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10 de ene. de 1997 · Interview with Richard DeMille, Santa Barbara, California, 25 July 1986. Richard DeMille (right, with "Barbara Kaye") was one of L. Ron Hubbard's earliest celebrity recruits, though it was perhaps more a case of reflected glory - he was the son of the famous director Cecil B. DeMille. He became one of Hubbard's right-hand men during the ...
BASEPLATE AND BRIDGES MADE OF GOLD. The baseplate and bridges of the RM 74-02 are machined from 18K 5N red gold and 18K 3N yellow gold respectively, both microblasted and bevelled by hand. The skeletonised baseplate and bridges were subjected to intensive and complete validation tests to optimise their resistance capacities.
TZP black ceramic was chosen for the RM 47 ‘s bezel and caseback. This low-density material (6g/cm 3) is highly scratch-resistant and has a low thermal conductivity coefficient. Constituted of 95% yttrium-stabilised zirconium, TZP has a pronounced grain that provides the perfect finish. A long and difficult machining and grinding process ...
Alrededor del radiante rostro del Smiley, un conjunto de esculturas en miniatura se apodera del movimiento del RM 88 Automatic Tourbillon Smiley, formando y reformando una escena surrealista, rebosante de diversión y entusiasmo y que demuestra un verdadero dominio de lo infinitamente pequeño. Por ligero que parezca, la creación de este ...
Heated to 120°C at a pressure of 6 bars, the Carbon TPT® is then ready to be processed on a CNC machine at Richard Mille’s factory. Carbon TPT® improves the rate of occurrence of breaking stresses by 25% and of micro-cracks by 200% compared to other technically advanced forms of carbon material.
With the RM UP-01 Ferrari, Richard Mille is proud to present an ultra-flat watch just 1.75 millimetres thick. This mind-blowing technical feat owes as much to approaching watch mechanics with fresh eyes as it does to reframing design methods in ways that make the spectacular available for use in everyday situations.
Con el RM UP-01 Ferrari, Richard Mille se enorgullece de presentar un reloj ultraplano de sólo 1,75 milímetros de grosor. Esta asombrosa hazaña técnica se debe tanto a afrontar con un nuevo enfoque a la mecánica de los relojes como a la reformulación de los métodos de diseño de manera que lo espectacular pueda utilizarse en situaciones ...
