In September 2023, Littlehampton recorded a crime rate of 12.4 per 1,000 residents, placing it 55% above the UK average of 8.0 per 1,000. This figure, while alarming, offers insight into the lived experience of residents, who face a risk of encountering crime at a rate significantly higher than the national norm. The most prevalent crimes were violence and sexual offences (31.9% of total), anti-social behaviour (20.1%), and shoplifting (15.3%), each of which reflects the area’s unique social and environmental context. The surge in violence and sexual offences may be partially explained by the return of students to local universities, a demographic known to contribute to increased social interactions and, consequently, higher rates of such crimes. Similarly, the 239% excess in shoplifting compared to the UK average could be attributed to the town’s retail presence and the seasonal timing of September, which marks the end of summer shopping and the beginning of new academic terms. Anti-social behaviour, which is 87% above the UK average, may be influenced by the area’s built-up nature, where high population density and shared public spaces can exacerbate incidents of disorder. These patterns are consistent with Littlehampton’s role as a commuter town with a mix of residential and commercial zones, where the interplay of local demographics and seasonal transitions shapes crime trends. The data also reveals a marked disparity in crime types: while property crimes (including shoplifting, burglary, and vehicle crime) account for a significant portion of incidents, the rate of violent crimes remains high. This imbalance may be linked to the area’s proximity to educational institutions, which attract transient populations and can create environments conducive to both property and personal crimes. The seasonal context of September—marked by the return to school and university, the diminishing daylight, and the shift in community rhythms—likely amplifies these trends, as younger populations adjust to new routines and social pressures.