The obstacle avoiding robot can be described as a robotic rover that is able to travel
by avoiding any obstacle that is on its path.
This particular robotic device makes use of six ultrasonic sonars and related technology. These sensors are fixed at different angles and positions on the obstacle avoiding robot. Whenever the obstacle avoiding robot approaches an obstacle on its pathway, the sensors and other technology utilised by the devices identifies the obstacle and then alters its movement, including the direction.
This technology can be used to minimize automobile accidents as well as solve vehicle traffic-related problems.
The motors of this rover uses a 6v rechargeable battery while the ultrasonic sonars of
the devices uses a 9v rechargeable battery. The ATMega328 IC was used to construct the obstacle avoiding robot and its IC programming is completely programmed from the Arduino language. The technology used in the obstacle avoiding robot can be used in vehicles and various other automobiles and machines.
In addition to this, accidents and other problems that occur with machines and devices can be solved via the technology used in the obstacle avoiding robot.