Robert William Billings

Robert William Billings (1813 – 14 November 1874) was an English painter and architect. Trained as a topographical draughtsman, he wrote and illustrated many books early in his career, before concentrating on his architectural practice.

Billings was born in London in 1813. At the age of thirteen he was apprenticed to the topographical draughtsman John Britton for seven years. In 1837 he illustrated George Godwin's History and Description of St. Paul's Cathedral, and two years later, with Frederick Mackenzie, the two volumes of Godwin's Churches of London. He assisted Sir Jeffry Wyattville on drawings of Windsor Castle, and prepared many views of the ruins of the old Houses of Parliament after the fire.

The works he undertook on his own account included Illustrations of the Temple Church, London, (1838); Gothic Panelling in Brancepeth Church, Durham (1841) and Kettering Church, Northamptonshire (1843). He produced important works on Carlisle Cathedral and Durham Cathedral, published in 1840 and 1843, and Illustrations of the Architectural Antiquities of the County of Durham (1846). The work for which he became best known was The Baronial and Ecclesiastical Antiquities of Scotland, published in four volumes between 1845 and 1862, which contained 240 illustrations, with explanatory text.

His other published works were An Attempt to define the Geometric Proportions of Gothic Architecture, as illustrated by the Cathedrals of Carlisle and Worcester (1840) Illustrations of Geometric Tracery, from the panelling belonging to Carlisle Cathedral 1842 ; The Infinity of Geometric Design exemplified (1849) and The Power of Form applied to Geometric Tracery (1851).

The Attempt to Define the Geometric Proportions of Gothic Architecture has been the subject of scholarly interpretation. A reviewer in the Art Journal explained that Billings had deduced that the architect of Carlisle Cathedral:

had been guided by the repetition of a circle whose diameter was the extreme width of the building; that the distribution and even the substance of the columns were settled by some subdivision of the same circle; and lastly, that a circle regulated by the width of the compartments thus formed, was the basis upon which the heights of the various portions of the building were framed.

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