Propetyworld is proud to offer this simply beautiful two bedroom ground floor flat with a gorgeous PRIVATE GARDEN to the sales market. Located on arguably one of SE20's best roads, the property is ideally positioned for all local amenities with just minutes walk to KENT HOUSE and CLOCK HOUSE RAIL STATIONS FOR LONDON COMMUTING, as well as in the catchment area for the highly rated ALEXANDRA PRIMARY school-should you have young children. The property is spacious, with generous room sizes, HIGH CEILINGS, and beautifully proportioned rooms with plenty of natural light.
The details include: a stunning open plan kitchen / lounge to rear with double patio doors opening into the PRIVATE REAR GARDEN, with a gorgeous engineered wood floor, neutral decor and high spec modern kitchen with high gloss units, there are two bedrooms - the master to front is a fabulous double with a beautiful bay window & high ceilings, the second is smaller but still a good size and offered in fabulous condition. The bathroom has been designed and finished to the highest specification and includes a white three piece suite with shower over bath, tiled floor and wall, double glazed window and storage cupboards. The rear garden is a joy - hard landscaped with room for a lawn if desired plus to rear there are a series of plants which add a fabulous sense of privacy.
This is a rare property, a fabulous property, a property that demands your attention. Call Propertyworld on 0208 659 1005 to be the first to view.
Please note: the current owner is extending the lease as part of the sale (subject to the price agreed and term*)
The location is great, with shops, a lovely pizza restaurant and the station so close by. But it’s the garden we’ll miss the most! Having the patio doors open and eating breakfast on the patio in the summer - it’s such a nice secluded spot.
EPCs tell you how energy efficient a building is and give it a rating from A (very efficient) to G (inefficient). EPCs let the person who will use the building know how costly it will be to heat and light, and what its carbon dioxide emissions are likely to be.
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