Light-filled three double-bedroom apartment with high ceilings and communal garden minutes from station.
Top-floor apartment with three double bedrooms and over 1,400 sq ft
High ceilings, large arched windows, abundant natural light
Communal garden access and leafy village setting
Updated kitchen; double glazing (installation date unknown)
Mains gas central heating with boiler and radiators
Leasehold — 90 years remaining; survey recommended
Service charge £500 yearly; ground rent £100
Area has higher crime and local deprivation indicators
Set on the top floor of a period building in Charlton Village, this three double-bedroom apartment offers over 1,400 sq ft of well-proportioned living space. High ceilings, large arched windows and wood floors create a bright, airy feel, with far-reaching urban views and direct access to a communal garden.
The layout suits families or professionals seeking generous rooms and character alongside modern touches: an updated kitchen with subway tiles and exposed shelving, double glazing (install date unknown), and mains gas central heating with boiler and radiators. Excellent transport links are a major plus — Charlton station and frequent buses provide fast connections to Woolwich, the DLR and central London.
Buyers should note material facts: the property is leasehold with 90 years remaining, a yearly service charge of £500 and ground rent of £100. The building dates from 1900–1929 and walls are timber frame with assumed no insulation; a survey is recommended to confirm thermal performance and any remedial work. The area records higher crime rates and local deprivation indicators, which should be considered alongside the location’s amenities and schools.
Overall this apartment offers rare square footage, period charm and strong transport links in a village-style setting. It will appeal to families wanting space and light, or investors targeting long-term rental demand; buyers seeking turnkey condition should budget for potential fabric or insulation upgrades after survey confirmation.