Former Irish Monk Put World Navies Under Water

John Philip Holland in the conning tower of one of his submarines.  

A bookish looking chap in a bowler hat, walrus moustache, and spectacles so Irish that he had a Gaelic name—Seán Pilib Ó hUallacháin—in addition to his Anglicized moniker,  climbed into a vessel of his own creation and sank beneath the waters  off of New Jersey.  It was May 17, 1897 and John Philip Holland successfully demonstrated the first submarine having power to run submerged for a considerable distance and the first to combine electric motors for submersible operations and a gasoline engine for surface cruising.  In short he had invented the first entirely practical submarine. 

Within three years the boat was snapped up by the U.S. Navy and commissioned the USS Holland, the first of five the inventor built for the service.  The Royal Navy bought the design and launched their own HMS Holland, the first of their Holland class subs.  The Japanese Imperial Navy was close behind building their own, slightly larger boats based on Holland’s design.  Engineers working for the Kaiserliche Marine—Imperial German Navy—soon made additional improvements which rapidly made the initial Holland generation of subs obsolete.  A naval arms race was on and warfare at sea was forever changed.

There had been earlier attempts at underwater craft dating back to antiquity.  Legend has it that Alexander the Great was towed by war galleys in a submersible glass vessel—a form of diving bell.  The operative word here is legend.  There were several recorded designs for various underwater contraptions and a few actually built, with uniformly disastrous consequences in the Middle Ages and Renaissance.  Cornelius Jacobszoon Drebbel, a Dutchman in the service of James I of England, designed and built the first successful submarine in 1620.  It’s exact design is not known, but several witness attest to demonstration on the Thames.  The craft was some sort of enclosed boat that was moved by a small crew using oars.   Breathable air was supplied by a process using saltpeter to create oxygen.  Despite the success further design work based on it by others that seldom left the page.

Bishop John Wilkins of Chester was the first to describe the use of submersible boats in naval warfare in  his Mathematical Magick in 1648:

Tis private: a man may thus go to any coast in the world invisibly, without discovery or prevented in his journey.

Tis safe, from the uncertainty of Tides, and the violence of Tempests, which do never move the sea above five or six paces deep. From Pirates and Robbers which do so infest other voyages; from ice and great frost, which do so much endanger the passages towards the Poles.

It may be of great advantages against a Navy of enemies, who by this may be undermined in the water and blown up.

It may be of special use for the relief of any place besieged by water, to convey unto them invisible supplies; and so likewise for the surprisal of any place that is accessible by water.

It may be of unspeakable benefit for submarine experiments.

There were further experiments in France and Germany in the last decade of the 17th Century and in the first half of the 18th Century there was something of a measurable mania with more than a dozen patents granted.  Few of these progressed to the stage of working models let alone vessels capable of carrying men. But in 1747, Nathaniel Symons patented and built the first known working example of the use of a ballast tank for submersion. He used leather bags that could fill with water to submerge the craft. A mechanism was used to twist the water out of the bags and cause the boat to resurface.  After  that, development stagnated until technological developments of the Industrial Age made rapid advances possible, especially in creating reliable underwater propellant for extended voyages and in air re-supply.

David Bushells Turtle submarine

Americans were among the first to try and use submersibles in war operations.  It did not go well.  The Turtle in 1776  was a hand-powered egg-shaped thing-a-ma-bob designed by David Bushnell, to accommodate a single man. It was the first submarine capable of independent underwater operation and movement, and the first to use screws for propulsion.  A patriot, Bushnell built his device to attach mines or torpedoes to the hulls British ships in New York harbor.  Apparently after several unsuccessful attempts the Turtle operated by volunteer Sgt. Ezra Lee, prepared to attack the flagship of the blockade squadron, HMS Eagle.  She foundered and sank probably because Lee became too exhausted by the strenous effort to move the ungainly craft through turbulent water in the Bay.

In 1800 the French Navy built and sailed on the Seine the Nautilus designed by American Robert Fulton.  It had a sail for use on the surface and a screw propeller powered by two men—the first known use of dual propulsion on a submarine. It proved capable of using mines to destroy warships during demonstrations.  It is considered the first truly operational submarine.  But despite his triumphs and significant support in the Navy, Fulton could not interest the land minded Napoleon Bonaparte to buy the boat.  Undeterred, Fulton took it across the Channel where the Royal Navy also ultimately rejected it as well.  Disappointed, Fulton returned to the U.S. where he enjoyed greater success with the first commercially viable river steamboat.

