Submarine Warfare of To-day How the Submarine Menace Was Met and Vanquished, with Descriptions of the Inventions and Devices Used, Fast Boats, Mystery Ships, Nets — Background and Themes

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In Category - World Events
Domville-Fife, Charles W. (Charles William), 1886-1960 Project Gutenberg 2009 Not confirmed
World War, 1914-1918 -- Naval operations -- Submarine; Submarine warfare Readers of public-domain and historical texts
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Edition facts

Words 71,955
Reading time 313 min
Text sections 11

For Submarine Warfare of To-day How the Submarine Menace Was Met and Vanquished, with Descriptions of the Inventions and Devices Used, Fast Boats, Mystery Ships, Nets — Background and Themes, the stored edition analysis reports 71,955 words, 5 hr 13 min estimated reading time, and 11 detected text sections.

The text analysis averages about 25.6 words per sentence, while the detected sections provide another way to judge how the source is divided.

Project Gutenberg metadata also associates the work with “World War, 1914-1918 -- Naval operations -- Submarine,” connecting these edition facts with the source record’s subject description.

A 1920 technical account by a Royal Navy Volunteer Reserve lieutenant detailing the countermeasures deployed against German U-boats in World War I, including minesweeping gear, mystery ships, and delayed-action mines, with diagrams and operational descriptions.
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There was no compulsion during the Great War to join any unit of the British fleet. Therefore all were either in the regular service, reservists or volunteers. The need was made known not only throughout the British Isles, but also from Vancouver to Cape Town, Sydney and Wellington, and men in all walks of life, but with either the _Wander-Lust_ or true love of the wide open sea in their blood, rallied from all parts of the far-flung Empire to the call of the White Ensign.

In order to obtain some 6000 officers and nearly 200,000 trained or semi-trained men, new sources of supply had to be tapped. Already the great battle fleets, brought up to full war strength and with adequate reserves, had absorbed nearly all the Reserve officers who could be spared from the food and troop transports.[2]

First came the great sea-training establishment of the Empire--the Mercantile Marine and its retired officers and men--already heavily depleted. Then the yacht clubs from the Fraser to the Thames and Clyde. Thousands of professionals and amateurs came overseas to the training cruisers and the "naval university," Canada alone supplying several hundred officers.

Doctors came from the hospitals and from lucrative private practices. The engineering professions and trades supplied the technical staffs and skilled mechanics. The great banks and city offices yielded the accountants, and the fishing and pleasure-boating communities, not only of Great Britain, but also of the Dominions and Colonies, yielded the men in tens of thousands. In this way the personnel of the new navy was completed in a very few months.

Before passing on to describe, in the detail of personal acquaintance, the severe training of this naval force, a general knowledge of its heterogeneous character is necessary to enable the reader to understand this great assemblage of the sons of the Empire.

In the smoke-filled wardroom and gunroom of the training cruiser, H.M.S. _Hermione_ one windy March evening in 1916 there were some eighty officers of the auxiliary fleet, and of this number one hailed from distant Rhodesia, where he was the owner of thousands of acres of land and a goodly herd of cattle, but who, some time in the past, had rounded the Horn in a _wind-jammer_ and taken _sights_ in the "Roaring Forties." Another was a seascape painter of renown both in England and the United States. A third was a member of a Pacific coast yacht club. A fourth was the son of an Irish peer, the owner of a steam yacht. Then came a London journalist, a barrister, a solicitor and a New Zealand yachtsman, while sitting at the table was a famous traveller and a _pukka_ commander.

In the neighbouring gunroom, among the crowd of sub-lieutenants--all of the same great force, the Royal Naval Volunteer Reserve--was a grey-haired veteran from the Canadian Lakes, a youngster from the Clyde, the son of a shipowner from Australia and a bronzed mine manager from the Witwatersrand.

Among the engineers and mechanics the same diversity. Men from several of the great engineering establishments, a student from a North Country university, electrical engineers from the power stations and mechanics from the bench, with here and there one or two with sea-going experience.

In the forecastle and elsewhere about the old cruiser--now merely a training establishment--were sailors with years of experience in both sail and steam. Fishermen from the Hebrides and Newfoundland rubbing shoulders with yacht hands from the Solent and Clyde.

From this curiously mixed but excellent raw material a naval personnel, with its essential knowledge and discipline, had to be fashioned in record time by an incredibly small staff of commissioned and warrant officers of the permanent service, aided by the more experienced amateurs.

It must, however, not be thought from this that the amateur was converted into a professional seaman in the space of a week or two. Three months of specialised training enabled them to take their place in the new fleet, but with some it required a much longer period to enable them to feel that perfect self-confidence when _alone_ in the face of difficulties and dangers which is the true heritage of the sea.

