Carriages & Coaches

Carriages & Coaches By Ralph Straus Carriages & Coaches Chapter the First THE PRIMITIVE VEHICLE “This is a traveller, sir, knows men and Manners, and has plough’d up sea so far, Till both the poles have knock’d; has seen the sun Take coach, and can distinguish the colour Of his horses, and their kinds.” Beaumont and Fletcher. IT has been suggested that although in a generality of cases nature has forestalled the ingenious mechanician, man for his wheel has had to evolve an apparatus which has no counterpart in his primitive environment—in other words, that there is nothing in nature which corresponds to the wheel. Yet even the most superficial inquiry into the nature of the earliest vehicles must do much to refute such a suggestion. Primitive wheels were simply thick logs cut from a tree-trunk, probably for firewood. At some time or another these logs must have rolled of their own accord from a higher to a lower piece of ground, and from man’s observation of this simple phenomenon must have come the first idea of a wheel. If a round object could roll of its own accord, it could also be made to roll. Yet it is to be noticed that the earliest methods of locomotion, other than those purely muscular, such as walking and riding, knew nothing of wheels. Such methods depended primarily upon the enormously significant discovery that a man could drag a heavier weight than he could carry, and what applied to a man also applied to a beast. Possibly such discovery followed on the mere observation of objects being carried down the stream of some river, and perhaps a rudely constructed raft should be considered to be the earliest form of vehicle. From the raft proper to a raft to be used upon land was but a step, and the first land vehicle, whenever or wherever it was made, assuredly took a form which to this day is in common use in some countries. This was the sledge. On a sledge heavy loads could be dragged over the ground, and experience sooner or later must have shown what was the best form of apparatus for such work. As so often happens, moreover, in mechanical contrivances, the earliest sledge of which there is record—a sculptured representation in an Egyptian temple—bears a remarkable resemblance to those in use at the present time. Then, as now, men used two long runners with upturned ends in front and cross-pieces to unite them and bear the load. Such sledges were largely used to convey the huge stones with which the Egyptians raised their solemn masses of masonry and, incidentally, also as a hearse. In time, however, it was found that better results were obtained by the use of another and rather more complicated apparatus which had for its chief component—a wheel. This second discovery that to roll a burden proved an easier task than to drag it was fraught with such tremendous consequences as altered the entire history of the world. It remained to find a better fulcrum than that afforded by the rough turf over which such logs, when burdened, were rolled. What probably followed is well described by Bridges Adams. “The next process,” he thinks, “would naturally be that of cutting a hole through the roller in which to insert the lever. The convenience of several holes in the circumference of the roller would then become apparent, and there would be formed an embryo wheel nave. It could not fail to be remarked also, that the larger the roller, the greater the facility for turning it, and consequently the greater the load that could be borne upon it.” Owing to the difficulty of using such large logs, he goes on to suggest, a time would come when it was found that a roller need not bear upon the ground throughout its length, but only at its extremities. So from the single roller would be evolved two rough wheels joined by a beam, square at first though afterwards rounded, upon which could be fixed a frame for the load. Such axle and wheels would revolve together and keep the required position by means of pieces of wood which may be compared with the thole-pins of a boat. And it is a remarkable fact that until last century such primitive carts were in use in Portugal and parts of South America. The chief drawback to a vehicle of this kind is its inability to turn in a small space, and the pioneers, whoever they were, finally discovered the principle of the fixed axle-tree, the wheels revolving upon their own centre. So, “instead of fixing the cross-beam or axle in a square hole,” these pioneers “would contrive it to play easily in a round one of a conical form, that being the easiest form of adjustment.” Such a car as this, with solid wheels and a rude frame, was used by the Romans, and is still to be seen in parts of Chili. The next process in the evolution of the wheel doubtless followed upon the necessity of economising with large sections of wood, and there was finally invented a wheel made of three portions—a central pierced part, the nave, an outside circular piece, the rim or felloe, and two or more cross-pieces, joining the two, the spokes. Of these the felloes would tend to wear soonest, and a double set would be applied to the spokes, as was the case until recently in the ox-carts of the Pampas, or barcos de tierra, as they were called by the natives. And indeed, the first carriages of which we have particular information, the chariots of the Egyptians and their neighbours, differ essentially from such primitive carts only in the delicacy and ornamentation of the carriage body. Various vehicles are mentioned in the Bible, though one must be chary of differentiating between them merely because the translators have given them different names. Both waggons and chariots are mentioned in Genesis. Jacob’s family were sent to him in a waggon. Joseph rode in the second chariot of Pharaoh as a particular mark of favour. At the time of the Exodus, war-chariots formed an important part of the Egyptian army, and indeed, right through the various dynasties, there is an almost continuous mention of their use. “The deft craftsmen of Egypt,” says Breasted, “soon mastered the art of chariot-making, and the stables of the Pharaoh contained thousands of the best horses to be had in Asia.” About 1500 B.C. Thutmose III went forth to battle in “a glittering chariot of electrum.” He slew the enemy’s leader, and took captive their princes and “their chariots, wrought with gold, bound to their horses.” These barbarians also had “chariots of silver,” though this probably means that they were built of wood and strengthened or decorated with silver. At the dissolution of the Empire the Hittites had increased wonderfully in power, and it is told of them that they excelled all other nations in the art of chariotry. The Hittite chariot was larger and more heavily built than that of the Egyptians, as it bore three men, driver, bowman, and shield-bearer, while the Egyptian was satisfied with two. The enormous number of chariots used in warfare is shown by the fact that in the fourteenth century before Christ, when the Egyptians defeated the Syrians at Megiddo, nearly a thousand were captured, and against Ramses II the Hittites put no less than 2500 into the field. “The Egyptian chariots,” says H. A. White, “were of light and simple construction, the material employed being wood, as is proved by sculptures representing the manufacture of chariots. The axle was set far back, and the bottom of the car, which rested on this and on the pole, was sometimes formed of a frame interlaced with a network of thongs or ropes. The chariot was entirely open behind and for the greater part of the sides, which were formed by a curved rail rising from each side of the back of the base, and resting on a wooden upright above the pole in front. From this rail, which was strengthened by leather thongs, a bow-case of leather, often richly ornamented, hung on the right-hand side, slanting forwards; while the quiver and spear cases inclined in the opposite direction. The wheels, which were fastened on the axle by a linch-pin secured with a short thong, had six spokes in the case of war chariots, but in private vehicles sometimes only four. The pole sloped upwards, and to the end of it a curved yoke was attached. A small saddle at each end of the yoke rested on the withers of the horses, and was secured in its place by breast-band and girth. No traces are to be seen. The bridle was often ornamented; a bearing- rein was fastened to the saddle, and the other reins passed through a ring at the side of this. The number of horses to a chariot seems always to have been two; and in the car, which contained no seat, only rarely are more than two persons depicted, except in triumphal processions. Assyrian Chariot (From Smith’s “Concise History of English Carriages”) “Assyrian chariots did not differ in any essential points from the Egyptian. They were, however, completely panelled at the sides, and a shield was sometimes hung at the back. The wheels had six, or, at a later period, eight spokes; the felloes were broad, and seem to have been formed of three distinct circles of wood, sometimes surrounded by a metal tyre.

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