Vendor code: NV823062
Availability: 
5 pieces in remote warehouse
Delivery: 1-2 working days
DIY wooden educational STEM kit “Coin Swallowing Robot”. This is a learning toy for children designed to practically teach the basic principles of mechanics and electrical circuits, such as lever operation and parallel circuits. Once assembled, the robot works as an interactive coin bank. The construction kit is suitable for children and students who want to explore the basics of physics, robotics, and engineering.
Features:
This is a construction kit, toy, and educational tool in one. The set offers an engaging hands-on learning experience, allowing children to understand how simple machines and electrical energy work, while also encouraging saving habits.
During assembly, children develop fine motor skills and precision, while testing the model helps reinforce scientific concepts.
The construction kit provides meaningful playtime by involving children in the whole process: from building to testing and observing the results. It encourages carefulness, concentration, patience, and creativity.
Made from high-quality, non-toxic wood. The wooden parts are smooth and durable, assembled without glue. The stable construction is suitable for educational activities.
The assembled robot can be painted, decorated, and customized by the child to create its own unique appearance.
Easy assembly: simple and clear instructions allow children to assemble the toy with minimal adult supervision, making the kit suitable for independent work or activities together with parents.
STEM (Science + Technology + Engineering + Mathematics) is an educational approach that integrates science, technology, engineering, and mathematics into a unified learning model to prepare the younger generation for the rapidly developing world of technology.
This is an excellent gift choice, as well as a useful kit for schools and educational institutions where simple, reliable, and clearly functioning teaching models are needed.
Working principle:
When a coin is placed on the robot’s hands (tray), the electrical circuit is activated. The motor uses a lever mechanism to raise the hands and drop the coin into the robot’s body (mouth).
Educational value: children learn about parallel electrical circuits, the lever principle, and mechanical drive systems.
Purpose: learning at home, in the classroom, and for project activities.
Technical specifications:
Material: high-quality non-toxic laser-cut wood; metal; plastic.
Power supply: 2 x AA 1.5V batteries (not included).
Dimensions: 120 x 100 x 65 mm.
Box dimensions: 261 x 165 x 55 mm.
Weight: 146 g.
Kit includes:
Wooden model parts.
Motor.
Switch.
Battery holder (BATTERIES SOLD SEPARATELY).
Wires and connecting elements.
Various fastening parts.
Screwdriver.
Set of screws.
Manual.
Recommended age: children aged 6–8 years and above.
Attention: contains small parts, keep away from children under 3 years old. A size deviation of 1–3 cm is possible due to manual measurement.
