Robotic Applications In The Military - TechGeek365

Robotic Applications In The Military

robotic applications in the military

Robotics and automation have come of age and various industries are adopting them to enhance production, as well as guarantee precision. Battlefield and military applications particularly have evolved rapidly due to requirements dictated by government contribution.

Within the past decade, autonomous vehicles utilized for security and surveillance have increased, and so has various applications which vary from playing the role of a night guard to regulation of perimeters within protected areas which include airports.

Robots & War

Mobile robotics are critical when it comes to military matters such as handling potential explosives and conducting patrols. Flexible robot arm technology has advanced to include; cameras and appropriate sensors to execute various missions. Individuals can remotely operate mobile robots for surveillance patrol and transmit back to the operator video images. Robots can be used to counteract unknown components which are likely to explode. The platform comes with a flexible robot arm to select hazards and explosives both in civilian and military settings.

A mobile robotic platform is affixed on a rectangular case complete with electronic instruments. A battery usually powers the platform, and it maneuvers on tracks or wheels and sometimes both. Communication sensors and equipment are capable of sensing sounds, gases, images and other threats. These systems read detectors and transmit back the data to the operator.

Universal robots have been on the forefront seeking to provide mobile robotic platforms which can carry both medium and small sized firearms. Robotics comes in handy when it comes to dealing with urban terrorism challenges. Suspicious objects pose risks to human beings. In order to prevent accidents and fatalities, robots are used to reach, shoot, and detonate them especially when operators suspect that unknown objects may explode.

Robots can sense and explode enhanced explosive devices or in-ground mines. They are also used to explode or counteract no longer used mines and weapons left after conflicts end. Governments are on the forefront to accelerate the adoption of these applications following massive investments amid the increase of terrorist attacks in various parts of the world.

The private sector is currently adopting patrol and security procedures, with companies providing autonomous vehicles to control office spaces, factories, and warehouses. These applications enable users to regulate different conditions such as water ingress, intrusion, temperature, and motion.

Monitoring temperature is critical to delicate electronic systems and server firms.  Robotic platforms can be used to monitor warehouses and vacant properties to ensure that autonomous vehicles are adequately protected. What’s more, ground based structures come with cameras and sensors for enhanced vigilance.

Modern day robots are light and small yet they are powerful enough. They come complete with a camera which enables them to patrol inside buildings without human intervention. It does not matter whether the building has light or not as the robot platform camera comes with night vision or infrared.

There is yet another non traditional robotic application which is a small surveillance aircraft often carried in a backpack. The aircraft is capable of taking off on its own once thrown in the air. It helps soldiers rescue themselves in case of danger. Mobile robotic applications from Universal robots come in handy to help persons in the military to transfer equipment within the field.

Wearable robotics is common in military applications. They are important since they enable soldiers to carry heavy loads. Robots play the role of a pack mule; they carry huge amounts of supplies, and are entirely autonomous. The military can use robotic applications to survey and control nuclear weapons.

In the past, such inspection structures were huge and required numerous people fully armed with protective gear to access containment systems. Today, self guided and small robotic structures need one operator in protective gear to approach the robot up to a specific point before releasing it. The robot is operated remotely outside the safeguarded area which minimizes the time and number of individuals exposed to increased radiation levels.

Surveillance has become easier with various military robotic applications. What’s more, they help soldiers detonate hazardous components without causing them grave danger.

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