- Stunning characterful property
- Flexible accommodation set over three floors
- Mature woodland and gardens to the rear of the property
- Parking for multiple vehicles
- Centrally located in close proximity to town and Beau Sejour
Location
'Grenada' is situated in a convenient central location close to local amenities and just a short distance from Beau Sejour and the town centre.
A regular bus route is available from Collings Road or La Couture.
The school catchment area for the property is Amherst Primary School and St Sampsons High School.
Description
This substantial detached period family home is situated on the western outskirts of St Peter Port within easy reach of the town amenities, schools and leisure centres.
The property has been cherished by the present family over many decades but would now benefit from upgrading and some modernisation.
The accommodation layout is very flexible with up to six bedrooms and numerous large reception areas. Currently the layout incorporates a potentially self contained wing/guest unit, which could be re-configured as a purchaser would wish.
The site and location is of particular note, being in excess of one and a half acres - yet within walking distance of the town centre.
The gardens are laid out in an unfussy style, with large areas of mature woodland and open grassed areas. There is the added benefit of a detached double garage to the west.
A truly exceptional town house, rarely seen on the Local Market, which will appeal to a discerning purchaser seeking a prime property in St Peter Port.
Directions
Driving down the Fosse Andre the property is the last on the right hand side before the turning to Maurepas Road. Perry's Guide Map Reference: Page 2 E/F.
Additional Info
Services and Notes Mains water, electricity and drainage. Oil fired central heating. UPVC double glazed windows. We understand the property to be of single block construction. TRP 397.
Please note any total floor areas referred to within Savills Guernsey's details are provided by the States of Guernsey and are approximate only.
