Modern Rifle Shooting
Long range rifle shooting may now be considered an established institution in this country; although it is only a few years since it was introduced here from England. its birthplace, yet so zealously have the people taken to it that they not only excel their former instructors, but they can also teach them many things about the art which they never dreamt of.
Few persons except ordnance and engineer officers and expert riflemen really comprehend what wonderful judgement, steadiness. and accuracy of aim are required to plant thirty-seven bullets out of forty-five within an area of thirty-six inches, at ranges of 800, 900 and 1,000 yards, and place all within an area of fifty-four inches; but a little study will prove what a remarkable feat it is.
A thousand yards, for instance, is 120 yards over half a mile. Now, a man looks insignificant at that distance, and the idea of potting him with a rifle would seem an absurdity to many persons. Yet most of our best marksmen might be depended upon to "bag" him occasionally, and they would be almost sure of hitting him every time at five or six hundred yards in anything like fine weather. Even a battalion of soldiers armed with modern weapons of warfare could plant their bullets within the area of an ordinary room at a thousand yards; and as they could fire a hundred rounds in ten or fifteen minutes, they would, of course, be able to decimate any body of men that might attempt to charge them, long before the assailants could reach them.
This wild style of firing cannot, however, be compared for a moment to long-range shooting, which might be called a scientific art, as its devotees have to expend much of their time and thought in studying and practicing it, and must not only keep in good health, but also deprive themselves of many luxuries which other men in their position in life would not do without. Prudence, perseverance, temperance, observation, and self-denial are the first requisites for a good marksman; and when he possesses these, and can hold the spirit-level of his front sight as steady and even as if the rifle were fast in a vise, he may be depended upon to get on the bull's-eye quite frequently at a thousand yards, provided he is blessed with good eyesight and is not nervous. The latter malady is generally of only short duration, however; for the quietude, caution, and coolness which a man must exercise in practice or in shooting a match will soon give him a steadiness which no other exercise that I know of can. Most persons who have come in contact with the best riflemen in this country and Great Britain must have noticed how very placid they are in movements and conversation, even at the most exciting moments, and how philosophically they bear defeat when fortune is against them, or victory, when she favors them.
Another interesting point about them is, that not one of them has black or brown eyes; blue, gray, hazel, and even green being the prevailing colors. It is said that no black or brown eyed man can become a good long-range shot, as his sight is not keen enough to enable him to discern objects plainly in a distance. Those who have deep-set eyes are said to be sharper in vision than those who have full ones, simply because they can concentrate their sight more, and therefore see further and more distinctly; but the others command a larger range of objects.
Strength of body has also something to do with success at the butts, for a strong man can bear the recoil of a gun carrying a heavy charge of powder better than a weak one, and therefore does not break down so soon; and as the precision of the bullet largely depends on the quantity of powder used, it follows that the larger the charge, provided it can be burned to advantage, the better the shooting, and the sturdier the man the more certain he is of success, other things being equal. A tall man has also an advantage over a short one when shooting in a prone position, face downward, as his long arms give him a better leverage for holding his gun steady; but the latter often excels him when firing from the back position. It will, therefore, be seen that physique plays no unimportant part in making a first-class rifleman.
Having glanced at the preliminary points, let us now see what routine a man must follow to become a good long-range shot and fit to enter the International team. The first thing necessary to be done is to secure a rifle and become acquainted with its idiosyncrasies, for no two rifles shoot alike; hence he who may make a splendid score with a gun with which he is familiar, may make a miserable one with another to which he is a stranger. He must also learn the technicalities of shooting, and be able to explain all about lines of sight, lines of fire, point-blank ranges, and trajectories, so that he may thoroughly understand what he is doing.
In long-range shooting the trajectories are so high that the ball rises from thirty-five to forty feet in a thousand yards; and as no two rifles have the same trajectory, a person must be well acquainted with his weapon before he can use it to the best advantage. The flatter the trajectory is the better, as the ball goes to its destination in a straighter line, and having less atmospheric resistance to overcome, it is more likely to reach the bull's-eye. The flatness of the trajectory of the Express rifles, which shoot point blank to a distance of two or three hundred yards, is what gives them their superiority in the eyes of sportsmen, and makes them invaluable for killing large game. The flatness being obtained principally by a sharp twist in the rifling, and by using large charges of powder and comparatively light bullets, they are unfit for long-range shooting, as they cannot compete in accuracy with guns made specially for that purpose.
