These kits are serious construction projects. By using solar panels, salt water fuel cells, or hydraulic fluids to power the models, CIC teaches children about alternative energy sources through direct application, not just theory.
CIC
These kits are serious construction projects. By using solar panels, salt water fuel cells, or hydraulic fluids to power the models, CIC teaches children about alternative energy sources through direct application, not just theory.
CIC
CIC is our top choice for robotics because they teach hydraulics and solar power without needing batteries.
CIC
CIC is our top choice for robotics because they teach hydraulics and solar power without needing batteries.
We chose CIC because they offer a 'look under the hood' experience. The clear housings often used allow children to see the gears mesh and the pistons move. It demystifies technology. Building a hydraulic arm from scratch teaches a child more about pressure and mechanical advantage than any textbook could.
The assembly process here is rigorous. It requires following complex visual instructions and manipulating small parts, which is excellent for executive function and fine motor discipline. The payoff is huge—when the robot moves, the child knows exactly why, because they built the power source themselves.
Our educators thoughts on the CIC range
We chose CIC because they offer a 'look under the hood' experience. The clear housings often used allow children to see the gears mesh and the pistons move. It demystifies technology. Building a hydraulic arm from scratch teaches a child more about pressure and mechanical advantage than any textbook could.
The assembly process here is rigorous. It requires following complex visual instructions and manipulating small parts, which is excellent for executive function and fine motor discipline. The payoff is huge—when the robot moves, the child knows exactly why, because they built the power source themselves.