Flats For Sale in Sudbury, Wembley, Middlesex
Home 635 - Northwick Parkside- ENJOY A 5% DEPOSIT BOOST- WORTH £24,000! -This is a home with a difference. The light and the layout give a sense of space in every room .This impressive 2-bedroom apartment offers stunning views throughout. The openâ�'plan living, kitchen, and dining s...
A ONE BEDROOM RETIREMENT APARTMENT LOCATED ON THE GROUND FLOOR WITH PATIO DOOR Bishops Court was constructed by McCarthy & Stone (Developments) Ltd and comprises 43 properties arranged over 3 floors each served by lift. The resident Development Manager can be contacted from various points wit...
Daniels are pleased to present this ground floor one-bedroom retirement apartment, available exclusively to residents aged 60 and over. Situated within the well-regarded Bishops Court development on Watford Road, the property is ideally positioned for convenient access to Sudbury Town, Wembley an...
Daniels are pleased to offer this well presented one bedroom first floor retirement flat set on the ever popular Bishops Court development. Available to those over the age of 60 the flat comes ready to move into and the development boasts beautiful communal gardens as well as a communal main loun...
WELL PRESENTED FIRST FLOOR ONE BEDROOM RETIREMENT FLATThe property is located within 1/4 mile of Sudbury Hill and Harrow Chiltern Line Station and just a few hundred yards from Sudbury Hill Piccadilly Line Station, local shopping facilities, 92 and H17 bus routes.
Daniels are pleased to offer one of the largest one-bedroom apartments within this popular warden-assisted retirement development, available with no upper chain. The property is presented in clean and well-maintained condition and is exclusively available to residents aged 60 and over. T...
A ONE BEDROOM RETIREMENT APARTMENT LOCATED ON THE SECOND FLOOR. Bishops Court was constructed by McCarthy & Stone (Developments) Ltd and comprises 43 properties arranged over 3 floors each served by lift. The resident Development Manager can be contacted from various points within each proper...


