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CHAPTER 1
From the Maxim machine-gun to the Borchardt pistol
1881, the year in which Hiram Maxim sketched out his first automatic firearm, was marked by civil unrest. Tsar Aleksandr II of Russia had been fatally wounded in March by a bomb thrown under his carriage by a nihilist group; US President James Garfield, shot in July by Charles Guiteau, had died in September; and the brief, bloody, inglorious career of William 'Billy the Kid' Bonney had ended in the dust of a New Mexican summer.
By the standards of the time, 1881 had been unusually quiet militarily. The British had undoubtedly suffered greatly at Laing's Nek and on Majuba Hill in the First South African War, but these parochial squabbles had had little effect on military thinking. The Crimean and American Civil wars had receded into memory, and even the angry redrawing of the Balkan map had mellowed. Minor clashes still sparked and flared across Africa, where European nations argued territorial claims at the point of a gun, but without ever questioning long-established rules of engagement.
Little did the New Year revellers realise, as they toasted 1881 to a close, that the seeds of a new type of warfare were germinating not in parade-ground panoply but in the march of technology.
The self-confidence of the entrepreneurial engineer knew few bounds in the 1870s. A visitor to the Great Exhibition in London in 1851 may have marvelled at the decorative arts; but an onlooker at the Centennial Exposition in Philadelphia in 1876, only a quarter-century later, would have gawped instead at a colossal Corliss steam engine – more than forty feet high – which could generate more than 2000 hp.
It had only ever been a matter of time before standardisation of working practices and the development of reliable steam-powered machinery allowed weapons to be made on a grand scale. The advent of effectual machine tools had been an important catalyst, but, though the American inventor-engineer Eli Whitney pioneered mass-production of firearms early in the nineteenth century, military conservatism had stifled development.
Most of the participants in the American Civil War carried small-calibre improvements of the French-designed Minié rifle of the 1840s, relying on expanding ball ammunition to reach prodigious distances. Though the design of the Minié cap-lock was rooted firmly in the tradition of the musket, it not only extended the range of engagement ten-fold but also provided an impetus for mass production. The best of these guns were made with interchangeable components and could be guaranteed to perform efficiently.
However, there were more obvious clues to the future: breech-loading rifles firing metal-cased cartridges, and even the first machine-guns. When the Civil War finished in 1865 most of these were swept into oblivion by a return to the pre-war standards promoted by professional soldiers – few of whom could see that in the maelstrom of non-standard cartridges and proprietary breech systems lay weapons that would change the face of warfare.
With the discarded guns went entrepreneurs who had raised units of their own to fight for the Blue or Gray; inventors who had endeavoured to perfect weapons which shot farther or more rapidly; and many manufacturers who had striven to translate these inventions into reality.
Because it was so easily forgotten that technology often thwarted courage, Custer left his Gatling Guns in Fort Abraham Lincoln as he rode out to his destiny at the Little Big Horn in 1876. In the battle of Plevna in 1877, a Russian army commander mindlessly threw regiment after regiment against the devastating defence offered by Winchester-armed Turks. Even as late as the First World War, high-ranking officers could be found in every army to decry the utility of automatic weapons.
Many men grew rich on the pickings of late-nineteenth century conflict. Colt had died comparatively young during the American Civil War, but Oliver Winchester, once a shirt-maker, amassed a great fortune even though he himself had never designed a rifle. Mauser's star rose swiftly in Germany, whilst Mannlicher attained equal prominence in Austria-Hungary.
From humble beginnings, companies such as Österreichische Waffenfabriks-Gesellschaft (founded in 1863) and Waffenfabrik Mauser (1874) rose to great heights. The magnitude of their profits was matched only by the scales of production, orders for 500,000 or more magazine rifles being common even by 1880. These could only be handled efficiently by mechanising, to the detriment of the labour-intensive methods that had been in decline since the 1850s. The process was facilitated by the creation of specialist toolmakers such as Pratt & Whitney in the USA, Greenwood & Batley in Britain, and Ludwig Loewe & Company in Germany.
Firearms production was soon concentrated in the hands of a very few ultra-powerful companies, which often entered into protective cartels to eliminate damaging competition. Unfortunately, the transactions were not always scrupulously fair. Patronage, bribery and corruption were interwoven so finely that truth may remain elusive even with the benefit of hindsight.
Desperate to gain colonies in a period when much land had already been annexed, the German government subsidised the sale of Mauser rifles and Krupp cannon in an attempt to colonise through commercial dependence. And it was by no means unknown for an agent to represent several interests simultaneously. A prime example of duplicity – perhaps 'triplicity' would be more accurate – may be seen in the case of Xaverien & Company, which successfully delayed submitting a bid by BSA so that a lucrative Turkish contract could be let with Colt. If Colt's offer had been rejected, the work would have gone to another Xaverien client, Remington.
