Dronfield Crime Rate December 2024 | Monthly Statistics

December 2024 marked a continuation of Dronfield's consistently low crime profile, with an overall rate of 2.2 crimes per 1,000 residents — 69% below the UK average of 7.1 per 1,000. Violence and sexual offences accounted for the largest share of reported crimes (38.3%), followed by anti-social behaviour (19.2%) and public order offences (10.6%). This pattern aligns with the area's character as a built-up residential community within North East Derbyshire, where property crimes and violent incidents are typically lower than in major urban centres. The seasonal context of December, with its associated challenges of dark evenings, holiday closures, and reduced retail activity, likely influenced the distribution of criminal activity. For instance, the sharp decline in shoplifting (from 7 to 1 incidents) may reflect the reduced presence of shoppers in local stores during the festive season, while the rise in vehicle crime (up 200%) could be attributed to increased vehicle-related thefts in residential areas during the colder months. Dronfield's crime rate, though modest, remains consistent with the area's historical trend of lower-than-average criminal activity, suggesting a combination of local factors — such as community cohesion, effective policing, or the absence of high-risk environments like major transport hubs — may contribute to this stability. The proportion of violent crimes, while the most common category, remains significantly below the UK average (65% lower), a trend that may be linked to the area's relatively small population and the absence of concentrated deprivation or high-density housing typical of larger cities. These findings illustrate how local geography, demographics, and seasonal rhythms shape the crime profile of a built-up area, even within a broader national context of fluctuating criminal activity.

December 2024 saw a 200% surge in vehicle crime, rising from 1 to 3 incidents, a stark contrast to the 85.7% decline in shoplifting, which fell from 7 to 1. This shift suggests a seasonal reallocation of criminal activity, possibly linked to the closure of retail stores during holidays and increased vehicle-related thefts in residential areas. Anti-social behaviour also saw a 100% increase, rising from 0 to 9 incidents, a figure that, while low, indicates a potential spike in localised disturbances during the festive period. Violent crimes, though remaining the most common category at 38.3% of all crimes, were 65% below the UK average of 2.6 per 1,000, highlighting Dronfield's continued resilience in this category. The sharp drop in shoplifting, a crime type typically linked to high street activity, may reflect reduced foot traffic and the absence of holiday shoppers, a trend consistent with other UK towns during December. These fluctuations, while significant, remain within the broader context of Dronfield's historically low crime profile.

Dronfield's crime rate in December 2024 dropped by 21.6% from the previous month's 2.8 per 1,000 to 2.2 per 1,000, reflecting a sustained trend of lower-than-average criminal activity. Over the course of the month, 47 crimes were recorded, equating to roughly 2 crimes per day — a figure that, while low, highlights the persistent presence of localised incidents. When scaled to the population of 21,206, this translates to one reported crime for every 451 residents over the month, a statistic that underscores the relatively low exposure to crime compared to national benchmarks. The drop in the previous month aligns with seasonal patterns typical of December, including reduced foot traffic during holidays and the closure of some retail outlets, though the area's consistent low crime rate suggests structural factors, such as community policing or local initiatives, may be contributing to the trend. These figures, when contextualised against the UK average of 7.1 per 1,000, illustrate how Dronfield's built-up area maintains a markedly safer profile than the national average, despite the challenges posed by seasonal fluctuations.