The Remington Creedmore rifle, which has won more victories than any other arm manufactured, has a length of barrel of thirty-four inches, five grooves and lands, and a twist of one and a half; the grooves are rather shallow compared to some military weapons, and the lands are broader. When the Irish team first visited the United States, the charge of powder used in the old Remington gun was ninety grains, while the bullet weighed 550 grains; but since Hepburn's improved breech block and level have been adopted, the charge has been increased to 105 grains. This gives much better results than the lesser quantity did, as it imparts a higher velocity to the bullet, and, as a consequence, increases its power of resistance to the atmosphere and insures greater accuracy. The bullet used is softer than that made by Rigby, it being composed of one part of tin to eleven parts of lead. This is supposed to suffer less from friction while passing through the rifle than the harder ball, and to be therefore more accurate; but some of the gunmakers of Europe entertained a different idea, and made the missles so adamantine that their violent passage through the barrel does not alter their shape in the least. They also think that hard bullets are less liable to "lead" the gun better than the soft; but they keep their outline better, and are truer in flight. Some of them - as, for instance, the Rigbys - make their bullets heavier than those used here, the average weight being, if I remember rightly, 600 grains.
Bullets in flight follow the peculiarities of the rifle. Thus a gun whose grooves twist to the right will drift a ball in that direction, just as a top is spun with a string wound to the right will go to the right, or to the left if wound to the left. This being a mechanical effect, it can be readily corrected after a little practice: for all a person has to do is to allow for the "drift" at the various distances.
The state of the atmosphere also affects the flight of the ball very much, and one sudden puff of wind may cause a man, or a team, to lose or win a match. The wind is, in fact, the most important element in deciding the fate of a contest; for unless a person watches it closely and corrects his elevations as it increases or decreases in force, or changes in direction, he is more likely to score "goose eggs" than bull's-eyes.
Several varieties of wind are known at Creedmore, and each is called after a particular hour of the day. Thus, a 12 o'clock wind is one which blows from the target toward the rifleman, and a 6 o'clock wind that which blows the opposite way. The latter is the worst of all, as it wafts the smoke down the range, and often conceals the targets from view for several moments at a time. As the riflemen dislike it very much, they try to finish their matches before it appears, especially if the day is very calm, as the smoke then hangs over the ground like a cloud of vapor.
The way in which winds are defined is to hold a watch in the hand in such a manner that the twelve o'clock mark points toward the targets, and then to call the changes to the right or left of that mark by certain names; as, a 1 o'clock, a 3 o'clock, or an 11 o'clock wind. The direction whence it blows can be learned in a moment by glancing at the miniature flags that float from the poles planted all the way up and down the range for the purpose of giving timely notice of any change; for it is nothing uncommon for Boreas to veer four points or more between two shots, and to increase or decrease a mile or two in velocity in as many minutes. To keep track of the force and direction of the wind is therefore an important part of a rifleman's work; for the least mistake on his wind gauge is liable to send the ball wide of the target, or, at the best, to score only an outer.
A wind that causes no small amount of annoyance is that which is designated as the "fish taily," on account of its rapidly shifting position from right to left, and vice versa. This may blow near the targets, yet not show any indications of its presence at the firing points, or the reverse; for its force and direction often vary very much at different portions of the range. In the matter of misses the wind again plays an important part; for if it blows down the range--that is, toward the targets--it often lifts the ball so much as to carry it half a mile or more beyond the butts; but if it blows from the opposite direction it may send the .................into the ground several hundred feet away from its intended destination.
The condition of the atmosphere, even when there is scarcely any wind, has also much to do with good shooting, as the balls fly higher, faster, and truer in warm, humid weather than in cold, the difference in the rise alone between summer and winter being at least ten or twelve feet in a thousand yards. Hence a marksman must use higher elevation in winter than in summer to reach the bull's-eye and sometimes a larger charge of powder in order to overcome the greater resistance of the air.
The reason why bullets fly lower and slower in cold than in warm weather is due, no doubt, to the condensation of the air; for if it is governed by the ordinary laws of nature philosophy, it is expanded by heat and contracted by cold, as all other bodies are. It therefore follows that the more frigid the weather is the denser the atmosphere is, and the greater resistance it offers to objects passing through it. The best days for making good scores are those which are moist and pleasantly warm, as the balls then meet little resistance, comparitively speaking, and as a consequence go direct to the target.
Hot days, when the sun shines brightly, are not conducive to high scores, as the sun produces mirages which cause the targets to look all sorts of shapes., and to appear higher or lower than they actually are. Even a passing cloud may distort the rifleman's line of sight so much that he is more likely to score a "magpie" than a bull's-eye, especially if the cloud is heavy and rather low, as that apparently lowers the center of the target.
