Researchers from Flinders University and the University of Canberra in Australia analyzed movement data from 107 healthy adults aged 26 to 86. Their findings point to a key age-related shift: the body increasingly chooses stability over efficiency. As people grow older, muscles around the ankle tend to contract together during each step, stiffening the joint and helping keep the body balanced when the foot lands. This subtle motor change may help explain why walking becomes slower and more tiring over time.
Stability Takes Priority
This stabilizing strategy requires more muscular work while generating less forward push. As a result, older adults often take shorter steps and walk at a gentler pace. The reduced forward push also makes it harder to recover quickly after tripping or slipping, which is one reason fall risk rises with age.
What Can Support Healthy Aging
Lead researcher Cody Lindsay said the study’s findings could be used to design fall-prevention efforts and support healthy aging. The team suggests exercises that improve balance, coordination, and strength in the lower leg muscles.
The article was published on ScienceDaily on August 18 at 8:30 a.m. Understanding why gait changes with age is especially important because maintaining mobility is central to independence and well-being later in life.
These results could help shape programs aimed at boosting physical activity and reducing falls among older people. They also highlight why exercise routines should be adjusted to reflect age-related changes in motor function. A clearer picture of the mechanisms behind movement can support new strategies for preserving independence and quality of life. Better coordination and balance, in particular, may be critical for lowering fall risk in this age group.
As we explore the complexities of aging, it's also essential to consider how cognitive changes impact our daily lives. Recent research highlights a new phase of brain aging between the ages of 50 and 75, revealing significant shifts in cognitive function during these critical years. Understanding these developments can provide insights into maintaining mental agility as we age. To learn more about this intriguing aspect of aging, read about the newly identified brain aging phase here.