Robert Fulton demonstrating the Nautilus for French officers in 1800.

Further experiments continued in Latin America, Germany, and especially France over the next decades.

The first real application of submarines in war came during the American Civil War.  The Union obtained the French designed  Alligator.  The promising craft was the first to use compressed air supply and an air filtration system. It was the first submarine to carry a diver lock, which allowed a diver to plant electrically detonated mines on enemy ships. Initially hand-powered by oars, it was converted after 6 months to a screw propeller powered by a hand crank.  She carried a crew of 20.  After successful trials the Alligator sank under tow unmanned on its way to its first combat.  A later Union developed sub, the Intelligent Whale, was not ready for sea trials until after the war ended.  It was abandoned after 20 lost their lives in the tests.

The Confederacy, desperate to break the blockade of its ports, was keenly interested in submarines.  Most sank or failed tests.  The best known was the CSS H. L. Hunley, named for its designer and chief financier, Horace Lawson Hunley.  The ship carried a crew of eight including the captain/pilot and was propelled by a hand cranked screw.  It had no air supply beyond what was sealed in the cabin giving it limited range and submersion time.  A mine was attached to a long front spar which was used to attach it to the hull of a targeted ship.  The Hunley then had to maneuver away from its target and detonate the mine at a safe distance.  Essentially she was a death trap.  She lost half of her crew in one test dive.  Then on February 7, 1864, the Hunley sank the USS Housatonic off of Charleston Harbor, the first time a submarine successfully sank another ship.  Unfortunately in maneuvering away, she sank taking with her all hands.  In recent years the Hunley was famously raised and restored and is on display at the Warren Lasch Conservation Center, in the former Charleston Navy Yard.

The ill-fated CSS Hunley on dock awaiting deployment.

After the Civil War there was an international race to develop more practical and seaworthy Naval submarines.  The development of the self-propelled torpedo in 1866 which meant that submersables could more safely attack at a distance from the target encouraged widespread experimentation and inovation.  During the 1870s and 1880s, the basic contours of the modern submarine began to emerge, through the inventions of the English inventor and curate, George Garrett, and his industrialist financier Thorsten Nordenfelt, and a certain  Irish inventor.  

The 1879 Garrett Resurgam—the second he built with that name—was the first steam powered submersable and was controlled by a pair of hydroplanes amidships.  Swedish industrialist Nordenfelt built a series of warships based on incremental improvements of Garrett’s designs and peddled them to the navies of Greece, its enemy the Ottoman Empire, and the Russians.  The Ottoman Abdül Hamid became the first sub to succesfully fire a self-propelled torpedo while submerged. 

Despite these developments, submarines were still limited in range and dangerously unreliable which is where John Philip Holland comes in.

John Philip Holland, Jr. was born on February 21, 1841 in Liscannor, County Clare, in remote western Ireland’s Gaeltacht region.  His father was a member of the British Coastguard Service who manned a lifeboat for shipwreck rescues.  His mother, Máire Ní Scannláin (Mary Scanlon) spoke Gaelic exclusively and English was a second language in his home.  He did not learn proper English until he was sent to St. Macreehy’s National School which by law offered instruction only in English.  He continued his education and mastery of English in 1858 with the Christian Brothers in Ennistymon.

After completing his education, Holland joined the Christian Brothers and was a teacher, mostly of mathematics at several schools around Ireland.  His interest in submarines was sparked by reading press accounts of the famous ironclad duel between the USS Monitor and CSS Virginia (a/ka/ Monitor) in 1862.  He recognized that the battle had altered the future of naval warfare.  Heavily armored steam ships seemed to be nearly invincible to traditional solid shot naval artillery ammunition and even bounced explosive rounds.  He became convinced that underwater attack would be critical in attacking the new classes of warships which were soon rapidly being built by world navies.  He doodled and sketched and eventually submitted a rough design proposal to the Royal Navy in hopes of getting funded.  The Navy was not interested in the scribbling of an Irish Monk.

Never a hale and hearty man, ill health prompted him to leave the Christian Brothers in 1873 and as part of a second wave of Irish immigration from the Western counties, came to America. At first he worked for an engineering firm doing calculations.   During this period he slipped on ice in Boston shattering a leg.  During a lengthy bed-ridden convalescence, Holland returned to working on refinements of his submarine design.  He was encouraged by Fr. Isaac Whelan, a priest who helped attend his recovery.

