Many coaches followed our track. Like the waves of the summer, as one rolled away, another as bright and as shining, came on. Every lane formed a "terminus," where a motion of the hand gave notice to the coachman that a passenger wished to get in; and it is impossible to doubt that the traffic along that smooth and wide highway was a source of prosperity to the whole neighbourhood.
The coaches are now off the road—the letters are carried by a mail train, and forwarded across in a high gig with red wheels, and the liveliness and bustle of all the villages and country towns are gone—a few more years, and the ruin of every turnpike trust in England will be another proof of the irresistible power of steam.
It is not contended that rapid intercommunication is an evil; or even that the towns we have mentioned, and hundreds of others, in all parts of the country, do not participate in the advantage, to the extent of being within a shorter distance of London than they were before; for it is evident, that to go to Lincoln would occupy less time if you went to Leicester by the railroad, and travelled the remaining miles by coach. But this is what we maintain—that towns or lines of road through which the railway runs, have an undue advantage—and that the prosperity so acquired, is at the expense of the towns which are not only at a distance from the new mode of communication, but are deprived of the old. Twelve years ago, upwards of a hundred coaches passed through Oxford in the four-and-twenty hours. We will be bound to say, not half a dozen pass through it now; and whatever the University may think upon the subject, it is certain that the alteration is of great detriment to the town, and makes little less difference to the Corn-market and High Street, than the turning the course of the Thames would do to Westminster and Wapping. Who is to keep the beautiful roads by Henley and High Wickham in repair? And who is to restore a value to the inns at the tidy comfortable towns along the line? Will the prosperity of Steveton bring back the gaieties of Tetsworth or Beaconsfield, and the numerous villages within an easy distance of the road? We repeat it—the towns which formerly enjoyed the natural advantages of their geographical position, are now deprived of them; they become subordinates instead of principals, and will sink more and more, as new competitors arise in the towns which will infallibly gather round every railway station.
In every county there are numbers of towns whose fate is sealed, unless some great effort is made to preserve their existence: Marlborough, Devizes, Hindon, Guildford, Farnham, Petersfield, the whole counties of Rutland and Dorset, and the greater part of Lincoln, besides hundreds, or probably thousands, of other places of inferior note.
But what is the effort that should be made, and how are the parties interested to bring their powers to bear in staving off the destruction that threatens them? It is to these points we are now about to address ourselves; and we trust, in spite of the lightness of some parts of this paper; the real weight of the subject will command the notice of all who feel anxious to benefit any neighbourhood in the position of some of those we have mentioned. And the attention of the trustees of high-roads throughout the kingdom is solicited to the following suggestions.
It is conceded on all hands, that where speed is required in draught, the horse cannot compete with mechanical power. At three miles an hour, the horse is the most perfect locomotive machine; but if his velocity be increased to ten, most of his power is consumed in moving himself. The average exertion in each horse in a four-horse heavy coach, is calculated by the author of the excellent Treatise on Draught, appended to the work published on the Horse by the Society for the Diffusion of Useful Knowledge, not to be equal to a strain of more than 62-1/2 lbs., and at twelve miles an hour to be barely 40 lbs. It is therefore useless to rely oh horse-power to enable a neighbourhood to retain its advantages in competition with a railway. To meet this difficulty many ingenious men turned their attention to the possibility of inventing a steam-engine applicable to common roads; and although, in several instances, their experiments succeeded, and many of the difficulties were overcome, still it is not to be denied that, on the whole, macadamized roads are not adapted to locomotive machines. Even when the road is in the best possible condition, the concussion is found so great as materially to interfere with the action of the machinery; and if the road be slightly muddy, or sandy, or newly gravelled, the draught will be double, or even treble what it is on the same road when free from dirt or dust. The author of the Treatise on Draught, accordingly, concludes against the use of steam-carriages on common roads, chiefly on account of their want of uniform hardness and smoothness, and the consequent wear and tear of the coach. "Perfection in a road," he says, "would be a plain, level, hard surface;" and in another passage—"Hardness, therefore, and consequently the absence of dust and dirt, which is easily crushed or displaced, is the grand desideratum in roads."
These opinions were published in 1831, and since that period the desideratum has been supplied. A method of preparing a road has been discovered, uniting all the qualities required for the perfection of a highway. We allude to the system recently introduced of paving a road with wood. On this smooth and hard surface a steam coach goes more easily than on iron rails, and the expense of laying it down is trifling in comparison.
At a meeting of the South-eastern Railway Company in July 1843, a branch line to Maidstone, ten miles in length, was proposed; and as the directors were satisfied it would be beneficial to the parent line, they determined to raise £.149,300, on loan notes or mortgage, to complete it. This gives an expenditure of £.15,000 a mile, and, judging from the estimate of other lines, the estimate is exceedingly low. For less than a third of the sum, the distance could have been laid down in wood without interfering with the traffic of the present road; for one great advantage of the proposed method consists in this, that by setting aside a portion of the present highway, where it is wide enough, or widening it a few feet where it is too narrow, the turnpike would derive a considerable income from the steam-coaches, and the traffic would continue in its accustomed channels. Where a portion of the road was set apart for the sole use of the steam-coaches, they could travel at a very considerable rate, and at a third of the expense of horse-power. And even if the wooden lines were laid down on the common road, with no exclusive barriers between them and other vehicles, a speed of fifteen or sixteen miles an hour could be maintained with perfect safety to themselves and the public. On the 27th of April last year, Mr Squire tried his steam-carriage in the streets of London, and ran along the macadamized part, then in fine condition, at the rate of fifteen miles an hour. On coming to the wooden pavement the difference was at once perceptible; and he pronounced that on such roads he should have no difficulty in keeping up a velocity of thirty miles an hour. In other respects, his carriage appeared to be perfect, and was guided with much greater facility than an ordinary coach.
This gentleman had run his carriage on common roads with great success; and the experiments made in 1831 had attracted so much notice, that a Parliamentary Committee was appointed in that year; and another in 1834, to examine into the subject. As the decision of these committees was eminently favourable, in spite of the difficulties, at that time generally thought insurmountable, arising from the nature of the highways to be travelled on, we shall quote some portion of their reports, from which it will be seen that all other difficulties were overcome.
Mr Goldsworthy Gurney, the first inventor of steam-coaches adapted for common roads, says in his evidence—