High-velocity trauma by social media: a new mechanism of injury in pediatric traumatology?

PURPOSE: Over the past two decades, social media challenges have emerged as a significant cause of injuries among adolescents. This study evaluates a sudden cluster of severe upper limb injuries resulting from the viral "Superman challenge" to raise clinical awareness of digital behaviors in pediatric trauma.

METHODS

A retrospective study at a tertiary pediatric trauma center evaluated patients aged < 18 years admitted in December 2024 following the "Superman challenge."

RESULTS

Eight patients were admitted within a 10-day window following high-energy injuries from the challenge. The cohort showed a female predominance (62.5%) with a mean age of 13.25 (±1.03) years. The high-velocity mechanism led to atypical, severe injury patterns distinct from routine accidental falls. We observed an unusual cluster of severe distal forearm fractures in five patients, which uniformly required surgical treatment. Three patients even suffered bilateral distal radius fractures. Additional associated injuries included fractures of the ulnar styloid process (n = 5) and concomitant TFCC tears (n = 2), reflecting the high-energy nature of the challenge.

CONCLUSIONS

The rapid, viral spread of physical social media challenges such as the 'Superman Challenge' can lead to dangerous injury mechanisms involving high-velocity trauma among children and adolescents. These trends could lead to sudden, localized clusters of atypical high-energy injuries-a scenario that, under specific conditions, risks overtaxing conventional healthcare systems, as previously demonstrated in the literature. Medical staff need to be aware of changing digital behaviors, which represent a new mechanism of injury in pediatric trauma.