Savills is delighted to introduce No. 30 Belgard Downs, a superb three-bedroom end of terrace home, situated in one of Cork City's most sought after residential locations.
This home is in excellent decorative order and provides the perfect opportunity for time buyers and those seeking to relocate to this wonderful address.
No. 30 Belgard Downs sits quietly among a small enclave of houses in a cul de sac. Upon entering this superb home, you will find a welcoming entrance hall with tasteful tiling underfoot and push touch under stairs storage. On your right-hand side is the living room, which is spacious and bright with a charming cast iron, ornate solid fuel fireplace with a timber surround. Delving further into the property you will find the kitchen and dining room which has a beautiful open plan design, over-looking the rear garden and with access to the utility room.
Making your way upstairs, you will find two double bedrooms, a single bedroom and the main bathroom. Each bedroom benefits from floor to ceiling built in wardrobes with sliding robes in the master. The main bathroom is spacious and fully tiled with a shower over bath.
Stepping out to the rear of this fantastic house, reveals a charming and private garden with a paved patio, gravelled space and a barna shed. A gated side entrance connects front to rear. The front garden is well proportioned, with a concrete driveway, low maintenance gravel and is enclosed by hedging and mature foliage.
30 Belgard Downs comes to the open market as an ideal first time buy and family home within 15 minutes drive of Cork City centre. There is an abundance of amenities close by including schools, shops, playing fields, sports clubs and bus routes, while Douglas Village is within walking distance.
Don't delay, arrange your viewing today.
BER No: D1
BER Number: 104296744
Energy Performance Indicator: 246.17 kWh/m²/yr
By appointment with Savills Cork
(021) 427 1371 or email: email@example.com
BER Details - BER D1 - BER No.104296744 - Energy Performance Indicator: 246.17 kWh/M2/yr