As the move to British Summer Time on 29 March approaches, attention is again focusing on how even small disruptions to sleep patterns can affect the UKā€™s night shift workforce, particularly across logistics and warehousing.
Round the clock operations are standard across distribution centres, where forklift drivers, pickers and trunking teams work through the night to maintain flow and meet next day delivery demands. But the impact of disrupted sleep remains a persistent issue.
Industry body Logistics UK has warned that the UKā€™s 8.7 million night workers face a heightened risk of fatigue, with research from Night Club indicating that almost half get fewer than six hoursā€™ sleep. For warehouse environments, the consequences extend beyond wellbeing.
Fatigue is closely linked to reduced concentration, slower reaction times and a higher likelihood of incidents involving materials handling equipment. On busy sites where forklift traffic, pedestrian movement and automation intersect, even minor lapses in alertness can carry operational and safety implications.
Maddi Solloway Price, Head of Road Freight and English Regions Policy at Logistics UK, said night shift workers remain central to keeping supply chains running but are significantly more prone to sleep disruption, with most never fully adapting to nocturnal schedules.
The issue is also feeding into ongoing labour pressures. Warehousing operators continue to report challenges recruiting and retaining experienced night shift staff, particularly in roles requiring MHE training and certification, where fatigue can quickly impact performance and job satisfaction.
In response, Logistics UK is promoting its THRIVE wellbeing hub, developed with input from organisations including Night Club and Oxford Universityā€™s Sleep and Circadian Neuroscience Institute. The guidance focuses on practical steps such as managing light exposure, improving sleep environments and maintaining consistent routines between shifts.
For operators, the conversation is shifting beyond wellbeing messaging. Fatigue is increasingly being treated as a site level risk factor, particularly in high throughput environments where productivity targets and safety compliance depend on sustained concentration.
Measures such as more structured shift patterns, improved lighting design and designated quiet rest areas are beginning to feature more prominently in warehouse planning, alongside refresher training for MHE operators working extended or overnight hours.
With pressure on overnight fulfilment continuing to grow, how businesses manage fatigue on the warehouse floor is becoming a more immediate operational consideration, particularly where safety, retention and output are closely linked.