George Daniels
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UnclaimedEnglish watchmaker, horological inventor, author and maker of exceptionally rare hand-built watches.
Last updated October 14, 2026
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Overview
George Daniels was an English horologist whose name became synonymous with independent, hand-made mechanical watchmaking and advances in escapement design. Born in Sunderland in 1926 and raised largely in London, he developed an interest in watches while serving in the East Yorkshire Regiment after the Second World War. After leaving the army in 1947, he trained and worked as a professional watch repairer while attending horology classes at night. His early practical experience, combined with a deep study of historic watchmaking, gave him an unusually broad command of both restoration and original construction. Daniels opened a watch repair and cleaning business in London in 1960. His expertise in the work of Abraham-Louis Breguet became an important foundation for his later career, and he eventually became both a historian of fine watchmaking and one of its most accomplished practitioners. In 1969 he made a pocket watch for collector Sam Clutton. The watch attracted attention because Daniels had made not only its visible elements but also its movement and components. This helped establish the model of the independent watchmaker as a designer, engineer, craftsperson and finisher working as a single creative authority. His watches were produced in extremely small numbers. Daniels hand-built 23 pocket watches and two wristwatches, in addition to clocks and experimental mechanisms. A single watch could require approximately 2,500 hours of work spread over about a year. His designs were generally restrained rather than ostentatious, with clear dials, carefully integrated subsidiary displays and a strong emphasis on legibility. Collectors and commentators have often treated the watches as both precision instruments and works of art. Daniels was highly selective about commissions and did not operate as a conventional high-volume luxury brand. His most influential technical achievement was the coaxial escapement. Commissioned by American industrialist and collector Seth G. Atwood to explore a more stable mechanical watch escapement, Daniels developed an independent double-wheel escapement by the mid-1970s. He incorporated the mechanism into one of his own watches and subsequently patented a further development as the coaxial escapement in 1980. The design sought to reduce sliding friction between the escapement components and thereby lessen the need for lubrication and adjustment compared with traditional lever arrangements. For many years, Daniels presented the invention to established Swiss watch companies, but commercial adoption was slow. The mechanism ultimately gained industrial recognition after Nicolas Hayek and the Swatch Group introduced an Omega automatic movement using the coaxial escapement in 1999. This transition from an independent watchmaker's prototype to a technology used in serially produced luxury watches made Daniels an important figure in modern mechanical horology. Daniels continued making watches into later life. Some watches produced after his direct involvement were made in his name using movements designed by his protégé Roger Smith, reflecting Daniels's influence as a teacher as well as a maker. His work was honored by the British horological community and by international institutions, including the British Horological Institute, the Worshipful Company of Clockmakers and the International Museum of Horology. He was appointed MBE and later CBE, and received honorary academic and professional distinctions. Beyond horology, Daniels was a serious collector of classic cars and wrote extensively about watches, clocks, Breguet and practical watchmaking. After his death in 2011, elements of his collection and work were sold, while the George Daniels Educational Trust continued his interest in supporting students in horology, engineering, medicine and construction. The George Daniels name therefore represents not a mass-market company but a legacy brand built around individual craftsmanship, technical invention, education and the preservation of mechanical watchmaking knowledge.
