Key Takeaways
- Injuries involving e‑scooters and children rose from fewer than 10 cases in 2019 to nearly 150 in 2024 across three UK children’s hospitals – a >15‑fold increase.
- 95 % of the 477 injured were riders; 5 % were pedestrians struck by e‑scooters.
- Falls from the scooter caused 75 % of injuries; vehicle collisions accounted for about 11.5 %.
- Approximately one‑quarter suffered head injuries and nearly one‑fifth facial injuries, yet less than 2 % of riders wore a helmet at the time of the incident.
- Most injured children required imaging (64.5 %), 13.5 % were admitted to hospital, and 7 % needed surgery.
- The average age was 12 years, with about two‑thirds male; 80 % of incidents involved privately owned e‑scooters.
- Nearly three‑quarters of the injured lived in the most socially and economically disadvantaged areas.
- Researchers urge clearer public‑health messaging, educational campaigns, retailer responsibility, speed limiters, mandatory helmet use, and a review of government legislation to curb this emerging public‑health challenge.
- Several European cities have already tightened rules (Paris, Germany’s proposed liability bill, Madrid’s licence withdrawals, Prague’s removal of shared scooters, Brussels’ planned ban).
Introduction and Study Overview
A multicentre study conducted by the emergency departments of Sheffield Children’s Hospital, Royal Manchester Children’s Hospital, and Alder Hey Children’s NHS Foundation Trust in Liverpool examined e‑scooter‑related injuries among children and adolescents. The analysis covered all presentations from January 2019 through December 2024, drawing on clinical records, imaging reports, and discharge summaries. The researchers aimed to quantify the rising burden of such injuries, describe injury patterns, and identify modifiable risk factors that could inform prevention strategies. Their findings, published on 11 August 2026, highlight a steep upward trend that warrants immediate public‑health and policy attention.
Sharp Rise in Case Numbers
During the six‑year surveillance window, the absolute number of e‑scooter injuries climbed dramatically. In 2019, fewer than 10 children presented with scooter‑related trauma across the three hospitals. By 2024, that figure had surged to nearly 150 cases in a single year, representing an increase of more than fifteenfold. Over the entire period, a total of 477 children were treated for e‑scooter injuries, providing a robust dataset for epidemiological analysis. This exponential growth mirrors the rapid proliferation of both privately owned and rental e‑scooters in urban environments across the United Kingdom.
Demographic Profile of the Injured
The injured cohort had a mean age of approximately 12 years, with a slight skew toward younger adolescents. Boys accounted for roughly two‑thirds of all cases, reflecting a gender disparity often observed in risk‑taking behaviours and outdoor activity patterns. Notably, 80 % of the incidents involved privately owned e‑scooters rather than rental schemes, despite the latter being subject to stricter age (≥16 years) and licensing requirements. This underscores that regulatory gaps surrounding private use are a major driver of injury among children.
Mechanisms of Injury
The predominant mechanism of injury was a fall from the e‑scooter, responsible for 75 % of all recorded cases. Collisions with motor vehicles contributed to about 11.5 % of injuries, while pedestrians struck by an e‑scooter made up the remaining 5 %. The high proportion of fall‑related injuries suggests that loss of balance, inexperience, and inadequate protective gear play central roles. The relatively low share of vehicle collisions may reflect that many incidents occur in off‑road or low‑traffic settings where children ride without supervision.
Injury Types and Severity
Head injuries constituted roughly one in four (≈25 %) of the presentations, and facial injuries accounted for nearly one in five (≈18 %). These figures are particularly concerning given the potential for long‑term neurocognitive or cosmetic sequelae. Despite the vulnerability of the head and face, helmet use was extraordinarily rare: fewer than 2 % of riders were documented as wearing a helmet at the time of the incident. The lack of basic protective equipment markedly amplifies the risk of severe trauma in this population.
Protective Equipment and Prevention Gaps
The striking deficit in helmet usage points to a critical prevention gap. While helmets are widely endorsed for bicycles and skateboards, their adoption among e‑scooter riders—especially children—remains minimal. Researchers suggest that targeted educational campaigns, modelled after successful bicycle‑safety programmes, could improve helmet compliance and safe riding behaviours. Additionally, they recommend that retailers provide clear safety advice at point‑of‑sale, including legal age limits and the importance of protective gear, to bridge the knowledge gap among parents and young users.
Healthcare Resource Utilisation
The clinical impact of these injuries was substantial. Approximately 64.5 % of injured children required some form of imaging—such as X‑rays, computed tomography, or ultrasound—to diagnose fractures, intracranial injury, or soft‑tissue damage. Hospital admission was necessary for 13.5 % of cases, and 7 % proceeded to operative intervention. These statistics illustrate not only the immediate morbidity but also the considerable strain placed on paediatric emergency services, radiology departments, and surgical teams by the rising e‑scooter injury burden.
Socio‑economic Context
A striking social determinant emerged from the data: 74 % of the injured children resided in areas classified as having the greatest social and economic disadvantage. This correlation suggests that factors such as limited access to safe recreational spaces, reduced supervision, and possibly higher reliance on affordable personal mobility devices may exacerbate risk. Addressing inequities through community‑based safety initiatives, subsidised protective equipment, and improved infrastructure could mitigate the disproportionate burden borne by disadvantaged youth.
Policy and Regulatory Recommendations
In light of the findings, the study authors call for a multifaceted public‑health response. They urge governments to clarify and enforce legislation governing private e‑scooter use, potentially introducing speed limiters, mandatory helmet laws, and stricter age thresholds. Retailers should be obliged to inform customers about legal requirements and safety best practices at the point of sale. Furthermore, the authors advocate for heightened clinician awareness, routine enquiry about e‑scooter use during paediatric assessments, and the development of clear public‑health messaging campaigns. They characterise the surge in injuries as an emerging public‑health challenge that demands coordinated action among policymakers, healthcare providers, industry, and communities.
European Responses and Outlook
The study’s release coincided with a wave of regulatory actions across Europe. On the same day, Paris tightened rules governing electric scooters and other ride‑ables, imposing stricter parking and speed limits. In July, the German government tabled a bill that would render rental companies such as Lime and Bolt directly liable for accidents involving their fleets. Earlier in 2024, Madrid withdrew operating licences from several e‑scooter firms over failures to control riding and parking behaviours. Prague removed shared e‑scooters from its streets in January 2026, and Brussels has announced plans to follow suit in January 2027. These measures reflect a growing recognition that, without robust regulation and public‑health intervention, the popularity of e‑scooters may continue to exact a preventable toll on child health.
Overall, the data underscore an urgent need for preventive strategies—helmet promotion, rider education, legislative reform, and equitable safety initiatives—to curb the rising tide of e‑scooter‑related injuries among children across the United Kingdom and beyond.