The Mini opens the door from age 5. Then two worlds of equal ambition: mobile robotics with the Smart Car, connected objects with the Smart Home. Choose one, then take the other.
Their age, what draws them in, and how far they want to go with programming.
A kit for beginners in programming. Twenty assembly steps, connect the app, and it drives the same day. Physics, mechanics and electronics are learnt by building it.
Ready to run, ready to code. Ultrasonic, line following, RGB sensor and compass. The same program is written in blocks, read in Python and compiled in C++ — the reference kit for schools and STEM clubs.
My home, my rules. Six sensors and six actuators in a real house you build: motion alarm, weather station, gas detection with ventilation, badge lock, ambient lighting. The house is controlled from the app over WiFi.
| Compare everything | Smart Car Mini | Smart Car | Smart Home |
|---|---|---|---|
| Minimum age | From age 5 | From age 8 | From age 7 |
| Guided projects | 15 | 20 | 25 |
| Languages | App, blocks with the module | Blocks → Python → C++ | Blocks → Python → C++ |
| Build time | 45 min | 1 h 30 | 1 h 30 |
| Main sensors | To come | Ultrasonic sensor · 5-channel infrared sensor · RGB colour sensor · Compass | Light sensor · Gas sensor · RFID reader · Temperature and humidity sensor · Motion sensor · Potentiometer |
| Certificate awarded | MoBot Engineer | MoBot Engineer | MoBot IoT Engineer |
| Price | 9 000 DA | 19 900 DA | 19 900 DA |
| Details | Details | Details |
Tell us the child's age and what appeals to them. We answer within minutes.