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Posted On 27. 6. 2020
Facts about Tactical Augmented Reality
Tactical Augmented Reality (TAR) is a modern technology incorporating several devices into one piece of machinery. This allows soldiers to identify not just their own location but also allied soldiers ‘positions as well as enemy troops’ locations. This also features thermal imaging functions. That means armies will abandon their Global positioning and thermal imaging equipment, depending on TAR instead. The location functionality of GPS is especially important; soldiers need to rely on a handheld device right now that allows them to be satellite-registered at a site. This technology is slower and more clunky than TAR, and comes with no hands-free option. The Geolocation technology appears right in the view screen, because TAR is a headset. And the armies won’t have to think about satellite-registering their coordinates; TAR will do that for them immediately.
TAR’s graphics are equally impressive; the eye-piece communicates wirelessly with a tablet that soldiers can clip to their waist. It is also wirelessly linked to a spectral vision that is installed on a rifle or carbine for the trooper. It helps the soldier to pick up the map and place it over everything they see. TAR offers detailed images to them, as well as critical goal data. Because the troops are linked wirelessly, they are able to share this information (as well as graphics) with troop leaders. Through supplying this knowledge to all team leaders, the Army expects that the soldiers as a whole will be better prepared to deal with any unforeseen incidents that might pass their routes. When military men point their guns or aim at objectives, the target’s sight picture is reflected in the eyepiece, with relevant details such as the target distance and the pace of their movement. Certain relevant data related to the situation may also be shown, such as ‘battle ID’ and positions of other objectives or friendly forces. The eyepiece even has the eyepiece also has a split-screen multiplayer, so the picture shows multiple perspectives, he said, for example, if the rifle is pointing backward and the Soldier looks forward. The eyepiece also has a split-screen to keep vital details in focus (for example, a view of a weapon and a view of the front).
Since warfare is continuously changing, the armies must keep up with the newest “trends” in the military and search for ways to succeed in the technical war. And, with data and graphics processing increasing possibilities, the range of applications of virtual reality in the military is rising exponentially. Work is still underway, but the prototype will be small, robust, portable and customizable. The latter function is important for AR apps, since very different items are what a normal shooter wants to see and what should be shown to a squad leader. Professionals are actively working on improving the sensory facets of TAR, so the soldiers can start the manufacturing processes. Eventually, military men will be able to experience a previously undiscovered degree of spatial awareness that might very well end up saving innumerable lives.
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