Substantial Single-Level Style in the Park Precinct
Wander down this long hedged drive to find Hampton East’s best kept single-level secret. Hidden away in the heart of the park precinct, this house-like single-level rear home is a secret worth keeping with generous three bedroom plus home-office, two bathroom accommodation and an expansive dual-zone design with free-flowing family and formal living-dining …flowing around a state-of-the-art Caesarstone kitchen!
Styled for peace and privacy with a home-office (fitted with dual-workstation and openable skylight), the home features a quiet rear bedroom wing with a plushly private master-domain (with bespoke-panelled bedrooms, a fitted walk-in robe and designer ensuite) and a sleek fully-tiled principal bathroom with separate powder-room
Detailed with a designer edge with solid plantation shutters, airy roof-hung sheers, stone benchtops and Tasmanian Oak floors (with the latest water-based matt-finish), this centrally heated and cooled home is appointed to prestige standards with ducted vacuum, video-intercom, an alarm and 3-camera Smartphone CCTV.
Wrapped by low-maintenance open space on all sides with two decks to entertain, and a double auto-garage beyond the long auto-gated drive, this ‘secret’ single-level home offers a highly liveable park-precinct location - with Basterfield Park around the corner, Moorabbin & Highett’s shopping, café, business and rail precincts within a few blocks, Moorabbin Primary School within a walk, and the CBD within a quick direct commute! For more information about this substantial single-level rear home contact Alex Spanidis at Buxton Hampton East on 0409 116 929
All land sizes, room dimensions, and floor plans provided are approximates only. Buxton does not accept any liability or responsibility for errors or discrepancies in any plans, rendering, or drawings used in the marketing material to describe the land and/or the property and/or any of its listed features. Prospective purchasers are advised to independently verify all room dimensions for accuracy.