Page 56 - Robo_Genius_V1.0_flipbook_C6

Rotational Motion to Linear Motion

The rotation of the motor turns the wheels. As the wheels rotate, the car moves forward or backward.
The direction of motion depends on which way the motor spins, which can be controlled by the
steering.

In the present scenario the electric and autonomous cars are in trend. Instead of using fuel as an
energy source they use the battery power to move the DC motors. In this session the students need
to be taught the working of DC Motors and how they can control the motion of the Robo–Car using
the Remote control.

21 st #Creativity
Century
Activity Robo Car Skills

Overview

In this lesson, students will explore the concepts of motion, engines, and wheels, understanding how
these elements work together to create movement. They will then apply this knowledge by building
their own Robo Car, giving them a hands-on experience with how cars function in the real world.
Learning Objectives

Students will understand the basic concepts of motion, how engines generate power, and the
role of wheels in creating movement.
Students will learn how to assemble and build a Robo Car, applying engineering principles to
create a functioning model.

Component Required

Small C x 2 Medium Plate x 1 Small Plate x 1 Caster Strip x 1 Small L x 1

Motor x 2 Wheel x 2 Power Distribution Remote x 1 Caster Wheel x 1
board x 1

Small Bolt Motor Shaft Adapter x 1 Data Cable Nut x 18
x 18 x 2 x 1

54 RoboGenius (V1.0)-VI