workings of a computer, and more. What you need: A screen with an HDMI connection is required for use. Internet access is optional.
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(Intermediate) Start learning the basics of C++ coding with guided projects perfect for the absolute beginner. You will need to provide the following: Computer (Windows, Mac, Chromebook), internet access.
(Intermediate) Start learning the basics of C++ coding with guided projects perfect for the absolute beginner. You will need to provide the following: Computer (Windows, Mac, Chromebook), internet access.
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(Intermediate) Start learning the basics of C++ coding with guided projects perfect for the absolute beginner. You will need to provide the following: Computer (Windows, Mac, Chromebook), internet access.
(Intermediate) Start learning the basics of C++ coding with guided projects perfect for the absolute beginner. You will need to provide the following: Computer (Windows, Mac, Chromebook), internet access.
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(Intermediate, recommended ages 6+) Write code in Python or use a visual code editor (drag and drop coding) to write code that controls the robot, works w...Show more
(Intermediate, recommended ages 6+) Write code in Python or use a visual code editor (drag and drop coding) to write code that controls the robot, works with artificial intelligence and deep learning engines. Learn to code, use machine learning, as well as voice and image recognition. What you need: user provides a computer or mobile device (iOS or Android), USB charger, internet access.
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(Intermediate, recommended ages 6+) Write code in Python or use a visual code editor (drag and drop coding) to write code that controls the robot, works w...Show more
(Intermediate, recommended ages 6+) Write code in Python or use a visual code editor (drag and drop coding) to write code that controls the robot, works with artificial intelligence and deep learning engines. Learn to code, use machine learning, as well as voice and image recognition. What you need: user provides a computer or mobile device (iOS or Android), USB charger, internet access.
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(Intermediate, recommended ages 9+) Learn to JavaScript using coding blocks that make it easy and then transition to text based JavaScript (ages 9+). Come...Show more
(Intermediate, recommended ages 9+) Learn to JavaScript using coding blocks that make it easy and then transition to text based JavaScript (ages 9+). Comes with 70 step by step challenges to complete online. What you need: Android/iOS/Windows/Mac device with bluetooth low-energy, AAA batteries, and Internet access.
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(Intermediate, recommended ages 9+) Learn to JavaScript using coding blocks that make it easy and then transition to text based JavaScript (ages 9+). Come...Show more
(Intermediate, recommended ages 9+) Learn to JavaScript using coding blocks that make it easy and then transition to text based JavaScript (ages 9+). Comes with 70 step by step challenges to complete online. What you need: Android/iOS/Windows/Mac device with bluetooth low-energy, AAA batteries, and Internet access.
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(Intermediate, recommended ages 10+) This kit guides intermediate users (ages 10+) through the world of robotics and JavaScript coding. Connect the robots...Show more
(Intermediate, recommended ages 10+) This kit guides intermediate users (ages 10+) through the world of robotics and JavaScript coding. Connect the robots to a smartphone or tablet and program them to perform tasks you invent or solve challenges provided by the app. Transition from block style to text based coding. What you need: An Android or iOS mobile device with Bluetooth, a USB charging port, and the free app downloaded to the mobile device are required for use.
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(Intermediate, recommended ages 10+) This kit guides intermediate users (ages 10+) through the world of robotics and JavaScript coding. Connect the robots...Show more
(Intermediate, recommended ages 10+) This kit guides intermediate users (ages 10+) through the world of robotics and JavaScript coding. Connect the robots to a smartphone or tablet and program them to perform tasks you invent or solve challenges provided by the app. Transition from block style to text based coding. What you need: An Android or iOS mobile device with Bluetooth, a USB charging port, and the free app downloaded to the mobile device are required for use.
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(Intermediate, recommended ages 10+) Learn to code by creating images and games that can be loaded onto the pixel display board included in the kit. You w...Show more
(Intermediate, recommended ages 10+) Learn to code by creating images and games that can be loaded onto the pixel display board included in the kit. You will be able to code using drag-n-drop blocks or in text using Javascript. WHAT YOU NEED: A computer with an x64 processor (Windows 7 or later, Mac 10.9 or later), 2GB of RAM, and internet access.
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(Intermediate, recommended ages 10+) Learn to code by creating images and games that can be loaded onto the pixel display board included in the kit. You w...Show more
(Intermediate, recommended ages 10+) Learn to code by creating images and games that can be loaded onto the pixel display board included in the kit. You will be able to code using drag-n-drop blocks or in text using Javascript. WHAT YOU NEED: A computer with an x64 processor (Windows 7 or later, Mac 10.9 or later), 2GB of RAM, and internet access.
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(Intermediate) Learn about robotics and coding with the two-wheeled self-balancing Qbit robot. You will use Microsoft's Make Code, an easy drag and drop c...Show more
(Intermediate) Learn about robotics and coding with the two-wheeled self-balancing Qbit robot. You will use Microsoft's Make Code, an easy drag and drop coding interface to create the code to upload onto a Micro:Bit controller that will be the brains of the Qbit robot. You will need: internet access, computer with a USB port, and a USB charger.
