Hangingrock
Member
M1 Garand problems during WW2 were seventh round stoppage, clips that ejected containing the last round, sticking operating rod cams, problems with the rear sight, and carbon buildup in the gas trap design.
...head to head with the Mosin in Korea, basically it lost!!!
I carried an M1 most of my first tour in Viet Nam. The jungle in Viet Nam is acknowledged to be among the worst in the world -- and I never had a problem with my M1.
The M1 Garand was the reason why the Russians develope a 7.62 semi auto.
No, it did not.
You should read the Chinese accounts of what happened. The Chinese came in in overwhelming strength, and lost so many men that it shapes their military thinking to this day.
I carried an M1 most of my first tour in Viet Nam. The jungle in Viet Nam is acknowledged to be among the worst in the world -- and I never had a problem with my M1.
The Russian instead understood what would have been the future firearm of the infantry and developed their assault rifle, very different from the Garand....
Have you ever taken apart a Garand next to an AK?
FYI - their gas operating systems are surprisingly similar. There is no doubt Mikhail Kalashnikov had a Garand sitting on his workbench when he designed the AK-47.
I'm pretty certain that it's less a matter of what he did than how old he is.How come you carried an M1 in Viet Nam? What did you do?
For those doubting Vern, the Garand saw use by US troops in Vietnam until around 1966.
If a guy dumped an M1 and went with a Carbine he either didn't do a whole lot of shooting or was involved in more urban combat than field combat.
There are very, very few veterans who ever complained in any way about the M1 Garand used in combat.
He and other canucks handled he rifle and were unimpressed with it's weight, complex (at least in relation to the No.4) maintenance and chuckled a bit when some American soldiers were intent on demonstrating it's perfections to the backward Canadians
Is the new Garand semiautomatic rifle, standard infantry arm of the U.S. Army the efficient military arm it is supposed to be? Is it equal in battle efficiency to the Springfield, standard infantry arm for almost three decades?
Does the rapidity of fire of the Garand make it the superior of the Springfield in the hand of competent marksmen? Does the M2 ammunition, now specified as the cartridge for the Garand, compare in battle efficiency with the heavier, more powerful M1 bullet used in the Springfield?
These questions are being pondered, raised alike by technical experts and hardboiled military men, and raised as well in the offices of the National Rifle Association. The Garand rifle, adopted four years ago as the standard infantry arm of the military forces, is the center of a series of questions that today find qualified experts both for and against the rifle.
"In its present state of development we do not believe the Garand rifle has proven itself to be the perfect military arm, with the M2 ammunition, " says Maj. Gen. M. A. Reckord, Executive Vice President of the National Rifle association, Adjutant General of the State of Maryland, a member of the National Board for the Promotion of Rifle Practice, and a combat officer in France in 1917-1918.
"The Garand is the finest shoulder rifle in the world," says the War Department, backing up a prepared statement with a description of an exhaustive test given the new rifle at Fort Benning, Ga., under approximate war service conditions.
"The M2 ammunition, a 150-grain projectile propelled by a comparatively low-pressure powder charge, is specified for the Garand because the Garand will not operate satisfactorily with the more efficient M1 ammunition," says General Reckord. Technical experts of the Rifle Association, including F. C. Ness and C. B. Lister, both highly qualified experts, guardedly point to several weak points in the Garand rifle which might impair its battle efficiency under service conditions.
"Nothing less than the perfect combination of rifle and ammunition should be adopted by our Army," says General Reckord. "The Garand does not function satisfactorily with M1 ammunition and in its present state of development practically is limited to the use of M2 ammunition, which is decidedly inferior from many angles.
"This is a backward step. Why accept ammunition which was discarded twenty years ago immediately following the experiences of the World War? I insist that the War Department should perfect the rifle so that it will be dependable with the best and most accurate ammunition that can be made. The Springfield uses M1 ammunition, with a boat-tail bullet of 172 grains, propelled by a heavy powder charge. The Garand, because of its mechanical faults, cannot satisfactorily use M1 ammunition, over a lengthy test, and is, therefore, restricted in practice to the use of the M2 ammunition, throwing a projectile of 150 grains, with a lighter powder charge, of less penetration and shocking power and of generally less efficiency in battle."
A growing controversy over the United States Army's new semiautomatic rifle, now the subject of a secret study by a House of Representatives committee, broke into the open today with statements that both the Cavalry and the Marine Corps have found flaws in it.
The National Rifle Association made public an editorial from the forthcoming issue of its magazine, The American Rifleman, declaring there was a division of opinion within the Army both as to the wisdom of adopting any semiautomatic rifle for general issue to troops and specifically as to the practicability of the new Garand rifle as a battle weapon.