History
George Daniels was born in Sunderland on 19 August 1926 and spent much of his early life in London. His interest in mechanical watches emerged before his professional career. During military service with the East Yorkshire Regiment, he repaired watches for fellow soldiers, an experience that reinforced his practical understanding of small mechanical systems. After leaving the army in 1947, he joined Magill's Jewellers in Edgware as a watch repairer and supplemented his employment with evening horology classes. In 1960 Daniels established a London business devoted to watch repair and cleaning. Restoration gave him a detailed knowledge of historic construction, while his study of Abraham-Louis Breguet connected him with one of the most influential traditions in precision watchmaking. Daniels subsequently became known not only for repairing important watches but also for understanding how their mechanisms had been conceived, made and adjusted. His career changed direction in 1969 when he constructed a pocket watch for collector Sam Clutton. The project demonstrated that an individual maker could create a complete high-grade watch rather than merely assemble components supplied by specialist manufacturers. Daniels's early pocket watches attracted collectors, and he gradually developed a distinctive practice based on extremely limited production, extensive hand work and direct control over design, movement construction, finishing and regulation. The technical problem that occupied much of Daniels's later career was the mechanical watch escapement. At the request of Seth G. Atwood, he investigated ways to improve the performance of the traditional lever escapement. By 1974 he had devised a new design, and in 1976 he incorporated an independent double-wheel escapement into one of his watches. A refined version was patented in 1980 as the coaxial escapement. Its architecture was intended to reduce sliding friction and improve long-term mechanical behavior by changing how impulse was delivered between the escape wheel, intermediary wheel and balance. Daniels spent years trying to persuade established manufacturers to develop the invention. The escapement was technically demanding and did not immediately attract commercial backing. His friend and fellow watchmaker Derek Pratt assisted in the long process of demonstrating and advancing the concept. The breakthrough came when Nicolas Hayek supported industrial development at the Swatch Group, leading to the use of the coaxial escapement in an Omega automatic watch introduced in 1999. The mechanism's adoption gave Daniels an influence far beyond the tiny number of watches he personally completed. Alongside invention, Daniels pursued a highly individual form of watchmaking. He made 23 pocket watches and two wristwatches himself, as well as clocks and other horological objects. Production was measured in thousands of hours per watch, and his designs typically combined clean dials with subsidiary displays woven into the main chapter ring. The restrained appearance concealed complex construction and extensive hand-finishing. Daniels accepted commissions selectively and treated the relationship with the client as part of the creative process. He also became an author and teacher. His publications addressed English and American watches, Breguet, historical collections, the practical construction of watches and the design of escapements. His book Watchmaking became particularly influential as a practical account of the craft. In later years, Roger Smith made watches in the Daniels tradition and used movements designed by Daniels, extending the practical legacy of his methods to a new generation of independent makers. Daniels received recognition from professional bodies in Britain and abroad. He served as master of the Worshipful Company of Clockmakers, led the British Horological Institute as its president, and received medals and honors from horological and civic institutions. He was appointed MBE and later CBE, became a Fellow of the Society of Antiquaries of London, and received honorary academic distinctions. Daniels was also a collector of classic cars, with interests extending from early motoring to significant Bentley, Alfa Romeo, Daimler, Rolls-Royce and Jaguar models. He died on 21 October 2011. In 2012, a Sotheby's sale of parts of his collection helped fund the George Daniels Educational Trust, which supports students pursuing higher education in horology, engineering, medicine and construction. His legacy combines rare object making, mechanical innovation, scholarship and the transmission of practical knowledge.
- 2012
Collection sale benefits educational trust
[1]A Sotheby's sale of parts of Daniels's collection helped support the George Daniels Educational Trust.
- 2011
Dies in England
[1]George Daniels died on 21 October 2011.
- 2010
Appointed Commander of the Order of the British Empire
[1]Daniels received the CBE in recognition of his contribution to horology.
- 2006
Sotheby's holds a retrospective exhibition
[1]Sotheby's presented a retrospective covering nearly the full range of Daniels's watches.
- 1999
Coaxial escapement enters industrial production
[1]Omega introduced an automatic watch using the coaxial escapement after industrial development supported by Nicolas Hayek and the Swatch Group.
- 1980
Patents the coaxial escapement
[1]A refined version of Daniels's escapement was patented as the coaxial escapement.
- 1976
Introduces the independent double-wheel escapement
[1]Daniels incorporated his independent double-wheel escapement into one of his own watches.
- 1974
Designs a new mechanical escapement
[1]Working from a commission by Seth G. Atwood, Daniels developed a new escapement intended to improve the performance of mechanical watches.
