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Muzzle energy: This is the force with which the bullet strikes. This will greatly influence the performance of the bullet once it strikes its target. Obviously, the heavier a bullet, the more power is needed to propel it at a high velocity over a long range.Ĭonstruction of the bullet: This includes shape and, very importantly, what the bullet is made of and how it is assembled. Weight of the bullet: This is generally expressed in grains of which there are 15.4 to the gram. The higher the velocity, the flatter the trajectory and the more accurate it will be. Velocity also influences trajectory which is the path in the air followed by the bullet to its target. It drops off rapidly over distance covered.
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Muzzle velocity: This is the speed with which the bullet leaves the barrel of a rifle. So, by way of a change, this article will briefly examine one of these initiated by Great Britain during her imperialistic wars at the close of the nineteenth century - the so-called 'dum dum' bullet, the legacy of which continues to this day.ĭisplay of the bullets referred to in the articleĪs an appropriate introduction it is probably necessary to briefly cover a few relevant basics in the field of ballistics as relating to bullets: Less frequently addressed, however, are those involving the weapons actually used in achieving its objectives. War, its declaration, strategy and tactics are issues of unending controversy. Vol 17 No 2 - December 2016 THE BRITISH SOLDIER'SĭUM DUM BULLET By Terry Willson Photographs by T L Willson unless indicated otherwise
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South African Military History Society - Journal - THE VOORTREKKERS AND THE NDEBELE Part Three Mosega, 1837ĭie Suid-Afrikaanse Krygshistoriese Vereniging