The advent of smokeless propellant
The design of small-arms made enormous strides between 1870 and 1880, with the advent of the magazine rifle and the introduction of mechanically-operated machine-guns such as the Gatling, Hotchkiss, Gardner and Nordenfelt. However, the performance of all these guns was limited by cartridges loaded with black powder – greatly refined, but gunpowder nonetheless. A major advance would clearly lie in propellant which would eliminate not only rapid accumulation of fouling but also the propellant smoke that customarily obscured the battlefield.
The rudiments of smokeless-propellant technology had been appreciated since the 1830s, when Braccono and Pélouze, working independently, had each realised that fibrous substances burned much more rapidly when treated with nitric acid. Initial attempts to harness this power ended in disaster, even after the advantages of steeping cotton wool in nitric acid had been discovered. Guncotton burned with practically no smoke and left no residue, but the pressures it generated were customarily erratic.
After a decade of trial and error, the first satisfactory smokeless smallarms cartridge was adopted with the French Lebel rifle in April 1887. Credit for this quantum leap is usually given to Paul Vieille, deputy director of the government laboratory, though Schultze Powder (with a wood-fibre base) had been introduced commercially some years earlier. Success had hinged on the realisation that fibrous cotton could be transformed into a hard horn-like substance, which was less sensitive than guncotton, burned much more slowly, and could be moulded, chopped or flaked.
Effectual smokeless propellant finally freed gun designers from the limitations of black powder, allowing the perfection of weapons which may otherwise have failed. Among them was the Maxim machine-gun.
The toggle lock
The history of the Borchardt and Luger pistols begins with the perfection of the toggle system. The basics of this were by no means new, as some of the single-shot rifles of the nineteenth century embodied the gist of the idea. Even the reciprocating steam engine was an embodiment of the underlying principle, as it had been known since the days of James Watt that single-cylinder engines could not always be started if the crank pivots and piston rods were exactly aligned.
The successful combination of the toggle-lock and automatic operation was made by Hiram Maxim, the first to transform vague theory into practicable reality. Maxim's considerable genius spanned many fields, but he is best remembered for his machine-gun ... even though his gigantic steam-powered flying machine was more entertaining. Born in 1840 in the isolated community of Sangerville, Maine, Hiram Maxim was of French Huguenot descent. His family had settled in the United States after staying briefly in England, a connection Maxim knew long before visiting Europe in 1881 to attend the Paris Exhibition.
While in Paris (or so Maxim claimed in 1915, in his autobiography My Life) he had made the 'first drawing of an automatic gun' and decided to stay in England to continue experiments. The inventor initially hired a room in Cannon Street, London, where the first machine-gun drawings were made, before a move was made to 57d Hatton Garden. In an area teeming with diamond-cutters and dealers in precious stones, Maxim modified a Winchester lever-action rifle so that recoil sucessfully operated the action by way of a spring-loaded butt-plate and several levers. This primitive experiment led to an efficient, if cumbersome, machinegun.
Protection was immediately sought in Britain, patent 3,493/84 being granted in 1884, and The Maxim Gun Company Limited was incorporated in the autumn of the same year. The guns were to be made in a factory in Crayford, Kent. The well-established Vickers family, Sheffield ironmasters, had invested heavily in the project; Albert Vickers became the first chairman. Another substantial stake was purchased by Ludwig Loewe & Company of Berlin, whose legatee – Deutsche Waffen- und Munitionsfabriken – was to enjoy a lengthy co-operation with Vickers, Sons & Maxim.
Though even his primitive prototype worked well enough, Maxim soon encountered the inertia of the British authorities. Many small-arms experts refused to believe that a gun could fire 500 rounds per minute automatically at a time when only the hand-cranked Gatling, Gardner and Nordenfelt had achieved notoriety. Eventually, a trial was staged for George, Duke of Cambridge, a cousin of Queen Victoria. Commander-in-Chief of the British Army since 1859, the Duke had often stood firm against change; but even this conservative officer was impressed by the Maxim gun. He was followed by so many dignitaries, anxious to tread in royal footsteps, that the fortunes of The Maxim Gun Company Ltd were assured.
The first machine-guns had been crude and ungainly, but sophisticated features – an adjustable fire-regulator, for example – belied their bizarre appearance. The hook-type locking mechanism was quickly replaced by a toggle system, and perfected designs had appeared by 1885.
The toggle action has been likened to a human knee, the hinged bars locking so that they cannot buckle under stress. The principles of operation are much the same in handguns and machine-guns, though differences will be found in the size of individual components and the position of the pivots. Some inventors favoured a compact action, some strove to restrict vertical displacement during the operating cycle, and others sought reliability at the expense of weight. The Borchardt was the first pistol to embody a successful lock of this type.
Hugo Borchardt
Borchardt was born in Magdeburg on 6th June 1844 but emigrated to the USA at the age of sixteen, shortly before the American Civil War. No details of his movements are known until, in 1865, he was appointed Superintendent of Works for the short-lived Pioneer Breech-Loading Arms Company of Trenton, Massachusetts. Pioneer apparently made breech-loading rifles and five-shot .32 rimfire revolvers, but failed to prosper. Shortly afterwards, therefore, Borchardt accepted a foremanship with the Singer Sewing Machine Company before moving – for only a few months – to Colt's Patent Fire Arms Manufacturing Company in Hartford, Connecticut.
