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Mousetrap camera

Camera
c. 1835 (made)
Artist/Maker

Talbot was the British inventor of photography. In 1834 he discovered how to make and fix images through the action of light and chemistry on paper. These ‘negatives’ could be used to make multiple prints. This revolutionised image making.

Talbot excelled in many fields, including mathematics, optics, botany and chemistry. However, it was his inability to master drawing outdoors that prompted him to experiment with capturing images inside a camera. He published his photographic discoveries and ideas, illustrated with original photographs, in his book The Pencil of Nature. Talbot patented his negative photographic process, which he called the ‘calotype’, in 1841. Later, he pioneered photographic engraving – printing photographs in ink. His processes became the basis of virtually all subsequent photography.


Object details

Categories
Object type
Parts
This object consists of 2 parts.

  • Camera
  • Camera
TitleMousetrap camera (generic title)
Materials and techniques
Brief description
"Mousetrap" camera, invented by William Henry Fox Talbot, c. 1835
Physical description
Wooden box with back piece removed, with a lens made from a telescopic eyepiece, and a metal 'book-end' attached to the bottom of the box to hold the wooden case for the paper (RPS.337:2-2017, RPS.337:3-2017).
Lens is securely attached to the front of the box, over a hole made in the front panel of the box. Box made of 5 pieces of wood. L-shaped piece of metal attached at the bottom of the box with four screws (quite loose), and extends out the back to support the wooden case. This metal lip has cut-out shape to allow for the metal covering on RPS.337:2-2017.
Dimensions
  • Box height: 75mm
  • Box width: 52mm
  • Box depth: 43mm
  • Whole object height: 76mm
  • Whole object width: 52mm
  • Whole object depth: 102mm
Marks and inscriptions
'10' or '01' (On top of box, top right hand corner, in pencil?)
Gallery label
Photography Centre 2018-20: William Henry Fox Talbot (1800–77) Talbot was the British inventor of photography. In 1834 he discovered how to make and fix images through the action of light and chemistry on paper. These ‘negatives’ could be used to make multiple prints. This revolutionised image making. Talbot excelled in many fields, including mathematics, optics, botany and chemistry. However, it was his inability to master drawing outdoors that prompted him to experiment with capturing images inside a camera. He published his photographic discoveries and ideas, illustrated with original photographs, in his book The Pencil of Nature. Talbot patented his negative photographic process, which he called the ‘calotype’, in 1841. Later, he pioneered photographic engraving – printing photographs in ink. His processes became the basis of virtually all subsequent photography. You can see how calotypes are made in the ‘Dark Tent’ film room in Room 99. The Royal Photographic Society Collection at the V&A, acquired with the generous assistance of the Heritage Lottery Fund and Art Fund
Credit line
The Royal Photographic Society Collection at the V&A, acquired with the generous assistance of the National Lottery Heritage Fund and Art Fund.
Summary
Talbot was the British inventor of photography. In 1834 he discovered how to make and fix images through the action of light and chemistry on paper. These ‘negatives’ could be used to make multiple prints. This revolutionised image making.

Talbot excelled in many fields, including mathematics, optics, botany and chemistry. However, it was his inability to master drawing outdoors that prompted him to experiment with capturing images inside a camera. He published his photographic discoveries and ideas, illustrated with original photographs, in his book The Pencil of Nature. Talbot patented his negative photographic process, which he called the ‘calotype’, in 1841. Later, he pioneered photographic engraving – printing photographs in ink. His processes became the basis of virtually all subsequent photography.
Associated object
PROV.7922-2017 (RPS Group record)
Other numbers
  • 2003-5001/1/22 - Science Museum Group accession number
  • XRT335 - RPS collection - V&A identifier
Collection
Accession number
RPS.337-2017

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Record createdApril 21, 2017
Record URL
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