Increasing Small Arms Lethality in Afghanistan:Taking Back the Infantry Half-KM

Steve Janes

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http://www.dtic.mil/cgi-bin/GetTRDoc?AD=ADA512331

A Monograph
By Major Thomas P. Ehrhart
United States Army

AY 2009

Abstract

Operations in Afghanistan frequently require United States ground forces to engage and destroy the enemy at ranges beyond 300 meters. These operations occur in rugged terrain and in situations where traditional supporting fires are limited due to range or risk of collateral damage. With these limitations, the infantry in Afghanistan require a precise, lethal fire capability that exists only in a properly trained and equipped infantryman. While the infantryman is ideally suited for combat in Afghanistan, his current weapons, doctrine, and marksmanship training do not provide a precise, lethal fire capability to 500 meters and are therefore inappropriate.

Comments from returning non-commissioned officers and officers reveal that about fifty percent of engagements occur past 300 meters. The enemy tactics are to engage United States forces from high ground with medium and heavy weapons, often including mortars, knowing that we are restricted by our equipment limitations and the inability of our overburdened soldiers to maneuver at elevations exceeding 6000 feet. Current equipment, training, and doctrine are optimized for engagements under 300 meters and on level terrain

There are several ways to extend the lethality of the infantry. A more effective 5.56-mm bullet can be designed which provides enhanced terminal performance out to 500 meters. A better option to increase incapacitation is to adopt a larger caliber cartridge, which will function using components of the M16/M4. The 2006 study by the Joint Service Wound Ballistics – Integrated Product Team discovered that the ideal caliber seems to be between 6.5 and 7-mm. This was also the general conclusion of all military ballistics studies since the end of World War I.

The reorganization of the infantry squad in 1960 eliminated the M1D sniper rifle and resulted in the loss of the precision mid-range capability of the infantry squad. The modern solution to this problem is the squad designated marksman. The concept of the squad designated marksman is that a soldier receives the training necessary to engage targets beyond the 300-meter range limitation of current marksmanship programs, but below the 600 meter capability of actual snipers. As of June 2009, the equipment and training of the squad designated marksman has yet to be standardized. In field manual 3-22.9 there are only fourteen pages dedicated to training the squad designated marksman.

Any weapon system designed to perform in various environments will invariably make compromises in order to perform all requirements. The modular nature of the M4/M16 series of weapons lends itself to the arms room concept. Under the arms room concept, each soldier would have multiple weapons and optics combinations available. Commanders would have the flexibility to adjust the capabilities of the infantry squad for the anticipated environment while maintaining commonality of the manual of arms.
Finally, the current qualification course does not accurately depict the enemy on the battlefield. It is based on the 1960’s and 70’s concept of active defense strategy. Targets come up and depending on their range, remain up for a period of five to ten seconds. The modern battlefield is never this static. Soldiers fire twenty rounds from a prone or foxhole-supported position, then ten rounds from a prone-unsupported position and finally ten rounds from the kneeling position. Soldiers are conditioned to expect that their targets will not move, will only require one shot to incapacitate, and that a hit anywhere will result in that incapacitation.

The Army now has the opportunity to rectify this degradation of marksmanship capability and take back the infantry half kilometer. The ability to engage targets out to 500 meters requires significant revisions to doctrine, training, and equipment. These revisions require emphasis from the highest levels of military leadership.

The whole article is almost a small book (like 70 pages)and won't fit in a single post.
http://www.dtic.mil/cgi-bin/GetTRDoc?AD=ADA512331
 
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You know this was just his staff college paper right?

Did you read it?

Who cares what it was originally written for, it's all very interesting data. He makes a lot of un-deniable points.

I originally found it Published in an Army Times (or something like that) magazine, it may or may not have been his college paper, I have no idea, but it managed to get published in the magazine I read it in, and remains on the web in PDF form to thought some may like to read it.

