01 / First steps
Screen-free robots
Buttons, routes and tangible instructions. Build early sequencing skills without adding another app.
Explore screen-free learningA practical guide to educational robots
Small machines.
Big learning.
Make robotics less mysterious. Explore how children learn with robots, what equipment actually needs to do, and how to turn a first experiment into a better question.
Find your next stepThe learning library
Five ways into robotics.
Start with the learner, not the feature list.
02 / Make code move
Block-coding robots
Connect loops and conditions to something you can see. Learn what matters in software and sensors.
Understand block coding03 / Build the mechanism
Construction & robotics kits
Explore motors, structures and control systems with a kit that leaves room for rebuilding.
Choose a building approach04 / Teach with purpose
Robotics in the classroom
Plan a workable lesson, share equipment fairly and assess thinking rather than a flawless demonstration.
Plan your first lesson05 / Buy with a plan
Choosing an educational robot
A practical buying framework for compatibility, repairability, accessibility and the full cost of ownership.
Build your shortlistOur approach
Less spectacle.
More understanding.
A robot is useful when it makes an idea easier to investigate. A missed turn can reveal an assumption about distance. A noisy sensor can start a conversation about measurement. A simple loop can make a repetitive task understandable.
These are category-level educational guides, not laboratory-tested product reviews. We explain trade-offs and questions to ask; specifications, prices and support arrangements should always be checked with the supplier.
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