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336 gathered velocity as they went. Then, as at Helmshore, in a few minutes there was a collision between the advancing, and the receding trains, and many people lost their lives—many were bruised and mutilated for life, and there was great suffering. All this arose from a defective coupling. If reliance cannot be placed upon iron, and upon the tests which are employed to ascertain if it be still trustworthy, some precaution should be taken at every station, situated upon an incline, to prevent the possibility of the recurrence of any similar accidents. True, they may only occur once in two years; but when the tragedy happens it is so terrible, and sweeping in its operation, that it should be prevented at any cost. Surely the ingenuity which invented railroads can be tasked so as to secure the safety of the passengers who travel upon them.

Great Eastern is proved to be a mechanical success, but possibly a commercial failure. With the destruction of the Red Sea Telegraph it may be said that up till the present time the oceanic cables have not proved trustworthy. Finally, we are informed upon very sufficient authority that the French iron-plated ship La Gloire, which has been announced to the world as a practical error, has, in point of fact, upon all material points, surpassed the expectation of her builders. The result of these three great experiments we have yet to learn.

With regard to the Great Eastern, it is now proved beyond all doubt that the ocean can be navigated in these huge ships not only with perfect safety, but in far greater comfort than in vessels of smaller size. In port, or out of port, the Great Eastern has done and withstood all that could be expected from any fabric built by human hands. Her performances in the gale at Holyhead Harbour showed that, no matter how terrible might be the fury of the elements, she could be held to her anchors and moorings. In her various trips round the coasts of England she has been exposed to very severe weather, and no vessel could have behaved better. Now that the experiment has been extended, and this huge ship has twice effected the passage of the Atlantic in safety, sufficient has been done to show that Mr. Brunel was right in his mechanical calculations, and that, as far as speed and safety are concerned, bulk and volume are not disadvantages to a sea-going ship. The question of whether or no it is more profitable to employ one larger vessel instead of four or six smaller ones for the transport of goods remains purely one for commercial men. It must be decided with reference to the economy of fuel, to the time occupied in loading and unloading, to the power of concentrating merchandise at a given moment at a given spot in sufficient abundance to freight so huge a ship. These, however, are calculations which fall within the usual domain of mercantile forethought, and it will soon be ascertained whether it is more profitable to build ships like the Great Eastern, or to adhere to the more ordinary dimensions and lines which our ship-builders have been in the habit of employing hitherto.

Of the Ocean Telegraphs, on the other hand, we are compelled to speak as failures. Europe and America were indeed linked together by the electric chain for a moment, and in their confusion and surprise stammered out a few assurances of amity and good will. This was no mean triumph for our race. We compelled the lightning to speak English. Franklin had drawn it down from heaven, but we sent it to school. The triumph, however, was as short-lived as it was glorious. The Atlantic refused to contain the chain with which the Old and the New World were bound together. After many an anxious trial we were forced to acknowledge ourselves beaten for the moment, although the perfect success of the experiment can only be a question of time. The most important point of the great attempt has received a successful solution. The electric power generated by human hands can be propelled, or can propel itself, across the Atlantic. If so, there seems no limit to what can be accomplished when more perfect machines are contrived, and brought into play. All that is now wanted seems to be a better protection for the wire, to enable it to resist the rubs and rough usage to which it is exposed at the bottom of the sea. The Atlantic cable is gone—and now we hear that of the wire which had been laid down in the Red Sea there is also an end. The wash of the water upon the coral-reefs, which in this section of the great sea are sharp as razors, is the probable cause of the calamity. Whatever the explanation may be, it is positive that not much communication by ocean telegraph remains. Certainly the difficulties will be overcome in the long run; but as yet, the history of marine telegraphs has been, comparatively speaking, a history of failure.

The third great ocean experiment remains. If what we hear of this new French war-ship be true, all the modern vessels in the English navy are of little further use than as transports. As far as speed goes, it has been found that La Gloire, can accomplish her thirteen or thirteen and a half knots,—no bad rate of progress for a ship of war. We are told that all the stories which we have heard, to the effect that when there is any sea, her lower-port guns cannot be used, are mere fabrications, intended to mislead the public opinion of Europe. The iron sides of the vessel have been subjected to the most crucial experiments, in order to test their power of resistance to projectiles; and, it is said, the desired end has been accomplished. The screw and rudder are so placed as to be safe from almost any possible contingency of warfare. There is neither mast nor rigging, nor spar shown. La Gloire is merely an iron hull upon the water—impervious to shot—of the same build fore and aft, so that she can be moved either way without turning;—protected by an iron-roofing from the efforts of boarders, and with certain contrivances for the expulsion of the smoke, so that the men, when in action, should not be blinded and choked like the gunners in a casemate battery. The vessel is said to carry, or to be capable of carrying, thirty-six or thirty-seven guns of the most formidable kind which modern science has produced.

If these results are true, we have no less a task before us than the entire re-building of the English navy!