How do you make a line follower robot without a microcontroller? Line Follower Without Microcontroller Step 1: COMPONENTS. 1) IC7805 Voltage Regulator – 1. Step 2: WORKING OF a MOTOR. We will be using two
How do you make a line follower robot without a microcontroller?
Line Follower Without Microcontroller
- Step 1: COMPONENTS. 1) IC7805 Voltage Regulator – 1.
- Step 2: WORKING OF a MOTOR. We will be using two 500rpm DC motors here, you can use motors with different rpm as per your requirement.
- Step 3: ASSEMBLING.
- Step 4: LINE FOLLOWER.
How does a line following robot follow a line?
In case of a line follower robot we use IR transmitters and receivers also called photodiodes. They are used for sending and receiving light. IR transmits infrared lights. When infrared rays falls on white surface, it’s reflected back and catched by photodiodes which generates some voltage changes.
What is the use of line follower robot?
The line follower robot is a mobile machine that can detect and follow the line drawn on the floor. Generally, the path is predefined and can be either visible like a black line on a white surface with a high contrasted color or it can be invisible like a magnetic filed.
How do you make a line follower robot without Arduino?
Line Follower Robot Without Arduino or Microcontroller
- Step 1: Collect the Material. Two IR sensor. Two Dc geared motor 100/150 RPM.
- Step 2: Connect the Circuit. Here two circuit are shown 1st is on breadboard and other is schematic.
- Step 3: L Have a Video for You. This is youtube link so see this video…
- 8 Comments. Abhi909.
What is the application of line follower robot?
The sensor based black line follower robots are one of the most basic robots used to follow black line on white background or vice versa. These robots may be used to in various industrial and domestic applications such as to carry goods, floor cleaning, delivery services and transportation.
How do you make a line follower robot on Raspberry Pi?
Make sure the Raspberry Pi is turned OFF. Connect the VCC pin of the IR line sensor to pin 1 of the Raspberry Pi. Connect the GND pin of the line sensor to the blue (negative) ground rail of the solderless breadboard. Connect the OUT pin of the line sensor to pin 21 (GPIO 9) of the solderless breadboard.