The document discusses automated guided vehicles used to carry and tow loads driverlessly. It describes how early vehicles in the 1950s followed wires to tow trucks and trains. The document then focuses on the group's vehicle, explaining it uses an Arduino microcontroller and sensors like LDRs to guide itself differently than other techniques. It is designed for compactness and high load capacity due to its wheel diameter. Applications include handling raw and finished materials in factories using low-cost components like the L298N motor controller.

2. Group Members

3. What is Automated guided
vehicle

5. Purpose

6. Carry Load
1
2

7. Tow objects

8. Driverless Train

9. History
Barrett Electronics of Northbrook
1950s

10. Tow truck Followed by a
Wire

11. Our
technique

12. whyour technique
differ from others

13. Because of

14. Arduino Microcontroller

15. ArduinoLDR
Motors

16. Light Dependent
Resistor

19. 756 1082

22. Mecanum wheels

23. Movements

24. Special movements

25. Why

26. Compact Design

27. High Load Capacity
High Load Capacity α Wheel diameter

28. L298N Dual H-Bridge Motor Controller.

29. Why

30. Low

31. L298N Dual H-Bridge Motor
Controller.

33. Applications
Raw Material Handling

34. Finished material

35. If any question u may ask