Fig. 1: Robert MontgomerieFencing started to become an acceptable pastime for women in the late 1880s, when the Prince of Wales sent his three daughters to Baptiste Bertrand for instruction. [Fig. 2 shows Bertrand’s salle for women.]
Fig. 2: Salle BertrandWithin 10 years the formidable Toupie Lowther [Fig. 3] was defeating all her opponents, including many men.
Fig. 3: Toupie LowtherBut she had retired by the time the first British women’s foil championship was held in 1907, Millicent Hall [Fig. 4] winning from a field of 37 competitors.
Fig. 4: Millicent HallIt was not until 1924 that women’s foil was accepted at the Olympic Games. Anxious to make foil fencing more practical, the French Ministry of War introduced new regulations in 1908 that extended the target (for men) to include the lines of the groin and the upper sword arm from shoulder to elbow. When the organisers of the 1912 Olympics reverted to the old target definition of the body between neck and hips, the French team withdrew in protest. The time had clearly come for an international body to draw up a set of rules that everyone would adhere to and, in 1913, the FIE was formed. Its basic specifications for the foil hold good to this day: blades must be not more than 900 mm long, guards not more than 120 mm in diameter and 30-55 mm deep, and total weight not more than 500 g. Although the upper arm was part of the valid target at the 1920 Olympics, it was excluded three years later, too late for the young Italian star Aldo Nadi [Fig. 5], who famously lost the most publicised match of the 20th century to Lucien Gaudin of France [Fig. 6] in 1922, complaining bitterly that several hits had been given against him when they landed on his arm.
Fig. 5: Aldo Nadi
Fig 6: Aldo Nadi's opponent Lucien GaudinFor women, the lower limit of the target remained at a line drawn across the top of the hipbones and in 1938 the FIE ruled that it should be marked by a black ribbon sewed across the jacket. In 1964 the women’s target was finally made the same as the men’s. For more than 200 years the shape of the handle was a simple choice between French and Italian. After a period in the 18th century when foils were fitted with oval handles to resemble their smallsword counterparts, the French adopted the more practical square shape, which offered a high degree of blade manipulation. By contrast, the Italians remained faithful to a short rapier-style handle with crossbar over which two fingers were placed to retain strong control of the blade. It was not until the 20th century that a more physical style of fencing made it necessary to develop handles that gave a stronger grip. One of the first to have an orthopedic handle designed to his requirements was the French champion Edouard Gardère, who used it during the 1932 Olympics. Its popularity soon spread and with the introduction of electric foil a wide variety of pistol-type handles became available. Experiments with electric foil began in the 19th century. Towards the end of his life, the French magician and fencer Robert-Houdin (1805-1871) is said to have invented a metallic jacket linked by wire to a bell that rang when the jacket was touched by a foil point. He gave the rights to this invention to his friend, the fencing master Augustin Cabot, who registered a patent in 1895. Another electric scoring apparatus was developed in Belgium in 1885 and in 1896 the English surgeon Muirhead Little invented a similar device involving an electric wire connecting a jacket woven with copper thread to a wall-mounted recorder [Fig. 7].
Fig. 7: Electric UmpireBut, although they were successfully demonstrated, the sight of two fencers moving up and down the piste on wires like a couple of captive beetles caused such hilarity among spectators that the systems lost all credibility. It was not until 1935 that the familiar reel and ground lead system was first tried out using a Hungarian scoring machine in a women’s foil match in Germany. Two years later the FIE initiated the first men’s foil international electric tournament in Brussels, using an apparatus developed by the Italian engineer Sergio Carmina. In 1938 Bela de Tuscan, a Hungarian-born fencing master from Detroit, patented an ingenious battery-operated system and demonstrated it with his wife Joanna on stage in London. A wire led from a battery inside a transparent bell guard and along a channel cut into the foil blade with the tip of each blade slightly recessed. The fencers wore jackets with the target area covered with a thin layer of metallic cloth. When the blade hit the cloth, a light came on inside the guard to indicate who had scored a hit, but not if the hit was off-target. Another display involved connecting a miniature light bulb to the end of their foils so that, on a darkened stage, they could trace fencing moves [Fig. 8]. World War II put a stop to further development.
Fig. 8 Joanna de Tuscan uses a light-bulb-tipped foilAfter the war, an experimental electric poule (won by Britain’s René Paul) was held at the time of the 1950 world championships. But only in 1955 did enough reliable equipment become available for the foil events at the world championships to be fenced electric for the first time. However, the blades were about 65 g heavier than non-electric ones and the resulting lack of balance caused many foilists to give up the weapon in disgust. But the best fencers adjusted, as demonstrated by the Frenchman Christian D’Oriola, who won the gold medal at both the non-electric 1952 Olympics and the electric 1956 Games. It was in 1956 that Gillian Sheen [Fig. 9] became Britain’s first and, so far, only Olympic gold medallist. In those early days, it was felt that referees would be so pressurised that they would not be able to work for more than 15 minutes at a time.
Fig. 9 Gilliam Sheen/em>At the 1955 world championships the Russians demonstrated an invention that was suggested could replace the costly electric foil. It consisted of a hollow spring-loaded point containing a wad of cotton wool that was impregnated with a mix of water, red dye and ammonia before each bout. When a hit was made that caused the point to be depressed, a red mark appeared, disappearing a few seconds later depending on the amount of ammonia in the mixture. But, apart from the inconvenience of having to regularly replenish the mixture, the system did not work on metal and so off-target hits on the wire mesh of the mask did not register. Like other ingenious devices for recording hits developed over the previous 250 years, it passed into oblivion. Early electric tips had a distinctive beehive shape with horizontal and vertical ridges, then in 1958 the vertical ridges were removed and in 1961 a flat tip with sharp edges was introduced. Seven years later the bevelled edge version that we know today became the standard shape, although its diameter has changed over the years. [Fig. 10]
Fig. 10: Electric foil tips through the yearsBut blades continued to break, sometimes with fatal consequences and it was only in 1995 that maraging steel, a high-strength iron-nickel alloy, was introduced for foil and epee blades, which not only lasted longer than blades made of spring steel, but also tended to fail progressively so that they could be discarded before breaking. All wired links in electrical fencing can develop faults and ever since Wilkinson Sword began experimenting with radio transmitters in the 1950s, engineers have been trying to develop a reliable wireless scoring system. A promising French invention was demonstrated in the 1960s, but was never funded to commercial development, and it was not until the late 1990s that a Ukrainian company, StM, introduced a system, initially for sabre, that worked reliably. It was used at the world championships for the first time in 2001 and at the Olympics in 2004, before being adapted to epee at the 2007 world championships and finally to foil at the 2008 Olympics. Since then it has been used in the final stages of all major tournaments. Competitors wear a special conductive T-shirt next to their skin. A hit activates a transmitter attached to the fencer's waist, which triggers a light on the mask and transmits a signal to the scoreboard in the arena. A sophisticated encoding system solves problems of interference from any other transmitter. [Fig. 11 shows foilists at the 2011 world championships.]
Wireless fencing in 2011