Arduino based obstacle avoiding robot
charger included
4 cells included
Obstacle Avoiding Robot
The Obstacle Avoiding Robot is an intelligent mobile robot designed to detect and avoid obstacles automatically while navigating its environment. Equipped with ultrasonic sensors and a microcontroller, this robot can sense objects in its path and change direction to prevent collisions, making it ideal for learning robotics, automation, and sensor integration.
Key Features:
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Ultrasonic Sensor: Detects obstacles by measuring distance using sound waves
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Microcontroller: Controls movement and sensor data processing (Arduino)
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Motors: DC or servo motors for smooth and precise movement
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Chassis: Compact and durable frame for easy mobility
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Power Supply: Rechargeable battery or external power source
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Real-Time Obstacle Detection: Avoids collisions by changing direction when obstacles are detected
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Simple Controls: Autonomous navigation with no manual intervention required
Advantages:
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Easy to build and program for beginners
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Teaches basic robotics, electronics, and sensor interfacing
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Can be customized with additional sensors and features
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Useful for practical demonstrations of automation and AI basics
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Portable and versatile for indoor and outdoor use
Common Applications:
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Educational robotics projects
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Automated vacuum or cleaning robots prototype
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Pathfinding and navigation demonstrations
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Sensor-based automation research
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