That ideal was expressed by the system known as 'biomechanics', which was not unlike the reflexology and rhythmic gymnastics of the Delsarte-Dalcrozean school, insofar as it approached the actor's body as a biomechanical device for the physical expression of emotions and ideas. Meyerhold would have his actors trained in the techniques of the acrobatic circus, fencing, boxing, ballet and eurhythmies, gymnastics and modern dance so that they could tell a story through the supple movements of their whole bodies or even just their faces.67 The system was consciously opposed to the Stanislavsky method (in which Meyerhold was trained at the Moscow Arts Theatre between 1898 and 1902), in which the actor was encouraged to identify with the inner thoughts and feelings of his character by recalling moments of intense experience in his own life. In place of such free expressivity, Meyerhold insisted on the actors' rhythmic regimentation. He was
very interested in the Red Army's programme of physical culture (synchronized gymnastics and all that) and in 1921 he even took command of a special theatre section for physical culture in the Commissariat of Enlightenment, which aimed to use the army's system of gymnastics for the 'scientific organization of labour' in an experimental military settlement.68 This aspect of labour management was the crucial difference between biomechanics and the Delsarte-Dalcrozean school. Meyerhold envisaged the actor as an artist-engineer who organizes the 'raw material' of his own body on the scientific principles of time and motion. He saw his system as the theatrical equivalent of 'scientific management' in industry. Like all the Bolsheviks, he was particularly influenced by the theories of the American engineer F. W. Taylor, who used 'time and motion' studies to divide and automate the labour tasks of industry.
Lenin was a huge fan of Taylorism. Its premise that the worker was the least efficient part of the whole manufacturing process accorded with his view of the Russian working class. He saw Taylorism's 'scientific' methods as a means of discipline that could remould the worker and society along more controllable and regularized lines. All this was of a piece with the modernist belief in the power of machines to transform man and the universe. Meyerhold's enthusiasm for mechanics was widely shared by the avant-garde. One can see it in the Futurists' idealization of technology; in the fascination with machines which pervades the films of Eisenstein and Vertov; in the exaltation of factory production in left-wing art; and in the industrialism of the Constructivists. Lenin encouraged the cult of Taylor and of another great American industrialist, Henry Ford, inventor of the egalitarian Model 'T', which flourished throughout Russia at this time: even remote villagers knew the name of Henry Ford (some of them believed he was a sort of god who organized the work of Lenin and Trotsky).
The most radical exponent of the Taylorist idea was Aleksei Gastev, the Bolshevik engineer and poet who envisaged the mechanization of virtually every aspect of life in Soviet Russia, from methods of production to the thinking patterns of the common man. A friend of Meyerhold, Gastev may have been the first person to use the term 'biomechanics', sometime around 1922.69 As a 'proletarian poet' (the 'Ovid of engineers, miners and metalworkers', as he was described by
fellow poet Nikolai Aseev),70 Gastev conjured up the vision of a future communist society in which man and machine merged. His verse reverberates to the thunderous sounds of the blast furnace and the factory siren. It sings its liturgy to an 'iron messiah' who will reveal the brave new world of the fully automated human being.
