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Java Institute JOURNAL
 
Research News   26 September, 2018
 
Can be utilized effectively for military and construction purposes.
The primary type of tasks that is expected from the device is related to construction.
The Max Rover can be controlled remotely and in case of signal discrepancies,operate in automatic mode.
the robot can be developed to carry out daily tasks in households and workplaces.
Robot can Operate via Wi-Fi
       
 
Max Rover Robot ................
A number of tasks can be achieved through the use of this particular robot as it is capable of travelling across various types of environments. The Max Rover can be utilised effectively for military and construction purposes. The primary type of tasks that is expected from the device is related to construction. The chief engineer of a construction site can control the robot from a central control station and supervise various aspects of the site.

A number of tasks can be achieved through the use of this particular robot as it is capable of travelling across various types of environments. The Max Rover can be utilised effectively for military and construction purposes. The primary type of tasks that is expected from the device is related to construction. The chief engineer of a construction site can control the robot from a central control station and supervise various aspects of the site.

Accordingly, if multiple robots are used at a construction site, several supervisors are not required. Moreover, number of other various functionalities can be achieved through this robotic device.

The following technologies and capabilities have been utilised for the Max Rover robot:

1.Controlling via Wi-Fi
2.Wide Area Network
3.Voice recognition
4.Speech
5.Self-driven mode
6.Face recognition and detection.

The Max Rover can be controlled remotely and in case of signal discrepancies, the robot will operate in its automatic mode and station itself nearby. Furthermore, the robot will also return back to the control station.

Further developments can be implemented in to the robot in order to enhance its productiveness. These further developments include integrating a robotic arm. In addition, the robot can be developed to carry out daily tasks in households and workplaces.