- 1969
Constructs his first pocket watch
[1]He made a pocket watch for collector Sam Clutton, an early work that brought attention to his independent approach.
- 1960
Opens a London watch repair business
[1]Daniels opened his first watch repair and cleaning shop in London, building expertise in historic mechanisms and Breguet watches.
Products and positioning
An elite independent horological practice centered on individually hand-built mechanical watches, technical invention, historical scholarship and uncompromising craft.
Mechanical watches · 1969
Hand-built pocket watches
Daniels made 23 pocket watches by hand, controlling the design, movement construction, finishing and adjustment. These watches established his reputation among collectors because they represented complete works by a single independent maker rather than assembled luxury products. Their designs generally favored clear displays and carefully integrated subsidiary dials, while the movements embodied Daniels's interest in precision, durability and historical technique.
Mechanical watches
Hand-built wristwatches
Daniels personally made two wristwatches, making them among the rarest objects associated directly with his workshop. Like his pocket watches, they combined traditional hand craftsmanship with original mechanical design and extensive finishing. Later watches made in the Daniels tradition, including work associated with Roger Smith, extended the design and technical principles he developed.
Clocks
Clocks
In addition to watches, Daniels made clocks and other horological mechanisms. These works reflected his broader interest in precision timekeeping and allowed him to apply his skills across larger formats. They form part of the small body of individually constructed objects through which he explored mechanical design, finishing and the relationship between function and visual clarity.
Horological mechanism · 1980
Coaxial escapement
The coaxial escapement was Daniels's most consequential invention. Patented in 1980, it was designed to reduce sliding friction in the impulse system of a mechanical watch and to improve stability and service performance. After years of limited interest from established manufacturers, the design was industrialized for Omega watches and became one of the best-known modern alternatives to the conventional Swiss lever escapement.
Book · 1981
Watchmaking
Watchmaking is Daniels's practical account of constructing a mechanical watch. It documents tools, components, techniques and workshop practices and became an important reference for independent watchmakers and students of horology. The book reflects Daniels's belief that watchmaking should be understood as a complete craft involving engineering, hand skills, finishing and regulation.
Book · 2010
The Practical Watch Escapement
This technical publication examines the design and practical construction of watch escapements. It presents Daniels's engineering perspective on the mechanism that controls the release of energy in a mechanical watch and provides context for his work on the independent double-wheel and coaxial escapements.
Brand decisions
2012
Directs collection proceeds toward educationStrategyBackground
Following Daniels's death, part of his collection and work was prepared for a Sotheby's sale.
Action taken
The sale proceeds were directed toward the George Daniels Educational Trust, which supports students in horology, engineering, medicine and construction.
Aftermath
The trust extended Daniels's legacy beyond collecting by supporting higher education in technical and professional fields.
1999
Supports industrial adoption of the coaxial escapementProduct launchBackground
The escapement had received limited commercial interest despite Daniels's efforts to present it to major Swiss manufacturers.
Action taken
Development supported by Nicolas Hayek and the Swatch Group led to an Omega automatic watch using the coaxial escapement.
Aftermath
The technology moved from an independent watchmaker's invention into serial luxury-watch production and became central to Daniels's long-term horological legacy.
1980
Patents the coaxial escapementOtherBackground
After developing and testing earlier double-wheel designs, Daniels refined the mechanism into a form suitable for patent protection.
Action taken
He patented the coaxial escapement as an alternative mechanical escapement architecture.
Aftermath
The invention was later adopted for industrial watch production after years of presentations to established watch companies.
1974
Pursues a new mechanical escapementStrategyBackground
Daniels was commissioned by Seth G. Atwood to investigate a way of improving the performance of mechanical watch escapements.
Action taken
He designed and built experimental mechanisms that led to the independent double-wheel escapement and later the coaxial escapement.
Aftermath
The work became the technical foundation of Daniels's most important invention and eventually reached industrial production through Omega.
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