Innovative Smart Flooring Trial Aims to Reduce Fall-Related Injuries in Older Adults
A new study by the University of Surrey aims to develop smart flooring that reduces fall-related injuries in older adults by cushioning impacts and supporting safer mobility. This innovative research could transform fall prevention in healthcare and home environments.
A groundbreaking research initiative at the University of Surrey is exploring the potential of smart flooring technology to prevent fall-related injuries among older adults. With over 219,000 fall-related emergency hospital admissions in England for individuals aged 65 and over in 2023/24, this study seeks to develop flooring surfaces that can absorb impacts during falls, thereby reducing the severity of injuries.
Participants in the trial wear reflective markers that are tracked by infrared cameras to assess how different floor materials—from soft to hard—affect balance, movement, and stability. This data will inform the design of advanced protective flooring that maintains a normal appearance and texture but can dynamically soften during a fall to mitigate injury risk.
Currently, the study recruits healthy adults of all ages, especially those over 65. Researchers analyze participants' ability to stand and walk across various flooring types under controlled indoor conditions to understand how surface stiffness impacts balance.
The long-term goal is to create flooring systems that appear conventional but integrate smart materials capable of responding to falls. Such floors could be implemented in hospitals, care homes, and private residences, significantly enhancing safety for vulnerable populations.
Dr. Iman Mohagheghian, a lead researcher, emphasizes the importance of understanding age-related differences in movement and balance and how flooring can play a preventative role. The project is part of the EPSRC-funded 'Multifunctional Flooring: Design for Independent Living,' which involves collaboration with industry partners to develop integrated solutions for passive fall prevention, real-time fall detection, and impact absorption.
Interested volunteers are encouraged to participate in this vital research, which promises to revolutionize fall safety and reduce healthcare costs associated with fall injuries.
For more information, visit source.
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