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Sniper

— Military

DARPA tests its self-steering bullets against moving targets

By - April 29, 2015 2 Pictures
DARPA has conducted a new test of its self-steering bullets, with both experienced and novice shooters successfully hitting moving targets. The testing proves the effectiveness of the projectile, which was developed under the Extreme Accuracy Tasked Ordnance (EXACTO) program, but the agency is still playing its cards close to its chest when it comes to how the technology actually works. Read More
— Military

DARPA's guided sniper bullet changes path mid-flight

By - July 15, 2014 3 Pictures
With an ability to strike from great distances, snipers present a unique threat in the field of battle. This long-range lethality is not without its complications, however, with accuracy often dictated by wind, rain and dust, not to mention targets that are constantly on the move. Over the last few months, DARPA has been conducting live-fire tests of guided .50 caliber bullets and today unveiled footage demonstrating the project's success. Read More
— Military

Smartphone system determines source of gunfire

By - April 26, 2013 1 Picture
If you were out on the street and suddenly heard sniper fire, you would no doubt react by ducking for cover. The problem is, it’s not always obvious which direction the sound is coming from – crouching behind a certain object might shield you from the bullets, but it also might display you nicely in the shooter’s crosshairs. That’s why a team of computer engineers from Nashville’s Vanderbilt University have developed a smartphone-based system, that determines the location at which the gunshots originated. Read More
— Military

Self-guided bullet could hit laser-marked targets from a mile away

By - January 31, 2012 2 Pictures
A group of researchers at Sandia National Laboratories have built a prototype of a small-caliber bullet capable of steering itself towards a laser-marked target located approximately 2,000 meters (1.2 miles) away. The dart-like design has passed the initial testing stage, which included computer simulations as well as field-testing prototypes built from commercially available parts. Read More
— Military

Fiber-optic laser-based system brings rifle sights into the 21st century

By - April 20, 2011 2 Pictures
At long ranges, snipers must compensate not only for crosswinds and the fact that bullets travel in a curved trajectory, but also allow for even very small barrel disruptions that can cause a shooter to miss their intended target by a wide margin. Contending with such difficulties makes feats such as the 1.53 mile (2.47 km) sniper kills by British Corporal Craig Harrison even more impressive, but a new type of rifle sighting system developed at the Oak Ridge National Laboratory (ORNL) could take one of these variables out of the equation. The fiber-optic laser-based sensor system precisely measures the deflection of the barrel relative to the sight and automatically adjusts the crosshairs to match. Read More
— Military

Lockheed Martin to develop advanced rifle scope attachment

By - May 26, 2010 2 Pictures
Lockheed Martin has won a $3.93 million contract from the Defense Advanced Research Projects Agency (DARPA) to develop high-tech rifle-scope attachment. Designed to improve marksmanship over distances of between three and 600 meters, the Dynamic Image Gunsight Optic (DInGO) system combines a low power laser rangefinder, an embedded ballistics computer and onboard sensors that determine wind and other environmental effects. Read More
— Military

World's longest sniper kill - 2.47km twice!

By - May 5, 2010 10 Pictures
The sniper is without doubt the most feared combatant in any theater of war, the best of whom have an array of skills far beyond simply being able to hit human targets at unfeasibly long distances. As ironic as it might be in wars where satellites and autonomous airplanes are on the same team, snipers are the STILL the most cost effective way of killing the enemy. Individual snipers routinely account for more kills than entire battalions operating in the same place at the same time, hit the target almost every time, and each bullet costs around €2. An elite sniper's skills cannot be assessed with a single measurement, so the “longest confirmed kill” record stands as the pseudo world championship for military combat riflemen, and as of now there's a new outright champion - using an Accuracy International L115A3, British Corporal Craig Harrison killed two Taliban with consecutive shots at a distance of 2.47 kilometres (8120 ft) in Helmand Province, Afghanistan last November (2009). He then fired a third shot and hit the Taliban's PKM machinegun in the most prodigious feat of marksmanship in military history. Read More

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