If more people in charge thought like this guy, a lot would change.
 
Did you read it?

Who cares what it was originally written for, it's all very interesting data. He makes a lot of un-deniable points.

I originally found it Published in an Army Times (or something like that) magazine, it may or may not have been his college paper, I have no idea, but it managed to get published in the magazine I read it in, and remains on the web in PDF form to thought some may like to read it.

If more people in charge thought like this guy, a lot would change.

Yes, I've previously read the paper and reviewed it again when you posted about it.

I don't disagree with many of the points he identifies. However, it should be noted that one usually takes any paper for staff college with a little grain of salt. So while I think there are a lot of valid points, he wrote it as an assignment, not as a godspell on THE problem faced by the infantry.

If one wanted to make it a discussion:

He dwells on the historical development of infantry individual weapons and ammunition(providing very specific data and references as well). He emphasises on the training deltas faced currently within the US Army, particularly within the infantry. Nevertheless, he is extremely vague in his examples of PORs from more recent conflicts where the individual EQUIPMENT was named the ultimate limiting factor, not planning considerations, tactics, support to operations, etc(He cleverly omits discussing why 'greentip' rounds were selected and the political push for common weapons across the US mil....McNamera)

Although he consistently referred back to magical myths about former ammo tests in history, he did not even consider discussing any other form of 5.56 NATO apart from M855 or a commercial variant or the 6.x magic medium bullets which were all the rage of discussion a few years ago. (He also omitted the A1 round which was in final development while writing his paper)

Although he talked about individual training deltas, he omitted entirely all discussions about a major limiting factor, the human body. In complex terrain, it will be light forces which must take on the fight. Magic heavier bullets are indeed heavier...so what form of doctrine change should there be? What cbt basic load should an individual hold? How will it affect the sustainment and mobility of light forces? ie will the guy be able to carry everything? Not every mission will be an isolated unit hanging out in a COP in the Korengal Valley.

He does not write about combat support capabilities(integral) and the integration of other arms in providing firepower and range to support the infantry. He does not talk at all about mech infantry capabilities(eg a Stryker or Bradley), specifically wrt firepower and range of their wpns systems prior to dismounts getting out.

Clearly, he is a smart guy and obviously the US Army is investing in him by sending him on his staff college course. In fact, he's most likely LTC Ehrhart now. Just saying that these papers are written in a certain way for the purpose of the course but one need not read it as the end-all to problems.
 
He is a LTC now, and he has a great deal of influence for a LTC.

This is about Light or Dismounted Infantry -- despite the Canadian Forces belief that a LAV or Leo II can offer a great deal of firepower in Afghan, they don't do well in mountains.
Dispersed operations are very common, and the rifle squad or section often finds itself alone.

The M855A1 round is not the panacea some think, it has pressures that are at proof levels and as a result the weapons lifespan and reliability.
 
He is a LTC now, and he has a great deal of influence for a LTC.

This is about Light or Dismounted Infantry -- despite the Canadian Forces belief that a LAV or Leo II can offer a great deal of firepower in Afghan, they don't do well in mountains.
Dispersed operations are very common, and the rifle squad or section often finds itself alone.

The M855A1 round is not the panacea some think, it has pressures that are at proof levels and as a result the weapons lifespan and reliability.

Kevin: Ack, I suspected he was a LTC now.

Yes, there definitely must be a differentiation between light and mech forces, which should have been one of the scopes of the paper. As you agree, mech doesn't do well in complex terrain.

Absolutely, I don't allude to M855A1 being the answer but an example of another 5.56 variant that should have been discussed as he jumped straight into the 6.x calibers without comparing M855 with any other. Thanks for the comment about A1 long term use.
 
The 2006 study by the Joint Service Wound Ballistics – Integrated Product Team discovered that the ideal caliber seems to be between 6.5 and 7-mm. This was also the general conclusion of all military ballistics studies since the end of World War I.\

Interesting.
 
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