Area Overview for CM1 4UX

Living in CM1 4UX means inhabiting a compact residential cluster within the St. Andrews Ward of Chelmsford, Essex. The area covers 4326 square metres and is home to 1142 people, resulting in a population density of 263,983 people per square kilometre. This high density reflects a tightly knit community, though the area remains small enough to feel intimate. The postcode falls within a ward noted for its historic church of St Andrews, which sits alongside protected views of the Chelmer valley. Daily life here is shaped by proximity to Chelmsford’s urban infrastructure, with the railway station just a short distance away. While the area lacks large-scale amenities, its compact size ensures residents can access essential services within walking or cycling distance. The presence of listed buildings and historic landscapes suggests a heritage-conscious environment, though modern connectivity—such as excellent broadband—supports contemporary lifestyles. For buyers, CM1 4UX offers a blend of residential tranquillity and urban accessibility, with a focus on owner-occupied homes and a mature demographic.

The community in CM1 4UX is predominantly composed of adults aged 30–64, with a median age of 47. This suggests a stable population of middle-aged residents, many of whom may be in their peak working years. Home ownership is exceptionally high at 90%, indicating a strong presence of owner-occupied properties rather than rentals. The accommodation type is primarily houses, which aligns with the area’s small, residential character. The predominant ethnic group is White, reflecting a homogenous demographic profile. While no specific deprivation data is provided, the high home ownership rate and mature age range may correlate with lower levels of economic vulnerability. However, the lack of detailed diversity metrics means the full scope of the community’s social composition remains unexplored. The area’s compact size and high density suggest a tightly woven social fabric, where neighbourly interactions are likely to be frequent.