Highly visable and noticable Embroidered AR-15 Come and Take It Hats. Inspired by the Gonzales Banner.
100% cotton brushed twill cap. Six-panel, button and six sewn eyelets. Contrast color underbill, sweatband and taped seams pre-curved bill has four rows of stitching. Fabric closure with silver buckle and hideaway closure. Embroidered in U.S.A
"Come and take it" was a slogan used in the Texas Revolution in 1835. In March 1831, Juan Gomez, a Lieutenant in the Mexican Army, worked alongside Tadeo Ortiz, a consul at Bordeaux, France, and granted a small cannon to the colony of San Antonio. The small bronze cannon was received by the colony and signed for by Randy Tumlinson. It was then transported to Gonzales, Texas and later was the object of Texas pride. At the minor skirmish known as the Battle of Gonzales, a small group of Texans successfully resisted the Mexican forces who had orders to seize their cannon. As a symbol of defiance, the Texans had fashioned a flag containing the phrase along with a black star and an image of the cannon which they had received six years earlier from mexican officials. In modern times, the "come and take it" flag has been modified and used as a symbol of gun-rights advocates. The first-known modified version, from the 1980s, replaces the cannon with an M16A2 assault rifle and was displayed at a Bill of Rights rally in Arizona. In 2002, the flag was further modified to depict a Barret .50 BMG Rifle.
The mechanism of operation for the AR-15 rifle is known as direct gas impingement. Gas is tapped from the barrel as the bullet moves past a gas port located above the rifle's front sight base. The gas rushes into the port and down a gas tube, located above the barrel, which runs from the front sight base into the AR-15's upper receiver. Here, the gas tube protrudes into a “gas key” (bolt carrier key) which accepts the gas and funnels it into the bolt carrier. This movement of gas into the bolt carrier forces the bolt and carrier backward in line with the stock of the rifle. As the bolt carrier moves toward the butt of the gun, the bolt begins to turn and unlock from the barrel extension. Once the bolt is fully unlocked it begins its rearward movement along with the bolt carrier. The cam pin is responsible for the bolt's rotation as it follows a groove cut into the carrier that twists and forces the bolt to unlock. Once the bolt is unlocked, the bolt carrier and bolt continue to move toward the butt of the gun and the empty case is extracted and ejected out the ejection port on side of the upper receiver.
Behind the bolt carrier is a plastic or metal buffer which rests in line with a return spring that pushes the bolt carrier back toward the chamber. A groove machined into the upper receiver traps the cam pin and prevents it and the bolt from rotating into a closed position. The bolt's locking lugs then push a fresh round from the magazine which is guided by feed ramps into the chamber. As the bolt's locking lugs move past the barrel extension, the cam pin is allowed to twist into a pocket milled into the upper receiver. This twisting action follows the groove cut into the carrier and forces the bolt to twist and “lock” into the barrel’s unique extension.