- Beautifully Presented Town Centre/Upperton Apartment +
- 2 Double Bedrooms +
- Ground Floor +
- Open Plan Lounge/Luxury Fitted Kitchen +
- Luxury Bath & Shower Room/WC +
- Double Glazing +
- Gas Central Heating +
- Allocated Parking Space +
- CHAIN FREE +
A beautifully presented two bedroom ground floor apartment forming part of this luxury development within easy walking distance of the town centre and mainline railway station. Being offered CHAIN FREE the flat provides a luxury open plan fitted kitchen, luxury bath/shower room, 2 double bedrooms, both with fitted wardrobes, oak flooring, double glazing and gas central heating. Both bedrooms and the lounge have patio doors providing light & airy room and there is an allocated parking space to the rear. An internal inspection comes highly recommended.
Entrance - Communal entrance with security entry phone system. Ground floor private entrance door to -
Hallway - Radiator. Entryphone handset. Inset spotlights. Two built-in cupboards. Oak flooring.
Open Plan Lounge/Luxury Fitted Kitchen - 6.20m x 4.80m (20'4 x 15'9 ) - Radiator. Inset spotlights. Television point. Oak flooring. Double glazed patio doors to front.
Kitchen Area:
Modern range of fitted high gloss wall and base units. Worktop with inset one & a half bowl single drainer sink unit and mixer tap. Built-in electric oven and hob. Extractor cooker hood. Integrated fridge/freezer. Plumbing and space for washing machine. Cupboard housing gas boiler. Inset spotlights. Double glazed window.
Bedroom 1 - 4.93m x 3.12m (16'2 x 10'3 ) - Radiator. Built-in double wardrobe. Double glazed patio doors to front.
Bedroom 2 - Radiator. Built-in double wardrobe. Double glazed patio doors to front.
Luxury Bath & Shower Room/Wc - Modern suite comprising panelled bath with chrome mixer tap. shower cubicle. Low level WC. Pedestal wash hand basin with mixer tap. Part tiled walls. Chrome heated towel rail. Inset spotlights. Extractor fan. Shaver point.
Parking - The flat has an allocated parking space.
Epc = B -
Council Tax Band = C -