Saddle watch and pedometer, base metal, mechanism made by Ralph Gout in London, ca. 1800 — view 1 of 1
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Pocket Watches · Saddle watch and pedometer

Saddle watch and pedometer, base metal, mechanism made by Ralph Gout in London, ca. 1800

DocumentedDocumented from the holding institution's catalogue record.
Maker / attribution
Ralph Gout (maker)
Date
ca. 1800
Country of origin
England
Place
London
Object type
Saddle watch and pedometer
Materials / technique
Gilt base metal case, with enamelled and gilt base metal mount
Dimensions
Length: 22.54 cm; Diameter: 5.71 cm
Accession / object no.
6954-1860

View the source record ↗

Record summary

Held and catalogued by Victoria and Albert Museum, London (object number 6954-1860), this is a saddle watch and pedometer by Ralph Gout, made in London, England, dated ca. 1800. The Atlas places it in the Precision & Scientific Horology period (1750 – 1850) of its Pocket Watches collection. Materials and techniques recorded by the source: Gilt base metal case, with enamelled and gilt base metal mount. Recorded dimensions: Length: 22.54 cm; Diameter: 5.71 cm. The record is illustrated with 1 photograph.

Assembled from the source record's structured fields. Dates and attributions are given as the source states them; where a field is missing the Atlas leaves it blank rather than estimating.

Catalogue description

V&A — Summary

Object Type A pedometer - which can be worn or carried by a person or an animal - counts the number of steps taken (Latin 'pes' means a foot), and uses this to provide an estimate of the distance travelled. People Ralph Gout was active as a wholesale watchmaker in the parish of St Luke's, Old Street, on the edge of the City of London, from about 1770 to 1829. Technology The word 'PATENT', which is engraved on the top plate of the movement, refers to the patent (no. 2351) obtained by Ralph Gout for improvements to the design of pedometers in 1799. In this saddle watch and pedometer, the movement of the horse causes the watch and outer case to jerk up and down, making the chain pull on the pedometer mechanism each time, and record the number of paces. The small dial on the right counts up to ten paces, the dial on the left 0-100 paces. The perimeter of the main dial is calibrated with 0-10,000 paces The top dial shows the time.

V&A — Production note

Mechanism made in London by Ralph Gout, movement no. 307

V&A gallery label

British Galleries: This instrument, in addition to being a watch, fitted onto a saddle and counted the paces of the horse. The small, repeating motifs of Adam ornament appear in both the chasing of the metal and the painting of the enamel in bright, clear colours.

Inscriptions & marks

'IN'; 'By the King's Letter's PATENT'

Historical context

Precision & Scientific Horology (1750 – 1850)

Harrison solves longitude; Mudge invents the lever; Breguet's Paris workshop defines the modern watch.

From 1750 to 1850 the watch became a precision instrument. Mudge's lever escapement, the cylinder escapement, Lépine's thin bar calibre, Breguet's innovations (overcoil, tourbillon, perpétuelle) and the pocket chronometer of Arnold and Earnshaw all date from this period, while verge watches remained common in cheaper production.

Read the period in the timelineMore pocket watches from this periodEarlier: Early Modern Horology

Atlas type guide

Pocket watches

The pocket watch was the dominant personal timekeeper from the late seventeenth century until the First World War. Its development tracks the history of the escapement: verge watches with fusees until the late eighteenth century; Thomas Mudge's lever escapement (c. 1755) and the cylinder escapement popularised by George Graham and later by Swiss makers; and the Swiss and English lever watches of the nineteenth century. Lépine's bar-bridge calibre and keyless winding made watches thinner and easier to use.

Industrialisation transformed the trade: American factories such as Waltham (from 1850) and Elgin produced interchangeable parts by machine, and Swiss makers responded with their own mechanisation after the 1876 Philadelphia Exhibition. By 1900 a reliable watch was affordable to millions; the finest makers continued to produce complications and precision watches.

What to look for

  • The escapement: verge (crown wheel), cylinder, duplex, English or Swiss lever.
  • Key winding (a square arbor in dial or back) or keyless crown winding.
  • Signatures and serial numbers on the movement, dial and inside case back.
  • Hallmarks, case maker's marks and gold or silver standards stamped in the case.
  • Dial material: enamel, silver, gold, later printed metal.

Dating clues

  • Verge watches dominate before c. 1800; cylinder watches c. 1770–1900; lever watches after c. 1820.
  • Keyless winding: increasingly common after c. 1860.
  • Manufacturer serial number lists exist for Waltham, Elgin, Longines, Omega, Patek Philippe and others.

General guidance written by the Atlas editors about this kind of object. It is not a statement about this particular piece; for that, rely on the source record above and on physical examination.

Read next:Verge escapementDetached lever escapementFuseeIdentification Centre

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