Area Overview for CF3 0XY

CF3 0XY is a small residential cluster in Cardiff, Wales, with a population of 1905. Situated in the St Mellons area, it lies within a historically low-lying region that was once farmland, later transformed by post-war housing developments. The area’s proximity to the River Taff and its proximity to Cardiff’s urban core offer a blend of suburban tranquillity and easy access to the city’s amenities. While it has faced challenges, including historical economic deprivation and issues with high-rise housing in the 1990s, recent improvements in infrastructure and safety measures have reshaped its character. Residents benefit from a mix of local shops, transport links, and nearby green spaces. The area’s compact size means it is well-suited for those seeking a quieter lifestyle without being isolated from urban opportunities. Its history as a flood-affected zone in 1606 adds a layer of local intrigue, though modern flood risk assessments show it is now low. CF3 0XY remains a pragmatic choice for buyers prioritising practicality over novelty, with a focus on functional living and accessible connectivity.

The community in CF3 0XY is predominantly composed of adults aged 30–64, with a median age of 47. This suggests a mature population, likely with established careers and families. Home ownership stands at 42%, indicating a significant proportion of residents rent their homes. The area is characterised by houses rather than flats, reflecting a preference for single-family dwellings. The predominant ethnic group is White, though specific data on diversity is not provided. The 42% home ownership rate implies a rental market that may influence housing affordability and competition for properties. The age profile suggests a stable demographic, with fewer young families or retirees compared to other areas. This balance may affect local services and amenities, shaping a community that prioritises practicality over transient lifestyles. The lack of detailed diversity data means broader cultural or social dynamics remain unexplored in this context.