(H/T JimmiePop and the Captain's Journal)
But while the M-4 is great for close-combat urban fighting, firing from the pilot's seat of an OH-58D, and for "Geardos", it has some disadvantages in Afghanistan, where mountain firefights often take place at ranges over 300 meters. According to an influential paper written by Major Thomas Ehrhart, an infantry officer attending the US Army's School of Advanced Military Studies:
In conventional offensive infantry combat, the enemy is located and the elements of combat power are used to kill him, destroy his equipment or force his withdrawal. The enemy in Afghanistan blends into the environment, travels light and fast, and normally controls the high ground. The modern infantryman is burdened with heavy equipment to include weapons, communications gear, and protective armor. Additionally, he is not conditioned, acclimatized, or trained for operations at altitude and his performance in this terrain is reduced. Consequently, once the enemy is located it is difficult to maneuver against him.Major Ehrhart recommends an "arms room" concept, where weapons can be customized with optics, buttstocks and barrels to accommodate the operating environment. He also recommends improving marksmanship training, little changed since the 1960s, when American troops were training to engage Soviet Forces in the Fulda Gap. Still others recommend upgrading to more accurate rifles, such as the HK 416, which jam less frequently, and are more easily customizable.
Combat in Afghanistan has shown several trends. The enemy takes advantage of the terrain and engages patrols or convoys from high ground. He also combines this advantage with heavy weapons systems and mortars from a distance, typically beyond 300 meters. From the infantryman’s perspective, he attempts to fix the enemy, since his equipment limits his ability to maneuver, and attempts to kill the enemy through close air support (CAS), close combat attack, (CCA) or indirect fire. The infantryman’s ability to fix or kill the enemy with organic weapon systems at distances beyond 200 meters is limited by his equipment and training. The incapacitation mechanism of small caliber bullets, such as the 5.56-mm, comes primarily from bullet fragmentation.
Bullet fragmentation occurs only at a sufficiently high velocity. All 5.56-mm weapons are most effective when employed within 200 meters due to velocity limitations. Once contact is made, the fight is limited to machine gunners, mortars and designated marksmen. In the table of organization for a light infantry company only the six –M240B 7.62-mm machineguns, two- 60-mm mortars and nine designated marksman armed with either 7.62-mm M14 rifles or accurized 5.56-mm M16A4’s rifles are able to effectively engage the enemy. These weapons systems represent 19 percent of the company’s firepower. This means that 81 percent of the company has little effect on the fight.
Focus: Do you love or hate your rifle?
1 comment:
How does an accurized M16A4 overcome the fragmentation problem that makes the 5.56mm round ineffective at longer ranges? Does the longer barrel add that much velocity? Or is it because the A4 puts the round on target? The M249 is pumping out a lot more rounds, and while not wonderfully accurate as all machine guns are, its still a lot of lead going down range.
And while the mortars & 240's may be 19% of the numerical number, any 11B private would quickly point out that those systems make up a far larger percentage of firepower. At the platoon level, the two 240's are somewhere between 60-80% of the platoon's firepower depending on who you ask. Being in a line squad, there's nothing that sounds better than both guns laying down suppresive fire. Moving into a weapons squad, laying in that base of fire and keeping it going is all that matters.
-- Former pig humper
Post a Comment