Helping people with MND stay mobile: Research targets walking and independence
For people with motor neurone disease (MND), the loss of mobility is a major change. As MND progresses, muscles weaken, making activities like walking harder. Daily tasks like going to the kitchen, exercising and shopping become more difficult or even impossible. Independence fades away.
Mobility is key to independence and quality of life. However, researchers know little about how walking and movement change in people with MND. Current assessments often miss early warning signs. Furthermore, doctors lack tools to track the disease’s progression. This leaves people with MND with few evidence-based options to maintain safe movement.
At The University of Queensland, Associate Professor Taylor Dick from the School of Biomedical Science is determined to make a difference. Working within the UQ Centre for MND Research, an internationally recognised centre focused on advancing collaborative research and better care for people with MND, she is investigating how the condition changes the way people walk. Backed by a 2026 FightMND Care Research Grant, the project will also examine how emerging technologies could help people stay mobile for as long as possible.
“Our project tackles one of the most visible and distressing effects of MND: the loss of independent mobility, especially walking,” she explains. “Our goal is simple yet powerful: to help people with MND remain mobile, independent, and confident for as long as possible.” roving the lives of people living with MND today while the search for a cure continues.

How MND affects the ankles
Most people don’t think about their ankles when they walk. But for those with MND, the ankle reveals important information.
“Our recent research showed that people with MND lose a lot of ankle ‘push-off’ power when walking. It’s more than a two-fold decrease compared to those without MND,” explains Taylor. “This early ankle issue seems to drive slower walking, fatigue, and instability.”
This finding is vital. Doctors have known MND affects mobility, but they haven’t grasped the mechanics behind it. Traditional assessments focus on broad measures like walking speed. This overlooks early warning signs.
Associate Professor Dick’s method goes deeper. Her team studies joint movement patterns and muscle power to see how movement breaks down as the disease advances.
Wearable technology offers new possibilities
Understanding the problem is the first step. Through her research, Associate Professor Dick’s team is also testing a solution. Lightweight robotic ankle exoskeletons.
These wearable devices offer timed support while walking. They target the area where people with MND lose strength. Early results are promising. Participants walk faster and report high satisfaction with the technology.
“This project brings movement into focus,” says Taylor. “We will use advanced motion analysis and wearable sensors to identify detailed ‘movement signatures’ of disease progression. We will test lightweight robotic ankle exoskeletons to see if they can help people move safely and with less effort.”

This project is the first of its kind in Australia and among the first globally. It combines lived experiences, high-resolution biomechanical analysis and wearable robotic technology for MND.
How this research can change MND care
The research has three main goals:
- identify early changes in walking that show disease progression
- find better ways to monitor mobility in clinical care
- assess new wearable aids that can help maintain walking and reduce falls.
The research will generate the most detailed biomechanical dataset of walking in MND to date in Australia and globally. These findings could improve how mobility is measured in both clinical trials and routine care, potentially leading to monitoring tools that could be used in clinics or even at home.
How community support drives research
This research wouldn’t be possible without community support. The FightMND Care Grant provides the critical resources needed to engage directly with people living with MND, conduct detailed gait analyses across different stages of the disease, and trial the wearable ankle exoskeleton technology in real-world contexts.
“FightMND’s investment signals that mobility and quality of life matter deeply,” Taylor notes. “This funding supports research that may not yet have large commercial backing but has enormous impact potential for people living with MND today.”
Motor neurone disease remains a devastating disease with limited treatment options and no cure. But research like this offers real hope for improving quality of life today while working toward better treatments tomorrow.
“Donations to FightMND mean I can dedicate my time to finding ways for people living with MND to move safely and independently for as long as possible,” says Taylor. “Every contribution helps us push forward—whether that’s discovering new movement biomarkers, refining assistive technologies, or improving quality of life for families facing this disease. Continued public support is what drives momentum. It turns hope into action.”
Creating hope through research
Projects like Associate Professor Taylor Dick’s build on the remarkable progress already made in Care research. Australia is now recognised as a global leader in MND research. This is because of brilliant minds, bold ideas and unwavering community support driving us forward.
Want to learn more about the projects receiving funding and the progress being made? Visit Our Impact page to see how your support is making a real difference.





























