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Step 12 Finally, connect a hook as shown in the image.

Step 13 Connect the motor’s wire to the
power distribution board, connect
the power distribution board to the
remote using a data cable, Now, plug
the adapter into the socket and
connect it with the remote to power
the RoboCrane.

Output

The Robo Crane functions like a mechanical crane, converting electrical energy into mechanical
motion to lift and transport objects. It demonstrates how various components such as motors,
gears, and structural parts work together to perform tasks that are similar to those performed by
real cranes in construction and manufacturing. The Robo Crane showcases the practical application
of robotics in everyday life.

Concept

Understanding Mechanics: Students will explore how mechanical systems operate, focusing on
the principles of leverage, force, and movement in the context of lifting and transporting objects.
Electronics and Control Systems: This activity introduces students to the role of electronics in
controlling the movement of the crane, emphasizing how motors and sensors interact to execute
commands accurately.

Observation

In the Robo Crane activity, students will observe how the crane lifts and moves objects when powered.
They will see how adjusting controls can change the position and height of the load being lifted,
demonstrating the relationship between electrical inputs and mechanical outputs. This hands-on
experience reinforces their understanding of mechanical systems and electronics and allows them
to appreciate how similar systems are used in real-world applications like construction and logistics.

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