1 bedroom retirement property for sale

This beautifully presented one bedroom first floor apartment is set within a popular retirement development and offers a larger design than many of the other one bedroom properties within the block. Ideally positioned at the rear of the development, the apartment enjoys a peaceful setting away from any road noise and overlooks the residents’ communal courtyard garden. The property has been completely refurbished to a high standard, with everything brand new throughout, including a stylish fitted kitchen, a contemporary shower room, newly plastered walls and fresh, neutral decoration. The apartment is truly ready to move into, with the only finishing touch required being the buyer’s choice of carpets – which could even be fitted between exchange and completion by arrangement. The development itself benefits from excellent communal facilities including a residents’ lounge, laundry room, on-site parking and a well maintained courtyard garden, creating a welcoming and sociable environment for residents.

Entrance - Communal entrance with security entry phone system. Lift and stairs to first floor private entrance door to -

Hallway -

Lounge - 6.53m x 4.39m (21'5 x 14'5 ) - Radiator. Large cupboard. Double glazed window to rear aspect.

Fitted Kitchen - 2.74m x 1.57m (9'0 x 5'2 ) - Range of fitted wall and base units. Worktop with inset single drainer sink unit and mixer tap. Inset electric hob and oven. Extractor cooker hood. Large walk-in cupboard/pantry with power and light, suitable for appliances. Double glazed window to rear aspect.

Bedroom - 3.94m x 2.97m (12'11 x 9'9 ) - Radiator. Built-in wardrobe. Double glazed window to rear aspect.

Modern Shower Room/Wc - Suite comprising shower cubicle. Wash hand basin set in vanity unit. Low level WC. Extractor fan. Heated towel rail.

Other Details - St Aidans Court enjoys a pleasant communal lounge, well maintained communal gardens and a laundry room.

Parking - There are residents parking facilities.

Epc = C -

Council Tax Band = D -