Southgate Road, De Beauvoir, London, N1

Set over the top two floors is this beautiful two double bedroom Victorian conversion located in the heart of De Beauvoir. Benefiting from being lovingly refurbished throughout by the current vendors, this handsome home is offered to the market chain free.

The property comprises of a glorious reception room with great ceiling height and two large sash windows that bathe the reception room with natural light. The reception room is a great entertaining area also benefits from having original coving, cast iron radiators, a log burner that is framed with a stone mantelpiece and stylish dark brown parquet flooring.

Set to the rear of the first floor is the beautiful kitchen/diner a great place to host. The shaker style kitchen is finished with olive units and complemented with quartz worktops along with quartz splashbacks. The kitchen is finished with brass handles, brass fittings, a classic Belfast Butlers sink and tiled flooring.

The top floor houses two well proportioned double bedrooms that both benefit from having stylish dark wood parquet flooring and the principal bedroom benefits from having bespoke fitted wardrobes, air conditioning and a vanity desk with elegant lighting. The top floor also houses a large storage cupboard and a splendid bathroom that is tiled throughout and finished with brass fittings along with a checkered black and white tiled floor.

The property is within walking distance of Upper Street and Dalston, which offer an array of bars, restaurants, delicatessens and amenities. On your doorstep there are several wonderful treats to be found in De Beauvoir, including the De Beauvoir Deli, The De Beauvoir Arms, Rosemary Branch, The Baring, Sweet Thursday, Dar Trip, Trade and The Scolt Head. Regent’s Canal, London Fields, Lido and Broadway Market are also a short walk away. There are excellent bus links to the City on Southgate Road and to the West End on Essex Road. Haggerston Station provides access to the London Overground which is also within walking distance.