Robotics
for Kids
Build amazing robots by combining parts, programming movements, and creating mechanical friends that can help solve real-world problems.
Build amazing robots by combining parts, programming movements, and creating mechanical friends that can help solve real-world problems.
Science-backed, quest-based robotics activities where young creators explore, build, and bring their ideas to life.
Conversation starters, prompts, and parenting tips to support robotics at home — without turning into a tutor.
AI Learning Coaches. Three ways of thinking. Kids pick the one that fits the robotics moment they're in — or switch between them as a project grows.
Each coach answers from a different angle. Kids talk to them by voice, ask real questions, and discover — through the conversation — what kind of thinking clicks for them.
Inspires imagination. Helps kids dream up ideas, make creative leaps, and see possibilities that aren't obvious yet.
Goes deep. Breaks problems down, explains how things actually work, and thinks through the mechanics step by step.
Asks the questions kids haven't thought to ask themselves. Slows things down, pulls out insight, helps kids hear their own thinking.
Common questions from Kubrio parents learning robotics with their kids — about age, time, tools, and what to expect.
At Kubrio, kids 6-13 learn robotics by building mechanical friends that solve problems they care about — combining real parts, programming movements, and testing ideas through quests they choose, parent conversations that spark engineering thinking, and AI Coaches (Krea, Tek, Brio) that help them troubleshoot when motors won't turn or sensors won't read. They learn robotics by making robots that actually work. Kids lead. AI supports. At Kubrio, kids learn robotics through quests they choose, parent conversations that spark curiosity, and AI coaches that answer their actual questions. Kids lead. We follow.
Explore the studio of AI-native apps for kids 6-13.
Krea, Tek, and Brio show up across every app — including the ones where kids practice robotics.
Explorer / Beginner / ~45 mins
Kids design a simple robot pet that reacts with a signal or motion. A playful beginner robotics quest with room for creativity and real-world thinking.
Trailblazer / Innovator / ~2 hrs
Design a robot that reacts to changing spaces like real warehouse, hospital, or home robots do. Kids explore sensing, decision-making, and adaptation through an open-ended challenge.
Explorer / Beginner / ~45 mins
Kids imagine, test, and share a beginner-friendly rescue robot idea. A playful robotics quest that builds problem-solving and creative thinking.
Trailblazer / Innovator / ~2 hrs
Invent a robot inspired by real recycling and warehouse systems. Kids design, test, and share a machine that sorts objects in its own clever way.
Trailblazer / Innovator / ~2 hrs
Invent a robot built for a real rescue mission. Kids explore sensing, movement, and smart design while creating a bold robotics concept to share.
Pathfinder / Builder / ~2 hrs
Build a tiny tower that hides a sudden drop: design a clever trigger, craft moving parts, and capture the moment your secret floor opens.
Builder
A parent’s guide to moving from home robot builds to beginner teams like FIRST LEGO League or VEX IQ—without burnout, pressure, or guesswork.
Beginner
Find the perfect robotics project for your child. 30 ideas organized by age (6-13), budget ($0-50), and skill level. Quick reference guide for parents.
Beginner
Understand how kids ages 6-13 learn robotics through building, programming, problem-solving, and design. Includes quest examples for hands-on learning at home.
Beginner
Step-by-step guide to building simple robots with kids ages 6-13. Get clear instructions, safety tips, troubleshooting help, and cost breakdowns for every project.
Beginner
Discover 15 engaging robotics projects for kids ages 6-13. Step-by-step guides, learning activities, and parent feedback tips to spark innovation at home.
Beginner
Discover why robotics education is crucial for kids ages 6-13. Learn how parents can design meaningful robotics learning experiences that build high-agency skills.