PUBLIC VENUE COUNTERSNIPING

Tactics for engaging high-risk threats surrounded by an unsuspecting public!

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As early as 2004, the government has issued advisories that public venues such as arenas and stadiums had been identified as prime targets by terrorists. The potential for causing mass casualties in a venue full of unprotected citizens has an obvious appeal to evildoers bent on disrupting our way of life. A lone gunman or a violent, organized group could attack a professional sports event, rock concert, or even your son’s or daughter’s high school soccer game unless prepared and well-equipped guardians have been trained to identify, assess and counter that threat.

A few areas of the country already have law enforcement snipers at many venues. Unseen and unheralded, these law enforcement officers arrive hours before the event and leave hours later. They assess the venue, find the best vantage points and set up to provide armed overwatch without any of the patrons or fans being aware that local law enforcement officers have their back. However, not every game or concert can be protected; the skill set required to provide the precise marksmanship to eliminate a lone terrorist surrounded by innocent civilians is a specialty—one operators may not learn on the job. So where do you learn that very unique set of skills?

Expert Guidance

The Texas Tactical Police Officers Association (TTPOA), a longtime benchmark for some of the best tactical training in the country, now teaches SWAT snipers and precision rifle marksmen just exactly how to plan, equip and execute missions to provide overwatch in public venues. The need for understanding the complex ballistics involved with high-angle, long-distance shooting was proven by the 1966 Texas Tower event, when a lone gunman killed 10 innocent civilians with long-distance shots from a position 300 feet above Austin, Texas. As the shooter continued to rain accurate fire on the citizens, the counter-battery fire from the street was consistently inaccurate, with most rounds hitting predictably high above the shooter, on the tower clock face. Only when the shooter was engaged in a close-range firefight was the situation resolved.

Most snipers shoot prone with a bipod or off of a rest or pack. On the other hand, when your vantage point is several hundred feet above the ground at an acute angle to the target, your excellent Harris bipod is suddenly woefully inadequate—your only firing solutions are from either standing or sitting positions! That is why the TTPOA “Police Sniper Response to a Public Venue” course shows different and proven methods and equipment to keep the precision rifle on target to make first-round hits at hundreds of yards, within inches of the aiming point, regardless of the angle.

The course cadre and instructors included highly qualified snipers and operators like Mark Spicer, Mark Lang, Jim Smith and K.J. Canterbury, who focused on making sure the students would gain knowledge to make their own hometown venues safer by countering the threat of bad guys taking advantage of “soft targets.”

Classroom time is provided to teach the theory of how to deliver accurate high-angle fire. Shooting a bullet to hit a specific target at a distance over flat ground, or even at shallow angles, is a function of well-known ballistics—matching the flight path of the bullet with the range to the target to impact at a predetermined spot. However, shooting up (or down) at an angle effectively changes the amount of gravity that a bullet experiences during flight. A bullet flight of 400 yards over flat ground experiences 400 yards of gravity. However, at an angle of 45 degrees, the bullet may still travel 400 yards (the slope range) to the target, but only over 280 yards of ground (the horizontal range). That means gravity has less of an effect on the bullet, so it will not drop as much.

For high-angle shots (angles greater than 45 degrees, up or down, with a slope range greater than 150 yards), the direct path of the bullet is always longer than the distance across the ground, so the net result is that, if uncorrected, the bullet will always impact high (greater than 1 MOA). This means that the shooter must aim low to achieve accurate hits. To calculate how much, the slope range must be obtained by either estimation or a rangefinder. Next, the angle to the target must be determined. That can be as easy as a weighted string on a protractor or Mil-Dot Master, or reading the angle on a Slope Doper or a degree/cosine indicator attached to the scope of the rifle. Modern electronics like the Hyskore Ballistic Wizard Shooter’s Computer, or even a smartphone application, can assist the shooter in obtaining a firing solution.

One way or the other, you must convert the “angle to target” to “cosine of angle” to determine the horizontal range by use of the “rifleman’s rule”—the slope range multiplied by the cosine of angle will provide the horizontal range.

Once the horizontal range is determined, then the scope dope for that range can be utilized for a first-round hit. For example, for a slope range of 250 yards and 45-degree angle to target (that is a cosine of 0.70), the horizontal range is 175 yards (250 x 0.70 = 175). The additional variable of wind offset needs to be addressed as well, and if shooting from a forward-moving helicopter, operators must include a reverse lead.