๐Ÿค– Robotics ยท Ages 8โ€“18

Sensors, motors
and missions

A virtual lab first, so nothing costs anything to break. Physical kits arrive later and run the same programs a child has already written.

Planned Not playable yet. Listed so you can see where Zupelo is going, because an empty room is worse than an honest label.

Sensors ยท Challenge

The robot keeps overshooting the line. What first?

Line follower, speed 90%

One change at a time, or you will not know which one worked.

A sample, not a live game. Pelo hints and cheers โ€” he never chats.

The path

Five stages, three to eighteen

Not five difficulty settings. Each stage changes the reading level, the length of a round, how quickly Pelo offers a hint, and what the whole thing looks like.

ยท
Discover ยท not yet Robotics opens at eight. Before that, Coding and Making cover the same ground with fewer things to go wrong.
2
Explore ยท ages 6 to 8 Making it move โ€” Motors, wheels, turning accurately, and why a robot never goes quite where you told it.
3
Master ยท ages 9 to 11 Making it notice โ€” Light, distance and touch sensors, and reacting to a world that changes.
4
Challenge ยท ages 12 to 14 Making it decide โ€” Control loops, state machines, path finding, and competition missions.
5
Launch ยท ages 15 to 18 Making it real โ€” Hardware, tolerances, power budgets, and the gap between the simulator and the floor.
What is different here

Three decisions worth explaining

Virtual first, on purpose

A child who bricks a motor on day one stops. Everything is tested in a simulator that costs nothing to crash.

One change at a time

The lab refuses a second change until the first has been tested. Learning to isolate a variable is most of engineering.

No kit required to start

Everything through the first two stages runs on a screen. Hardware is an upgrade, never a gate.

Fifteen game types, filled by Robotics

What a child actually does

We did not build five hundred unrelated games. We built fifteen game types any subject can fill, which is why the twelfth academy costs a fraction of the first.

Sensor sandbox

Wire an input to an output and see what happens.

Mission control

A course, a time limit, and one robot you programmed.

Circuit puzzles

Make it light up using only what is on the bench.

Build it for real

The same program, now running on something you can hold.

One engine, every academy

Most apps adapt the difficulty. Zupelo adapts everything else too.

The pitch of a question is the easy part. What changes underneath is which skill comes next, how it is explained, when a hint arrives, how long a session runs, and what a wrong answer is taken to mean.

Robotics shares that engine with the other eleven. A day spent on robotics keeps the same streak as a day spent anywhere else, because losing interest in one subject should never cost a child the habit.

How the engine picks

๐Ÿš One currency

Shells, earned for finishing and for coming back โ€” never for being right. They cannot be bought and cannot be converted.

๐Ÿ”ฅ One streak

Any academy keeps it going. Miss a day and a streak save covers it, on every plan including free.

๐Ÿ”’ No leaderboard

There is no global ranking and no public profile. Comparison is with your own last week, or with friends a grown-up approved.

Every child learns differently.
Our AI learns how your child learns.