2A Dean Path (Former West Mill), Dean Village, Edinburgh is a Grade B listed building in the City of Edinburgh local planning authority area, Scotland. First listed on 15 June 1965. Mill, apartment. 1 related planning application.
2A Dean Path (Former West Mill), Dean Village, Edinburgh
- WRENN ID
- drifting-chapel-gorse
- Grade
- B
- Local Planning Authority
- City of Edinburgh
- Country
- Scotland
- Date first listed
- 15 June 1965
- Type
- Mill, apartment
- Source
- Historic Environment Scotland listing
Description
Dated 1805 and 1806, later conversion to residential dwellings, 1973 by Philip Cocker and Partners. Four- and five-storey former mill building composed of two offset rectangular-plan blocks with feature roundel windows, set into riverbank with basements storeys to Water of Leith at south elevation. Coursed random rubble with some droved ashlar quoins, cills lintels and rybats.
West (Dean Path) Elevation: pair of three-bay gable ends, advanced to right (south) with single bay in re-entrant angle. Roughly regular fenestration, with roundel windows to gable head; further roundel windows at ground, first and second floors to south block with decorative carved wheatsheaf roundel panel at third floor, dated 1805-1806.
North (West Mill Lane) Elevation: five storeys, six bays. Regular fenestration composed of rectangular windows in plain surrounds.
South (Water of Leith) Elevation: five storeys with twin sluice arched basement to river; roughly six bays. Regular fenestration with blind roundels to centre; later roof-lights.
East Elevation: similar to west elevation, but gable to right (north) break-fronted with advanced terminal bay to far right (north). Roughly regular fenestration.
Predominantly plate glass pivoting windows, with some later roof-lights. Pitched roof; grey slates. Coped gablehead stacks. Cast iron rainwater goods.
Interior converted to residential apartments in 1973.
Detailed Attributes
Matched applications, energy data and sale records are assembled automatically and may contain errors. Flag incorrect data.