Students will learn how the Quacky Duck Bot works using a direct battery connection. The teacher will first explain the concept and show how connecting the battery to the motor powers the bot.
Then, step-by-step, the children will connect the battery and motor to complete the circuit. Once connected, Quacky starts moving, helping them understand how a simple battery connection powers a robot.
This lesson introduces the concept of controlling the Quacky Duck Bot using a direct battery connection. It demonstrates how a simple electrical connection can power a motor and create movement in the bot.
In this activity, the Quacky Bot is connected to a battery and motor. When the battery is connected, the motor starts running and Quacky begins to move, showing how a basic battery-powered circuit can control a robot.
Through this activity, you will explore:
Basic understanding of battery-powered circuits
How a motor creates movement in a robot
How simple components can power a robotic mechanism
To build the battery controlled Quacky Bot, the following materials are used:
Quacky Duck Bot model
DC Motor
Battery
Wires
Motor holder or connector
To watch how the Quacky Bot works using a direct battery connection, click the link below.