It was listed by Jason Clarke Antiques. Sold pieces stay on Sellingantiques as a record of what has passed through, and the next one is rarely far away.
Jason Clarke Antiques has dated this piece to the 1870s.
A pointed steel shaft at the centre of the brass wheel protrudes either side and is secured within the gimbal by two screws with concave end which when tightened against the pointed disc shafts are engineered to allow the wheel to spin freely.
A hole in each steel shaft allows the insertion of a piece of string which when wrapped around the shaft and then pulled, provides the necessary energy to spin the wheel at a workable speed.
When rotating, the wheel may be moved to the vertical position and will remain balanced in that position as long as there is enough force. When stationary, the gyroscope will of course not maintain this position.
A simple gravity defying scientific demonstration
The history of the gyroscope dates back to classical civilisation but in more recent history it was firstly applied as a navigational device for finding true horizon. This 1743 instrument named the “Serson’s speculum” was the precursor to the German scientist Johann Bohnberger’s true discovery of the gyroscope in 1817. The instrument did not however receive its official title until 1852 when the French scientist Jean Bernard Leon Foucault conducted numerous experiments.
Its use remaining seemingly experimental for the latter part of the Nineteenth Century until it found military application in stabilising torpedoes and later in aviation.
Circa 1870
Jason Clarke Antiques has dated this piece to the 1870s.
You can view the stock and full dealer information on the Jason Clarke Antiques Profile Page
Victorian Demonstration Gyroscope