He then went to Winchester, applying for a patent to protect a method of machining lubricating grooves into hard lead bullets. Borchardt's name has also been linked with experimental revolvers exhibited by Winchester at the Centennial Exposition in Philadelphia in 1876, many of which still survive. It has even been claimed that Borchardt played a major part in their development, though the evidence is shaky. There is no doubt that he was involved – for many years, the Winchester museum had a small box labelled in Borchardt's handwriting 'Extractor for Model '76 pistol' – but the basis of the guns seems to be the American patents granted to Stephen Wood in June 1876 and January 1877.
The principal goal of Winchester's revolver-designing exploits was to compete with Colt, who had built a lucrative trade in Model P (Peacemaker) revolvers chambered for the .44-40 Winchester Central Fire cartridge. When the Colt-Burgess lever-action rifle appeared in 1883, however, Winchester revealed a solid-frame rod-ejector revolver designed largely by William Mason. This gun was shown to Colt by Thomas Bennett, Oliver Winchester's son-inlaw, ostensibly to seek marketing advice – but mainly to demonstrate that Winchester could compete with the Colt Peacemaker if promotion of the Colt-Burgess continued. The ploy worked very successfully; in 1884, Colt abandoned the Burgess-pattern rifle.
It is sometimes claimed that Borchardt, upset by the failure of 'his' revolvers, left Winchester for Sharps. The chronology is wildly inaccurate, as Borchardt had been appointed superintendent of the Sharps factory on 1st June 1876; if he was disenchanted, it was by the failure of Winchester's management to promote his designs in the mid 1870s. By 1883, he had returned to Europe.
At Sharps, Hugo Borchardt at last achieved a great success: on 26th September 1876, whilst living in Bridgeport, Connecticut, he was granted US Patent 185,721 for a hammerless dropping-block breech-loader derived from the familiar Sharps system of 1848. A patent of addition followed on 23rd July 1878 (no. 206, 217), both being assigned to the Sharps Rifle Company.
This rifle existed in great variety, despite being in vogue for only a short period. Sharing an identical dropping-block action, they were all made by the Sharps Rifle Company of Bridgeport. Production totalled about 10,000 military-style weapons and 12,500 sporters, but the demise of Sharps prevented the design attaining its full potential.
Once work on the Sharps-Borchardt had been completed, Borchardt turned his attention to a bolt-action rifle developed by James P.Lee, which Sharps had agreed to manufacture. Borchardt was responsible for the development of tooling, but only a handful of prototypes (sporting and military) had been made when the rickety financial structure of the Sharps Rifle Company collapsed in the autumn of 1880. Liquidation was concluded in 1881.
Borchardt, then residing in Peeskill in New York State, found himself out of work. His last US Patent, no. 273, 448, was granted on 6th March 1883 to protect a detachable magazine for machine-guns. As Borchardt had already returned to Europe, after failing to find work elsewhere in New England, the patent was assigned to Joseph W. Frazier.
Hugo Borchardt joined the staff of the Hungarian government firearms factory in Budapest, Fegyver és Gépgyár Részvéntarsaság; by 1889, it is claimed, he had risen to the position of works manager or even managing director. During this period, Borchardt would have attended demonstrations of the Maxim machine-gun, and presumably decided to adapt the toggle-lock and recoil actuation to create not only a pistol but also an automatic rifle. Unfortunately, few details of Borchardt's sojourn in Hungary have become public knowledge excepting that he married Aranka Herczog whilst living in Budapest.
In 1891, Borchardt returned to North America to advise Remington on the development of the Lee rifle to compete in the contemporary US Army trials. However, as the Krag-Jørgensen was accepted instead, Borchardt retraced his steps to Europe to perfect his semi-automatic pistol.
The Borchardt pistol
An absence of reliable information prevents a satisfactory development history being given. Owing to the rapidity with which the Borchardt was supplanted by better guns, few commentators writing at the turn of the century paid it much attention. What little is known with certainty generally comes from military test reports, which pay history little heed.
The oldest surviving pistol appears to be no. 19, which is claimed to have been presented to Eley Brothers in the mid 1890s and is now in the USA. Gun no. 27, owned by a member of the Browning family in Ogden, Utah, also has an interesting – if somewhat apocryphal – story associated with it. According to Val Browning, son of John M., it was left in the Fabrique Nationale factory in Herstal-lèz-Liége by Borchardt himself. The gun bears the marks of Ludwig Loewe & Co, but is largely in the white. The inventor allegedly threw it on the boardroom table after the FN directors refused to manufacture the C/93 in quantity.
(Continues…)
Excerpted from "Luger"
by .
Copyright © 2001 John Walter.
Excerpted by permission of Skyhorse Publishing.
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