STEM coding toys aren't just any ordinary toys. They are tools to help shape the tech wizards of tomorrow. So today, discover the best coding toys that transform screen time into a rewarding learning experience. We'll help you find the perfect starter kit for beginners and challenge the more advanced young coders with toys that elevate their skills to new heights. Plus, there are even some screen-free coding toys that stimulate hands-on problem-solving skills away from digital devices. Join along as playtime meets the future!
To learn coding join free award-winning classes for kids, led live by experts and designed by professionals from Google, Stanford, and MIT.
Discover the Magic of STEM Coding Toys for Kids and Teens
Did you know, according to the U.S. Bureau of Labor Statistics, science, technology, engineering, and mathematics (STEM) occupations are projected to grow over two times faster than the total for all occupations in the next decade? Explore the best STEM coding toys, beginner-friendly options, advanced coding challenges, and even screen-free alternatives, from basic circuits to a friendly robot, a drone, and even a catapult. Toys are listed below in chronological age ranges.
1. Botley 2.0 the Coding Robot Activity Set
Age Range: 5+, Screen-free, Early Coding Skills
Botley 2.0 is a 100% screen-free coding robot designed to teach young children fundamental programming logic and sequential thinking. Kids program Botley 2.0 using a remote programmer to navigate obstacle courses, follow black lines, light up in the dark with its night-vision light-up eyes, and perform custom sequences up to 150 steps. It introduces core concepts like looping commands, conditional logic, and spatial reasoning without requiring a tablet or phone screen. Botley 2.0 requires 5 AAA batteries (3 for Botley, 2 for the remote programmer).
Explore more screen-free and early STEM fundamentals in Create & Learn's beginner-friendly ScratchJR class for young learners.
2. Osmo - Coding Starter Kit
Age Range: 5-10, Interactive App, Real-World Problem Solving
The Osmo Coding Starter Kit blends physical block placement with interactive tablet feedback to teach foundational programming concepts. By manipulating physical blocks in front of an iPad or Fire Tablet reflector, children control on-screen characters across three progressive games: Coding Awbie (sequencing and loops), Coding Jam (patterns and music composition), and Coding Duo (advanced puzzle solving and teamwork). It builds computational thinking, pattern recognition, and logic in a structured, visual environment.
Looking to build on hands-on block logic with guided online projects? Try Create & Learn's live Scratch Coding for Kids classes.
3. SNAP CIRCUITS® JR set
Age Range: 8-12, Hands-On, Engaging
Get ready for electrifying fun with the SNAP CIRCUITS® JR set! This STEM kit makes electrical engineering accessible through color-coded, snap-together components that require no tools or soldering. With over 30 modular pieces, kids can build 101 distinct working electronic projects, including light switches, sound-activated alarms, and photosensitive organs. It introduces essential circuit concepts such as series and parallel connections, resistance, and current flow.
Learn the basics of electronic circuits using Snap Circuits in this fun free live online event led by an expert: Circuit Fun with Snap Circuits Free Class.
4. Sphero Bolt
Age Range: 8+, Interactive, App-enabled
The Sphero BOLT+ is an app-enabled robotic ball featuring an upgraded vivid LCD screen, programmable sensors, and advanced driving mechanisms. Controlled via the Sphero Edu app, it supports three learning stages: draw-and-drive paths, block-based programming powered by Scratch, and text-based JavaScript. With integrated infrared communication, light sensors, an accelerometer, and magnetometer, kids can construct complex algorithms, multi-robot routines, and interactive games while gaining hands-on experience in physics and computer science.
5. Makeblock mBot Robot Kit
Age Range: 8+, Advanced Coding Skills, Competitive Play
The Makeblock mBot Robot Kit is an entry-level robotics platform built on an aluminum chassis and powered by an Arduino-compatible mainboard. Kids assemble the robot in under an hour and program it using mBlock 5—a block-based coding software based on Scratch 3.0 that seamlessly transitions into text-based Python code. Equipped with ultrasonic obstacle avoidance, line-following sensors, and Bluetooth controls, mBot allows young engineers to explore sensor integration, autonomous navigation, and competitive robotics challenges.
