skip navigation bar Sine Project / Structure Details

University of Necastle Upon TyneTyne Bridge girders SINE Project: structural images of the North East
NOF logo, click here to go to the New Oppotunities Fund site
view the SINE frequently asked questions and answers view site map
SINE Project logo, click here to go to the SINE home page


Browse Images

Search Images

interACTIVE Zone




Contact Us


Structure Details
view this image view this image


Structure Name: Ford Moss Colliery: Remains

Of the buildings at Ford Moss Colliery, only the chimney survives, although the floors of a row of miners' cottages are still visible, as are infilled shafts.

Extant: Unknown by SINE Project

Legal Status: Scheduled Ancient Monument


Eastings: 396500m (view map)

Northings: 637500m (view map)

Position Accuracy: 100m

Positional Confidence: Absolute Certainty

Structure Types Identified: COLLIERY, SHAFT, WORKERS COTTAGE

Historical Background
'Ford Moss Colliery was worked from (at least) the late seventeenth century, up to the early twentieth century. The mines were quite shallow, but plagued with water problems, particularly because the several coal seams were quite strongly dipping, to the east. A ‘drift' (water drainage level) was begun in the late seventeenth century in an attempt to ameliorate this problem, but as it became necessary to work coals below the level of the drift, resort was made to wind-powered pumps, waterwheel-powered pumps, and later steam-powered pumps.'
[Stafford Linsley's annotation]


  • Additional information about the structure type WORKERS COTTAGE is available.


The information displayed in this page has been derived from authoritative sources, including any referenced above. Although substantial efforts were made to verify this information, the SINE project cannot guarantee its correctness or completeness.


view images of this structure
view location on a map


we appreciate your feedback suggestions / comments welcome
click here to go to the top of the page  go to the top


Last Modified 26 March 2004
2002 SINE Project, University of Newcastle upon Tyne
Email webmaster