- Reaction score
- 0
- Points
- 60
On the other hand, our troops had access to alcohol, which the Americans didn't. It made, I gather, for some interesting bartering sessions among the units.
2551 said:There have not been any studies done to date to prove/disprove that the use of a helmet reduces head injuries, or which pattern was "better".
2551 said:There have not been any studies done to date to prove/disprove that the use of a helmet reduces head injuries, or which pattern was "better".
During the period from 9 January to 1 March 1953, a study on the battlefield performance of the M1 steel helmet was conducted in Korea. The study was made by collecting all available helmets hit on the battlefield by enemy fire. The helmets were then forwarded through Graves Registration channels to the Central Identification Unit, Kokura, with information on (1) the type of missile that hit the helmet (grenade, mortar, "burp" gun, and so forth), (2) a complete description of what happened to the individual wearing the helmet, (3) the type of wounds sustained, and (4) the exact location of the wounds. After proper coordination with the Medical and Quartermaster Sections, an order implementing this was published by the Adjutant General, Headquarters, Eighth U.S. Army, Korea, and sent to all division surgeons for their information and coordination with their battalion aid station personnel.
A total of 45 helmets were received during this period of time. It had been hoped that many more helmets would be recovered and forwarded with the information requested. Personal contact with battalion aid station surgeons at a later date revealed the numerous difficulties involved in recovering the helmets. Soldiers who had sustained hits on their helmets without receiving a wound did not want to give up their helmets and in many instances did not turn them in. There was also added danger in attempting recovery of damaged helmets from exposure to enemy fire during the time required for recovery.
In 16 of 45 cases were killed as a result of helmet defeat by the missile. In 13 of 45 cases the missile was defeated successfully, although some of these cases resulted in death from wounds elsewhere on the body. Many of the 16 nonlethal wounds sustained through the helmet were potentially lethal. This was judged from the direction the missile was traveling. Therefore, in assessing the effectiveness of helmet protection, these reductions in wound severity must be considered. In over half the cases studied, possible death resulting from head wounds was prevented by the helmet.
2551 said:There have not been any studies done to date to prove/disprove that the use of a helmet reduces head injuries, or which pattern was "better".
Old Sweat said:Recce Guy, sorry to head down another lane, but the subject of helmets and the policy re wearing them seems to be worthy of dicussion here in the context of dress in korea.
Two important elements relating to fatality of hits and the lethality of weapons are the causative agent and the nature of traumatism. When comparison is made between the various agents causing wounds and deaths in World War II and in the Korean War (table 40), lower proportions were caused by explosive projectile shells (artillery, mortar, and bazooka), rockets and bombs, and boobytraps in the Korean War than in World War II. Conversely, relatively higher proportions in Korea were caused by small arms, grenades, land mines, and other fragments and explosions. The differences are more pronounced among the wounded than among the deaths. In Korea, 27 percent of the nonfatal wounds were from small arms (bullets) compared to 20 percent for all of World War II. The proportion from explosive projectiles (51 percent) was lower in Korea than the 58 percent for World War II, while the proportion from grenades (9 percent) was markedly higher than the World War II figure.
Absolutely. But the report Lucy cites does indicate that the tests were a simple comparison of the ballistic protection provided by Cdn Mk II and US M1 helmets.Michael O'Leary said:But what about protection from blast and shrapnel? Simply examining the protection provided against point-blank small arms fire doesn't exactly represent wound statistics very well.
My post wasn't intended as a in depth study of the ballistic protection offered by either helmet, but a reference to a known Korean War period comparison of the two.XMP said:Ballistic tests, carried out at the US Army arsenal at Watertown in April, 1952, using a .22 calibre 17 grain fragment simulating projectile and 17 grain USA and Soviet shell fragments showed the WWII Canadian Mk.II had a v50* of about 900 ft/sec (270 m/s).
2551 said:He was more than a little bitter that the American army had access to supplies that our fellows could only dream of - but were such poor fighters in spite of it.
2551 said:and truly was an effort to dupe the Chinese into thinking that American troops had moved into position on Hill 355. It was hoped that this would prompt a Chinese attack, giving our troops an opportunity to capture some of them.