"As a result of experience in the field, the Cavalry Board has already felt it advisable to undertake experiments to improve the methods of lubricating the rifle and to develop a protecting breech cover" the editorial said. "The Marine Corps is working on a modification of the front sight."
A spokesman for the association said the cavalry has been using the Garand on the Mexican Border and found that it sanded up badly. It was explained that the mechanism requires careful lubrication with graphite, and that sand sticks to the lubricant.
On hearing of this, the office of the Chief of Cavalry issued a statement saying:
"The rifles with which the Cavalry Board initially experienced minor difficulties in lubrication were of an early manufacture. (1936.) They were ordered turned in, and are being replaced by a later model.
"Almost always changes based on actual use are made to correct minor defects after the initial issue of a new small-arms weapon.
"Of course it will be understood that the prevalence of sand on the border is a constant source of concern in the care and functioning of any small arm. Therefore the question of lubrication of small arms is one which the Cavalry Board constantly studies."
Because of the undercurrent of criticism of the rifle, adopted by the Infantry Board as the Army's official shoulder weapon, but not yet in the hands of all troops, the House Military Appropriations Subcommittee has been giving the matter exhaustive study behind closed doors.
The editorial said that, because of the realtively poorer accuracy of the Garand, compared with the Springfield Rifle, the Marine Corps had "materially lowered" its qualification scores in order to maintain the morale of enlisted men by enabling them to qualify and thereby become eligible for certain pay and other benefits.
As already noted, the Ordnance Department in 1939 sent some two hundred Garand rifles to be used in the Small Arms Firing School for civilians held at Camp Perry, Ohio, in conjunction with the National Rifle Matches.
These rifles did not particularly appeal to the expert rifle shots who had assembled for the annual marksmanship event. They had for years been used to the improved M1903 Springfield, known as the National Match Rifle, which was the Regular Army rifle made with extra care, and painstakingly groomed for the best results in long-range shooting. This failure to like the Garand at first sight is chargeable to several reasons besides the natural aversion to forsaking a tried and true friend for something new and strange. In the first place, these Garands were frankly battle rifles rather than match target guns. They had rear sights which had very large apertures, and wide front sights, made that way for better visibility in the woods or in the dusk or under any battle conditions where the lighting was poor. These large apertures and wide front sights did not make for fine scores at long ranges under match conditions. Worse still, the sights would not hold their adjustments. These rifles all had the old-style gas-cylinder assembly, which had the front sights mounted on it, and these gas cylinders had a tendency to permit the front sights to move...
After the Garand demonstration and its use in the Small Arms Firing School at Camp Perry during the National Matches of 1939, the National Rifle Association began to have some misgivings about the Garand. It was just about a month after the end of these matches when, on October 26, 1939, approval was given to the change in design of the gas-cylinder assembly and barrel, and orders were given for Springfield to tool up for the new parts and put them into production, but this information never reached the Rifle Association.
In fact, both at these matches and afterward, the Army seemed to take a decidedly cagey and defensive attitude about the rifle, which was all that was needed to raise a lot of doubts and questions. At the demonstrations at Camp Perry, civilians were invited to fire the rifle but there was always an Army man at the shooter's elbow ready to snatch the rifle away and perform some sleight of hand at the slightest sign of a malfunction. Moreover, the members of the NRA staff, to their surprise, found that they were unwelcome whenever they approached a Garand or wanted to fire it.
A Rifleman expert (F. C. Ness) somehow got one of the jealously guarded Garands, tested it by firing a moderate 692 rounds in three days. Mr. Ness's verdict: "A fine combat weapon, with certain shortcomings." He emphasized the shortcomings:
Garands are supposed to be rapid fire guns, banging out (from clips of eight cartridges) 26 aimed shots a minute, many more shots if unaimed. Mr. Ness wrote: "when we fired the Garand very slowly, loading each cartridge into the chamber by hand, the oil started to bubble out...in tiny specks after 40 shots to 60 shots fired in 25 to 35 minutes." In brief; fired at speed, the Garand would get so hot no soldier could hold it.
By Army account, the Garand is accurate at ranges up to 600 yards (far enough for ordinary combat). N.R.A.'s Garand was disgracefully inaccurate at 600 yards and less. On a 600 yard target, with the gun locked in a bench vise, its shots at the end of 60 rounds were hitting six feet below the mark. Reason: "...The barrel...warped or buckled as it heated from our slow-fired shooting (only 130 shots in three hours)."
At the 359th shot, the N.R.A. Garand began to falter. During the final rounds it broke down, so hopelessly fouled by carbon that it could not be used until it was dismantled, cleaned, lubricated re-assembled -- a complicated job for a soldier under fire...