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‹Better GutenbergRides on RailwaysSoho — Watt, Boulton, Murdoch · 19 of 32Contents›

Rides on Railways

by Samuel Sidney

19 of 32 · Contents · Download EPUB

Soho. — Watt, Boulton, Murdoch

On leaving Birmingham, the railway almost immediately passes from Warwickshire into Staffordshire, through two parishes, Handsworth and Aston, which, presenting nothing picturesque in natural scenery or remarkable in ancient or modern buildings, with one exception, yet cannot be passed over without notice, because they were residences of three remarkable men, to whom we are largely indebted for our use of the inventions which have most contributed to the civilisation and advance of social comfort in the nineteenth century.

Two miles from old Birmingham, now part of the modern town, lies Soho, in the suburb of Handsworth, which, in 1762, was a bleak and barren heath.

In that year Matthew Boulton, the son of a wealthy Birmingham hardwareman, purchased Soho, and erected on it a mansion, with pleasure grounds, and a series of workshops, for carrying on the then staple trades of the town, in shoe buckles, buttons, and other articles included in the general title of “toys.” In 1774, Boulton entered into partnership with James Watt, and commenced, in concert with him, the experiments in which Watt had been for some years engaged for improving Savary’s imperfect Steam-Pumping Engine. After years of the concentrated labour of genius of the highest order, and the expenditure of not less than £47,000, their success was complete, and Watt’s inventions, in the words of Lord Jeffrey, rendered the Steam Engine “capable of being applied to the finest and most delicate manufactures, and its power so increased, as to set weight and solidity at defiance. By his admirable contrivances, it became a thing stupendous alike for its force and its applicability, for the prodigious power it can exert, and the ease and precision, and ductility with which that power can be varied, distributed, and applied. The trunk of an elephant that can pick up a pin or rend an oak, is as nothing to it. It can engrave a seal, and crush masses of obdurate metal like wax before it; draw out, without breaking, a thread as fine as gossamer, and lift a ship of war like a bauble in the air. It can embroider muslin, and forge anchors, cut steel into ribands, and impel loaded vessels against the fury of the winds and waves.”

The march of death and time have removed all the men who were engaged in assisting James Watt and Matthew Boulton in their great works. The numerous mechanical trades in coining, plating, and other Birmingham manufactures, in addition to the construction of steam engines, which first turned the waste of Soho into the largest workshop in Europe, have passed into other hands, and been transplanted. The manufactory of steam engines, removed to another site, still exists under the name of the old firm; but within a very recent period the pleasure grounds in which James Watt often walked, in earnest converse with the partner to whose energetic and appreciative mind he owed so much, have been invaded by the advances of the neighbouring town, and sliced and divided into building lots. Aston Hall and Park must soon suffer the same fate.

Very soon there will be no vestiges of the homes of these great men, but they need no monuments, no shrines for the reverence of admiring pilgrims. Every manufactory in the town of Birmingham is a monument of the genius which first fully expanded within the precincts of Soho. Thousands on thousands find bread from inventions there first perfected or suggested.

When Watt explained to Smeaton, the architect of Eddystone Lighthouse and the greatest engineer of the day, the plan of his steam engine, he doubted whether mechanics could be found capable of executing the different parts with sufficient precision; and, in fact, in 1769, when Watt produced, under the patronage of Dr. Roebuck, his third model, with a cylinder of block tin eighteen inches in diameter, there were only one or two men capable of giving the requisite truth of workmanship to air-pump cylinders of two inches in diameter. At the present day, as before observed in reference to Wolverton, there are thousands of skilled workmen employed at weekly wages, to whom the most difficult problems of Watt’s early experiments are familiar handiwork.

At Handsworth, too, working for a long life in the Soho manufactories as the servant, confidential assistant, and friend, lived another remarkable man, William Murdoch, the inventor of illumination by gas, and the author of the first locomotive steam engine, and of several important contributions to practical science, to which justice has scarcely been done.

William Murdoch employed coal gas so early as 1792, for the purpose of lighting his house and offices at Redruth, in Cornwall, when he was superintending the pumping engines erected there by Messrs. Boulton and Watt; for it was he who erected for them in that district the first Cornish pumping engine, with separate condenser. He had at that time in regular use a portable gas lantern, formed by filling a bladder with gas, and fixing to it a jet, which was attached to the bottom of a glass lantern, which he used for the purpose of lighting himself home at night across the moors from the mining engines.

His locomotive engine, made upon the non-condensing principle (since adopted in all engines for that purpose), was constructed, in consequence of a lameness which confined him to the sofa, and set to work at Redruth in 1784. It is still in existence in perfect working order, and was exhibited before a meeting of the Mechanical Engineers at Birmingham, in the year 1850, when a memoir of Mr. Murdoch was read, which has been kindly forwarded to us by the President, John M’Connell, Esq., C.E.

It is among the traditions of Redruth, that one night William Murdoch, wishing to try an experiment with his new invention, lighted the lamp under the boiler, and set it a-going on a narrow, smooth, hard-rolled gravel walk leading to the church, a mile distant. The little engine went off at a great pace, whistling and hissing as it went, and the inventor followed as fast as he could in chase. Soon he heard cries of alarm, horror, despair, and came up to the worthy clergyman of the parish cowering up against the hedge, almost in a fainting fit, under a strong impression that it was the Evil One in person who just hissed past him in a fire-flaught.

Those of this generation who remember their first encounter with a locomotive in a dark night, can realize the terror of a country clergyman on encountering so strange an apparition in a night walk.

It speaks as highly for Messrs. Boulton and Watt, in whose service he passed all the active years of his life, as for Mr. Murdoch, that on leaving Cornwall, he refused £1000 a-year, which was offered him by the mining adventurers to remain in the county, in charge of the steam-pumping engines. Liberal as the offer seems, it would have paid them well, for on his departure the engines lost twenty-five per cent. of their working power.

Handsworth Church, near Soho, contains a marble statue of James Watt, by Chantrey, a copy of that erected in Westminster Abbey.

The railway passes Aston Hall, where James Watt and his only surviving son lived until his death a few years ago. The park contains some fine trees, and the house is a good specimen of the domestic architecture of the time of Elizabeth.

It was sold for a trifling sum, with an imperfect title, which time has cured, to a speculating banker; and, after having been let to the late James Watt on a long lease, is now likely to exchange mansion and park for a congeries of cottages in rows, forming forty-shilling freeholders.

The passion which the mechanics of Birmingham have for investing in land has rendered land near that town dearer than in parallel situations near London.

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