• NIKHIL B S
• R YESH JAIN
• TEJAS NARENDRA
• SUHAS H S
• RAJI P

With rapid growth in technology every day, scientists and researchers have now come up with the invention of robots. The most important and concern area is the defence areas. The multifunctional robot helps the military to deal with most difficult conditions like war, unknown traps in the border area, etc. This robot monitors different parameters using components such as IR sensor, bomb detector, thermistor, gas sensor. These components are connected to Raspberry Pi, based on the inputs processed the data is sent to the commander. The robot is used to perform the tasks such as missile sensing and diffusion in air, surveillance, bomb detection, harmful gas detection, thereafter the information is sent to the commander section in the form of mail. Arduino nano microcontroller is configured for controlling the movement of the robot using Bluetooth module and DC motors connected to it. The movement is controlled using Arduino Bluetooth app at the user end. This robot represents a new method for surveillance at remote places which works on Wi-Fi and Bluetooth technology which is used in this project. The mobility of this robot is governed only in manual mode with the help of Bluetooth module so that we can monitor the path with respect to the information obtained, at that instant of time.The robotic vehicle can be substituted in the place of soldier in perilous situations without any danger to human life. This is specially designed for the armed forces to save human life and protect our country from traitors.

With rapid growth in technology every day, scientists and researchers have now come up with the invention of robots. The most important and concern area is the defence areas. The multifunctional robot helps the military to deal with most difficult conditions like war, unknown traps in the border area, etc. This robot monitors different parameters using components such as IR sensor, bomb detector, thermistor, gas sensor. These components are connected to Raspberry Pi, based on the inputs processed the data is sent to the commander. The robot is used to perform the tasks such as missile sensing and diffusion in air, surveillance, bomb detection, harmful gas detection, thereafter the information is sent to the commander section in the form of mail. Arduino nano microcontroller is configured for controlling the movement of the robot using Bluetooth module and DC motors connected to it. The movement is controlled using Arduino Bluetooth app at the user end. This robot represents a new method for surveillance at remote places which works on Wi-Fi and Bluetooth technology which is used in this project. The mobility of this robot is governed only in manual mode with the help of Bluetooth module so that we can monitor the path with respect to the information obtained, at that instant of time.The robotic vehicle can be substituted in the place of soldier in perilous situations without any danger to human life. This is specially designed for the armed forces to save human life and protect our country from traitors.

"MUTIFUNCTIONAL ROBOT FOR MILITARY APPLICATIONS", International Journal of Emerging Technologies and Innovative Research (www.jetir.org), ISSN:2349-5162, Vol.6, Issue 5, page no.337-342, May-2019, Available :http://www.jetir.org/papers/JETIR1905O51.pdf

"MUTIFUNCTIONAL ROBOT FOR MILITARY APPLICATIONS", International Journal of Emerging Technologies and Innovative Research (www.jetir.org | UGC and issn Approved), ISSN:2349-5162, Vol.6, Issue 5, page no. pp337-342, May-2019, Available at : http://www.jetir.org/papers/JETIR1905O51.pdf