First Responder, Law Enforcement Robot Mobile Platform Systems of Engagement Market Opportunity to 2019

First Responder, Law Enforcement Robot Mobile Platform Systems of

Engagement Market Size, Share, Global Trends, Company Profiles, Demand,

Insights, Analysis, Research, Report, Opportunities, Segmentation and

Forecast To 2013 - 2019

The first responder, law enforcement robot mobile platform systems of engagement market is

projected to reach USD 12 billion by 2019. The market was estimated to be worth USD 5.4

billion in 2013. The market is poised for growth following terrorist attacks and need to save

soldiers from unnecessary bloodshed. The market employs automated processes to deploy robots

on the battlefield.

These systems of engagement run on solid batteries and motors, and have tracking and sensing

ability. They can run on the latest mobile platforms and can be operated via smartphones. In the

last decade, US law enforcement agencies have relied on these systems to protect troops against

explosives and create an intelligent and far-reaching network.

Even as recent reports suggest that the US Army will leave Afghanistan, it plans to upgrade

2,700 of its first responder, law enforcement robots. And another 2,649 distributed among other

law enforcement agencies of the US. The US government aims to increase its defense budget as

evident from the Boston bombing incident. In this particular incident, police officers from

Watertown rolled up their police car controlled virtually near the terrorist’s stolen Mercedes.

This spooked the terrorists to shoot indiscriminately at the vehicle and detonate bombs in the

rogue vehicle. The terrorists were then captured by using a robot driven car.

Browse the full “First Responder, Law Enforcement Robot Mobile Platform Systems of

Engagement Market” report at: http://www.radiantinsights.com/research/first-responderlaw-enforcement-robot-mobile-platform-systems-of-engagement

Thus, the terrorists were captured with minimum loss of personnel by the Watertown police. This

illustrates the need for robots which play a huge role of stopping...