Smailholm Tower - The Tower

The Tower

Smailholm was a relatively small tower house, offering around 200 m2 of floorspace, later extended by construction of a hall house and second kitchen within the barmkin, or courtyard.

The rectangular tower is of four storeys, situated on top of a rocky outcrop. The tower is approximately 12.1 m by 9.4 m, with basalt rubble walls 2.4 m thick. The vaulted basement was originally divided into two floors by a wooden éntresol reached by a ladder. The door is on the south side, in a large red sandstone arch, with the turnpike stair in the south-east corner. Above the vault is the hall, with a fireplace to the north featuring a carved human face.

The top floor has an unusual elliptical stone vault which supports a stone flag roof. Parapet walks run along the longer north and south sides, although both are interrupted – the north by a chimney and the south by a window. These upper parts of the tower, including a gunloop in the west gable covering the barmkin, were remodelled in the 17th century.

The tower is surrounded by the remains of a stone barmkin wall, within which the ruins of outbuildings and a small chapel are still visible. The east part of the barmkin once contained a small garden, all of which is now gone. The western barmkin is more intact, with walls up to first floor level around the narrow entrance in the west wall. The courtyard, around 16 m by 19 m, contains the foundations of a single-storey hall house of the 17th century to the north, and a two-roomed kitchen block to the south.

A ditch protects the western approach to the tower, the other three sides being naturally protected by the face of the outcrop. One hundred metres to the southeast, more earthworks mark the presence of a much older settlement, probably dating from the first millennium BC.

Smailholm Tower is now used to display an extensive array of model people illustrating the history of Smailholm and the stories of Walter Scott, a display created by two local artists and employing high-quality embroidery and modelling techniques. From 2006, experiments were conducted on the roof to establish the most suitable damp-proofing method to apply to other such properties, including the planting of turf or mats of sedum plants. As a result of this, a restoration project in 2010/11 reinstated a turf roof over the entire structure.