Savills | Epsom Road, Guildford, Surrey, GU1 3LF | New homes to rent
Guide price £1,350($1,900)
Monthly + Fees apply

Epsom RoadGuildford, Surrey, GU1 3LF

  • New
  • Managed by Savills
  • Unfurnished

Key features

  • One allocated parking space
  • Private Entrance
  • Brand new finishes throughout
  • High ceilings and large windows
  • Convenient town centre location
  • Council Tax Band = C

An exceptional newly refurbished one bedroom apartment with parking in the town centre

About this property

  • Brand new development in the heart of Guildford. This one bedroom ground floor apartment, with its own private entrance, is situated within the stunning Bargate House development in the town centre.

    Accessed via a very grand private entrance into a substantial hallway, the property comprises a large open plan kitchen and reception room, bathroom and sizable principal bedroom.

    The property is extremely spacious with high ceilings throughout as well as benefitting from plenty of natural light through the vast windows in the property. With exceptional finishes throughout, including wooden parquet flooring, light grey cabinetry and marble-effect worktops in the kitchen and bespoke fitted wardrobes in the bedroom, to name but a few, the property is the perfect combination of space and quality.

    The kitchen is fully fitted with all appliances, fridge/freezer, washer/dryer and wine cooler.

    The bathroom benefits from a free standing bath with a fitted shower above, traditional-style fittings and a motion mirror that include lights, charging sockets and storage.

    The bedroom is extremely large and includes bespoke built in wardrobes and wall lamps.

    With an allocated parking space, and situated just 0.4 miles to London Rd train station, 0.7 miles to Stoke park and 0.2 miles to Guildford High street the property is also hugely convenient.

An exceptional newly refurbished one bedroom apartment with parking in the town centre.

Tom JenningsProperty agent

Additional information

  • EPC Rating = D