To describe here the training of officers and men would be to repeat what will be more fully and personally described in succeeding chapters. It is sufficient to say that the aim was to bring them all to a predetermined standard of efficiency, which would enable the officers to command ships of specific types at sea and in action, and the men to form efficient engineers and deck hands for almost any ship in the Navy.

The medical branches naturally required no special training and the accountants merely a knowledge of naval systems of financial and general administration. These two branches had their own training establishments.

Charles W. Domville-Fife, a lieutenant in the Royal Navy Volunteer Reserve who served on the staff of H.M. School of Submarine Mining, wrote this 1920 volume as part of the Science of To-Day series. The book does not narrate battles or campaigns; instead, it systematically describes the hardware and methods used to detect, trap, and destroy submarines. The excerpts reveal a strong emphasis on mechanical detail—for instance, the precise function of kites, sweep-wires, and hydroplane floats in minesweeping operations.

The author’s preface notes he began studying submarines in 1904 and published earlier works on the subject, positioning this text as a wartime practitioner’s summary rather than a strategic history. The catalog subjects list “World War, 1914-1918 – Naval operations – Submarine” and “Submarine warfare,” which accurately reflect the content, but the excerpts show the book is far more about the counter-weapons than about submarine operations themselves.

Minesweeping as Mechanical Problem-Solving

The longest excerpt in the sample is devoted to minesweeping gear, not to submarines. Domville-Fife explains how a submerged wire, towed at an angle, cuts the mooring line of a mine so it floats harmlessly to the surface. He includes diagrams (Figs. 25–27) showing kites that hold the sweep-wire at the correct depth and hydroplane floats that signal when a mine is caught. The prose is functional: “the object is to drag a submerged wire through the water at an angle from the ship’s course until it encounters the mooring wire of a mine.”

He also describes the “delayed action mine,” which stays on the seabed for a set time before rising to firing depth, and the “bottom sweep”—a chain dragged along the sea-bed to overturn such mines. The text treats tides as a critical variable: a vessel may pass safely over a mine at high water but strike it at low water when the mine is nearer the surface. This section shows the book’s core method: break each countermeasure into its components, explain the physical principle, and note operational constraints.

The Author’s Role and the Book’s Perspective

Domville-Fife’s author’s note states he “took a humble part in the defeat of the great German submarine armada during the years 1914-1918.” His dedication is to the memory of Lieutenant Walter Price, R.N.V.R., “a true friend and a gallant officer.” These personal touches are rare in the technical excerpts, but they frame the book as an insider’s account. The title page lists his previous works—Submarines & Sea Power, Submarines of the World’s Navies, Submarine Engineering of To-Day—indicating he was a specialist writer, not a general war correspondent.

The book belongs to Seeley, Service & Co.’s Science of To-Day series, which also included volumes on electricity, astronomy, and aircraft. This context suggests the intended audience was technically literate civilians and naval personnel seeking detailed explanations rather than popular narrative. The excerpts contain no mention of strategy, command decisions, or political context, reinforcing the series’ focus on engineering and applied science.

What the Excerpts Do Not Reveal

The catalog subjects imply the book covers submarine operations, but the excerpts concentrate almost entirely on countermeasures: minesweeping, mystery ships (mentioned in the subtitle), nets, and aircraft. There is no description of U-boat attacks, convoy tactics, or the experience of submariners. The word “submarine” appears mainly in the title and headings; the body text discusses how to find and destroy mines, not how submarines function.

Readers expecting a balanced account of undersea warfare will find instead a manual of defensive technology. The book’s 53 illustrations and diagrams (not all reproduced here) likely reinforce this technical bent. Without the full text, it is impossible to know whether later chapters address submarine design or attack methods, but the sample suggests the work is narrower than its catalog tags imply. The author’s expertise in submarine mining—a branch focused on mine warfare—may explain this emphasis.

This book rewards readers interested in the nuts-and-bolts of early twentieth-century naval engineering. The diagrams and detailed descriptions of sweep wires, kites, and delayed-action mines offer a rare glimpse into the physical challenges of clearing sea lanes. Because the excerpts focus on countermeasures, those seeking a broad history of submarine warfare should supplement this volume with operational accounts. Domville-Fife’s work stands as a primary source for how one nation’s navy adapted its technology to an evolving threat.

There’s something humbling in that old 1920 book, the way it quietly details the nets and mystery ships that held the line. It makes you think about the ordinary people underneath all that ingenuity. A similar, quieter persistence seems to run through All in It : K(1) Carries On — Key Ideas to Explore, though I’ve only just begun turning its pages. Some stories just have that steady, unshowy weight.

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