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(Intermediate) Learn about robotics and coding with the two-wheeled self-balancing Qbit robot. You will use Microsoft's Make Code, an easy drag and drop c...Show more
(Intermediate) Learn about robotics and coding with the two-wheeled self-balancing Qbit robot. You will use Microsoft's Make Code, an easy drag and drop coding interface to create the code to upload onto a Micro:Bit controller that will be the brains of the Qbit robot. You will need: internet access, computer with a USB port, and a USB charger.
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(Intermediate) Learn about robotics and the Python coding language with this kit featuring the TPBot smart car robot. This car is powered by a Micro:Bit c...Show more
(Intermediate) Learn about robotics and the Python coding language with this kit featuring the TPBot smart car robot. This car is powered by a Micro:Bit controller. Use the Micro:Bit python editor to create and load your code onto the Micro:Bit. Online examples and instructions are available to help get you started. You will need: internet access, a computer with a USB port, AAA batteries, and a micro USB cable.
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(Intermediate) Learn about robotics and the Python coding language with this kit featuring the TPBot smart car robot. This car is powered by a Micro:Bit c...Show more
(Intermediate) Learn about robotics and the Python coding language with this kit featuring the TPBot smart car robot. This car is powered by a Micro:Bit controller. Use the Micro:Bit python editor to create and load your code onto the Micro:Bit. Online examples and instructions are available to help get you started. You will need: internet access, a computer with a USB port, AAA batteries, and a micro USB cable.
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(Difficult, recommended ages 18+) Arduino is a small microcontroller for creating hardware that receives input from the environment. By creating custom co...Show more
(Difficult, recommended ages 18+) Arduino is a small microcontroller for creating hardware that receives input from the environment. By creating custom code it can react to the input from the environment. Learn electronics, coding, and start prototyping. What you need: A Windows or Mac computer with a USB port and an internet connection.
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(Difficult, recommended ages 18+) Arduino is a small microcontroller for creating hardware that receives input from the environment. By creating custom co...Show more
(Difficult, recommended ages 18+) Arduino is a small microcontroller for creating hardware that receives input from the environment. By creating custom code it can react to the input from the environment. Learn electronics, coding, and start prototyping. What you need: A Windows or Mac computer with a USB port and an internet connection.
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(Difficult, recommended ages 18+) Raspberry Pi is a credit card sized computer perfect for learning about physical computing, coding, and more. Build brea...Show more
(Difficult, recommended ages 18+) Raspberry Pi is a credit card sized computer perfect for learning about physical computing, coding, and more. Build breadboard circuits and connect them to this small computer. Uses the Raspian OS. What you need: A screen with an HDMI connection, a keyboard and mouse with USB connectors, and wired internet access.
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(Difficult, recommended ages 18+) Raspberry Pi is a credit card sized computer perfect for learning about physical computing, coding, and more. Build brea...Show more
(Difficult, recommended ages 18+) Raspberry Pi is a credit card sized computer perfect for learning about physical computing, coding, and more. Build breadboard circuits and connect them to this small computer. Uses the Raspian OS. What you need: A screen with an HDMI connection, a keyboard and mouse with USB connectors, and wired internet access.
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(Difficult, recommended ages 18+) Explore using Google's AIY Voice smart speaker for learning about artificial intelligence. Use your python coding skills...Show more
(Difficult, recommended ages 18+) Explore using Google's AIY Voice smart speaker for learning about artificial intelligence. Use your python coding skills to customize and build upon the existing artificial intelligence. What you need: A screen with an HDMI connection, a keyboard and mouse with USB connectors, and wired internet access.
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(Difficult, recommended ages 18+) Explore using Google's AIY Voice smart speaker for learning about artificial intelligence. Use your python coding skills...Show more
(Difficult, recommended ages 18+) Explore using Google's AIY Voice smart speaker for learning about artificial intelligence. Use your python coding skills to customize and build upon the existing artificial intelligence. What you need: A screen with an HDMI connection, a keyboard and mouse with USB connectors, and wired internet access.
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(Difficult, recommended ages 18+) Explore robotics and coding with this robot loaded with sensors and motors you can control with a beginner block program...Show more
(Difficult, recommended ages 18+) Explore robotics and coding with this robot loaded with sensors and motors you can control with a beginner block programming or an advanced Arduino language. What you need: A Windows/Mac computer with a USB port, an internet connection, and the free SparkiDuino software downloaded.
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(Difficult, recommended ages 18+) Explore robotics and coding with this robot loaded with sensors and motors you can control with a beginner block program...Show more
(Difficult, recommended ages 18+) Explore robotics and coding with this robot loaded with sensors and motors you can control with a beginner block programming or an advanced Arduino language. What you need: A Windows/Mac computer with a USB port, an internet connection, and the free SparkiDuino software downloaded.
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FPL_Samantha
FPL_Samantha
