The nation or Army that will prevail in modern warfare is the one which can adapt to the environment and change its habits and tactics as neccessary to win. The one which is successful is the one that will prevail. The US must constantly continue to refine its tactics and equipment to meet battlefield challenges and to maintain the edge over opposing forces.
Combat begins with the infantryman who has to go in and fight on the ground. It takes airpower and artillery but the bottom line is that if you don’t have infantry troops on the ground you won’t effectively win the war. The infantry has to clean up the battlefield by eliminating all of the other foot soldiers.
The Defense Advanced Research Projects Agency is about to begin testing prototypes of the Dynamic Image Gunsight Optic or the DInGO.
The goal of the DInGO program is to ensure that the average Soldier can hit enemy fighters at ranges out to 600 meters without having to estimate range or compensate for crosswinds.
Notice the point here that the average soldier will be able to do this. Right now the average soldier may be able to reach out accurately for about 400 meters in good conditions but the truth is that in the heat of battle it turns out to be much less. Army marksmanship training focuses on engaging targets out to 300 meters, since an M4′s 5.56mm round’s trajectory begins to drop significantly beyond that distance. So you can see the immediate advantage that this new optic gives. This would convert into more kills and a definite advantage for oue infantrymen.
I imagine that once the Army has perfected this sight all of the other services will want to use it also. The longer standoff that it will give our infantry will allow them to eliminate approaching troops before they can get too close.
Wind conditions also hinder accuracy. A 10 mile per hour crosswind can push a 5.56mm round off target by more than eight inches at 400 meters. Techniques for reading wind speeds and compensating for their effects on accuracy are generally only taught in advanced marksmanship and sniper courses. Lockheed Martin officials hope that the technology they are building into DInGO prototypes will eliminate the need for training.
“What this device actually has built into it is a small laser that helps the operator make aim-point corrections,” said John Wojnar, director of laser and sensor systems business development at Lockheed Martin’s Mission Systems and Sensors.
DInGO is based on Lockheed’s Advanced Sighting System (One-Shot) technology developed for the sniper community. One-Shot relies on sensors that measure environmental conditions at several points along a bullet’s path to the target.
The 8-power device features a digital zoom function that allows a shooter to quickly change ranges to engage multiple targets from 300 to 600 meters. It calculates the range with a low-power laser rangefinder, zooms in on it and then accounts for environmental conditions without requiring the shooter to move his hands, Lockheed officials said. The embedded ballistic computer then projects the bullet’s point-of-impact with an alternative aim point.
The final version of DInGO is supposed to run for eight hours on two AA batteries. If all goes well, the new optic could be ready for fielding sometime in 2014, Wojnar said.
In addition to the combat mode, DInGO is being designed to feature a surveillance mode that would let the operator take a digital photo of a target to send over a network or store in the memory for future viewing. It would also feature a training mode that would support video feed from an external display, such as a high-definition TV, allowing the shooter to practice in a virtual setting.
The advantage that this new equipment will give to our military ring customers who happen to be infantry troops is that it will allow them to be able to kill the enemy before he can kill them. There may be tradeoffs because things change during the heat of battle but in the end the advantage will belong to our troops.