Holland submitted a proposal to the U.S, Navy in 1875 but was again turned down.  Whelan may have been the connection to a new client ready and eager to build and deploy a secret weapon—the Irish Republican Brotherhood—Fenians—which was well financed by wealthy Irish-Americans.  Always plotting, the Brotherhood hoped to use Holland’s boat to attack and sink British shipping in Canadian waters to spur  a war between the U.S. and Britain that would divert enough English might to leave the door open to a successful rebellion in Ireland.

he Fenian Ram on display with a memorial to Holland.  Her capabilities piqued the interest of the U.S. Navy.

Holland relocated to sea-side Patterson, New Jersey where he taught at St. John’s Catholic School for six years while he worked on designs, and built models and prototype.  By 1881 the Fenians were so encouraged that they upped their development money allowing Holland to leave teaching for good to concentrate on building a practical ship.  He completed the Fenian Ram but soon had a falling out with the IRB leadership over disputed payments.  Despite its name the Fenian Ram was armed with a clever nine-inch pneumatic gun eleven feet long, mounted along the boat’s centerline and firing forward out of her bow. It operated like modern submarine torpedo tubes—a watertight bow cap was normally kept shut, allowing the six-foot-long dynamite-filled steel projectiles to be loaded into the tube from the interior of the submarine. The inner door was then shut and the outer door opened. 400 psi of air was used to shoot the projectile out of the tube. To reload, the outer door was again shut and the water in the tube was blown into the surrounding ballast tank by more compressed air.  She could have been deadly.

But without a buyer the Fenian Ram and another improved proto-type, Holland III lay idle until 1883 when the Brotherhood stole both boats and took them to New Haven, Connecticut.  But they had no one who knew how to operate them.  Sheepishly, they asked Holland for help.  He understandably turned them down flat.  The Ram was put in storage but hauled out in 1916 and put on display in Madison Square Garden to raise funds for victims of the Easter Rising.  Eventually she was purchased for display at the Patterson Museum where she can be seen today.

But the reported capabilities of the Ram and the Holland III finally attracted the attention of the Navy whose encouragement helped secure private investment.  Holland continued to build ever better prototypes until his 1897 demonstration.  The Navy purchased and commissioned that boat as the USS Holland in 1900.

A year earlier the Holland Torpedo Boat Company, later reorganized as the Electric Boat Company, was created with Holland as the chief engineer and Isaac Leopold Rice as President.  The company got a commission to build six more Holland class subs at the Crescent Shipyard in Elizabeth, New Jersey. 

The launch of the HMS Holland I  at Vickers Ship Yard, October 2, 1901.

In 1901 the Royal Navy decided to overlook Holland’s Fenian connections and Irish Republican sympathies and ordered a boat from him.  And Holland’s company was quite willing to oblige.  A virtual clone of the American ship, the HMS Holland I (or HM Submarine Torpedo Boat No 1) was built in high secrecy at the Vickers Maxim Shipyard at Barrow-in-Furness and entered service in 1902.  She was paired with a sister Holland boat and tender to comprise the First Submarine Flotilla.  She almost saw action in 1904 when the Flotilla was dispatched to attack Russian ships that mistakenly sunk a number of British fishing vessels in the North Sea.  Diplomacy diffused the crisis and the ships were recalled before they went into action.

HMS Holland I, several years obsolete, was decommissioned in 1914 and sunk under tow to the scrap yard.  She was subsequently refloated and is now on display at the Royal Navy Submarine Museum.

The Russians built a fleet of Holland class boats under license and  the Japanese bought 5 Holland boats which were assembled at the Yokosuka Naval Arsenal.  Later with the assistance of Electric Boat engineers they built two more, larger subs based on the Holland model.  The Russo-Japanese War of 1905 presented the occasion for the use of the new subs in combat.  The Russians assembled 7 subs at Vladivostok into the world’s first operational submarine fleet with the boats taking turns on 24 hour patrols.  In April the Russion sub Rom was fired upon by Japanese surface torpedo boats but withdrew safely.  The Japanese fleet never had time to deploy.

Developments by the Germans made the Holland generation obsolete within ten years.  The U.S. Navy decommissioned the USS Holland as early as 1905.  Far more advanced subs were engaged in World War I in which submarines played a significant role.

John Philip Holland late in life.

Holland didn’t quite live to see it.  He died on August 12, 1914 in Newark, New Jersey at the age of 73.  He worked on submarine designs for more than fifty of those years.  Not bad for a former Monk and mild mannered school teacher with no engineering or naval architecture training whatsoever.

His company, Electric Boat, is now part of the mega defense contractor General Dynamics and continues to be the primary builder of U.S. Navy submarines.