When a marksman has learned how to overcome the difficulties placed in his way by wind and weather, the law of gravitation, and the pecularities of his rifle, his education may be considered complete; still, like students in every other sphere of knowledge, he can always learn something new, for we cannot suppose that everything apertaining to rifle shooting has yet been mastered. As an instance of this we may refer to the sights now in vogue. On most rifles the wind gauge is attached to the front sight, and when that is used in anything like a stiff breeze, or one which fluctuates much, it requires no small amount of time, judgement, and caution to change it to the proper degree; hence misses are frequent in a shifting wind, and a man who may make a splendid score at one range may break down badly at another. It would evidently be much better if the wind gauge was attached to the rear or Vernier sight as well as to the front, as it could be changed more rapidly, and the rifle, when pointed, would not look as though the party who was going to fire it intended to shoot several hundred yards to the right or to the left of the target. The advantage to be obtained from this combination is that the gauge can be graded quicker than by the present method, that the aim is more likely to be more accurate, and that the liability to fire at the wrong target is lessened. The Ilion (N. Y. ) team used this kind of a gauge at the last inter-state contest at Creedmoor, and as they won, it is safe to assume that the improvement in their rifle sights aided them to some extent. If they, for instance, had to change their gauge say, for example, ten degrees, they put six or seven degrees on the one attached to the rear sight, and the remainder on the one in front, so that they are able to keep both forward and back sight on nearly the same line. This method of affixing the wind gauge will probably be adopted by the majority of the rifle clubs in a comparatively short time, especially if its merits are made known.
The rear sight is now attached to the extreme end of the butt of the rifle, as the back position is the favorite one with the best marksmen. This enables them to fire more rapidly than they could in the old positions when the sight was placed near the barrel, and some distance from the eye. The elevation can also be corrected promptly, and with less trouble, and the eye is not strained so much in trying to take aim through the pin-head hole that forms the sight.
How necessary is it to be able to correct elevations readily may be inferred from the fact that the raising or depressing of the Vernier scale say five degrees, or the 5-100ths of an inch, makes a difference of four feet two inches at a thousand yards--enough to send a ball over or under a target. This alone would show what great judgement and experience persons must have in order to make the remarkable scores which have given Creedmore a world-wide fame.
The fact that the Americans have never been beaten is a good indication that they will not be, for they have always kept ahead of their rivals, and what would be called in Europe a phenominal score is not thought to be anything unusual here. It may be interesting at this point to show how rapidly our riflemen have advanced during the past few years, and compare their scores with those of their adversaries. That long-range rifle shooting was in its infancy here in 1874 may be inferred from the fact that no person thought of attempting to fire at the distance of 800 yards, and that Colonel Bodine's score at 500 yards was deemed a wonderful feat; yet that has been equaled recently at 1,000 yards. When the Irish issued their first challenge, no person in the country had any idea that our men could defeat the victors of Europe, yet the challenge was pluckily accepted by the Amateur Rifle Club with what result is already known to most people. The score they made in that contest was the best on record up to that time, but seems a very small one now, when teams of the National Guard, armed with military rifles, can excel it.
What a contrast there is between the average of 155 1-6 made by the American team of 1874, and the 215 1/3 placed to the credit of the champions of 1880, when they had to compete against Rigby's breech-loaders, which were said to be equal to the best turned out in the United States. In the great match of 1876 for the Palma, in which the Irish, Scotch, Australians, and Canadians took part, the Americans beat the Irish by 22 points, the Scotch by 63, the Australians by 64, and the Canadians by 203. The matches between the Victoria Rifles of Canada and the Amateur Rifle Club of New York have always been won by the latter.
The leading match between American riflemen is that waged for the Leech Cup at 800, 900, and 1,000 yards. This is open to all native born citizens of the United States and resident members of the Amateur Rifle Club regardless of nationality, but thus far it has been won only by native Americans, and their scores have not yet been equaled in the British Kingdom. This cup is held for a year by the winner, who is styled champion, and he receives in addition a gold medal worth $50, which remains his private property. This cup was won in 1875 by Col. John Bodine, with a score of 205; in 1876 by Col. H. A. Gildersleeve, with a score of 204; in 1877 by Major H. S. Jewell, with a score of 213; 1878 by Frank Hyde, with a score of 205; in 1879 by J. S. Summer, with a score of 215; in 1880 by T. Lamb, Jr., with a score of 218; in 1881 by Captain Leslie C. Bunce, with a score of 217.
As long as our riflemen can run up such scores as these there is little danger of the Palma crossing the Atlantic; yet every lover of the rifle must wish that the best men may win, even if the trophy should seek a change of air for a time.---J. Mortimer Murphy In The Gentlemen's Monthly.
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