• 3 Bedrooms Mid-Terrace House +
• 2 Reception Rooms +
• Amazing Kitchen/Diner Extension +
• Fully Renovated Throughout +
• Colliers Wood Tube & High Street Around The Corner +
• Outstanding Local Schools +
• Loft Conversion Potential (STPP) +
• Landscaped Private Garden +
• Central Yet Quiet Location +
• ideal For Family Or Investment For Corporate Let +

This is a quintessential, 3 bedroom FREEHOLD family home in the very enviable location of Valley Gardens, central Colliers Wood SW19. Being a stones throw from the High Street and excellent schools on one's door step, this is perfect for families or investors for an executive rental. The property has been fully renovated to an exquisite standard. The rear extension has a custom fitted kitchen with stone work tops, bespoke cabinetry and the introduction of a downstairs WC and utility area. Beautiful additions such as exposing brick work, wooden panelling and high end finishes to all rooms set this house apart. The inviting entrance hallway firstly leads to the front formal living room. With a large bay window and high ceilings, natural light floods in. Through to the dining room, there's still lots of light having been opened out to the aforementioned extended kitchen. The full width tri-fold doors open to the professionally landscaped private garden. Patio, raised planters, wooden pergola with seating area and lots of winter fell plants, this is a very special and idyllic space to enjoy. Back inside and up the inset carpeted and wooden feature stairs, we reach the elegant and bright landing. The principle bedroom is a large double with bay window and built in wardrobes. The second is another amply double with the 3rd being a decent sized single currently used as a dressing room. The loft is prime for conversion (STPP) to future proof this house for ones' growing family. The EPC is in band C. The property is eligible for on-street permit parking. The electric, water and sewage are mains connected. Gas central heating. The property is not listed or in a conservation area.