Savills | Sisters Avenue, London, SW11 5SP | Property for sale
1,321 sq ft(122.72 sq m)
Guide price £985,000

Sisters AvenueLondon, SW11 5SP

    Key features

    • Three bedroom two bathroom flat
    • Large private garden
    • Plenty of built in storage
    • Fantastic local amenities nearby
    • Close to superb transport links
    • The area is renowned for its local schools

    An immaculate three bedroom two bathroom flat with a large private garden, close to the open spaces of Clapham and Wandsworth Common

    About this property

    • Upon entering this immaculate three bedroom split level flat, to your left is the sizeable primary bedroom with plenty of built in storage, a large bay window allowing natural light to fill the room and an en-suite shower room. The second double bedroom is located nearby with a bespoke fireplace and doors providing direct access to the private garden.

      To the rear of the property is the homely reception room that has plenty of space for a large dining table and french doors allowing light to fill the room and access out onto the spacious private garden with a lovely seating area, perfect for entertaining. The kitchen has fully integrated appliances, plenty of built in storage and doors allowing side access out to the garden.

      The primary bathroom located nearby, is both spacious and modern with a separate shower and bath. On the lower ground floor is the third commodious double bedroom and a utility room.

      View payable Stamp Duty for this property

    Local information

    • Sisters Avenue runs between Clapham Common North Side and Lavender Hill and benefits from the wonderful shops, cafes, bars and restaurants of Northcote Road, Battersea Rise and Clapham Old Town.
    • In addition there are the open spaces and amenities of Clapham and Wandsworth Commons close by. Transport links are good from Clapham Junction (with direct links to both London Victoria and London Waterloo) and Clapham Common underground.

    Additional information

    • EPC Rating = D