6. Arduino UNO Starter Kit
Age Range: 12+, Versatile, Educational, Advanced
The Arduino Uno Starter Kit is a fantastic introduction to the world of coding and electronics. By integrating hands-on building projects with computer programming, this kit provides a robust platform for learning and creativity. Whether your child is programming a simple LED light show or constructing an interactive robot, the Arduino Uno Starter Kit offers a broad spectrum of projects to keep learners engaged. The Arduino uses a simplified version of C++, making it a great stepping stone to more advanced programming. The possibilities of what students can create are nearly endless - from digital thermometers to musical instruments, this kit can bring a variety of creative ideas to life!
Get live expert guidance and create with circuits and Arduino - the foundation of smart devices in this award-winning Smart Devices class:
7. CoDrone Programmable Drone
Age Range: 10+, Interactive, Cutting-Edge
The CoDrone EDU by Robolink brings aerial robotics directly into the STEM learning environment. Engineered specifically for education, this programmable drone features durable protective guards, color sensors, optical flow sensors, and an onboard display controller. Students program flight maneuvers, obstacle navigation, and sensor-based stunts using Blockly visual blocks or text-based Python code, making it an ideal tool for mastering core math, physics, and programming concepts in 3D space.
8. VEX IQ (2nd Generation) Education Kit
Age Range: 8-14, Engaging Robotics Platform, Comprehensive, Challenging
The VEX IQ 2nd Generation Education Kit provides an advanced hands-on robotics system designed for elementary and middle school students. Featuring toolless snap-together structural parts, updated smart motors, optical sensors, distance sensors, and a powerful Robot Brain with built-in screen feedback, this kit teaches mechanical design and autonomous control. Students program their builds using VEXcode IQ using block-based coding, Python, or C++.
Code robots to move, sense, lift, and more - all in virtual worlds using VEX robotics in fun online Junior Robotics and Robot Adventure classes:
Check Out Screen-Free Coding Toys for Kids
If you're looking for ways to introduce coding to your kids without additional screen time, there are many coding toys available that do not require a computer or tablet. It's great to think through the logic of coding before starting to learn on a computer.
One such popular toy is ThinkFun's Robot Turtles. This board game introduces the principles of programming, from coding to functions, and has been praised for its fun, interactive nature. Another is the Learning Resources Coding Critters, which teach simple coding skills through storybook adventures.
Discover the Best Coding Toys for Beginners
Starting the coding journey can be made fun and exciting with coding toys designed for beginners. Some of the most popular include Botley the Coding Robot, Fisher Price Code-a-pillar, and Osmo - Coding Starter Kit. These toys use simple commands and easy-to-understand logic, making them perfect for beginners. The toys focus on fundamental coding concepts like sequencing, looping, and if/else decisions. As these toys are often colorful and interactive, they also help maintain the interest and curiosity of the young coders. Remember, the best toy would be one that matches the child's interest, learning pace, and ability to grasp new concepts. See more of the best coding gifts for kids here.
Level Up with Coding Toys That Support Advanced Programming Languages
As your child's coding skills progress, you may want to consider toys that support more advanced programming languages. The Arduino UNO kit is a notable example, offering hands-on experience with actual coding languages. Another advanced option is Raspberry Pi, a mini computer where kids can learn Python, Scratch, and even venture into electronics. These toys not only entertain but also provide a practical way to learn and apply the languages used by professionals in the field. Explore more coding gifts for tweens and coding gifts for teens.
Get the Best STEM Coding Toys for Kids and Teens
It's truly fascinating how these playful gadgets can ignite a passion for coding. Looking to delve deeper into the subject? Consider enrolling your child in an award-winning free coding class led live by an expert or read about the benefits of learning coding to learn more.
