About 8 in 10 Australians aged 65 or over prefer living independently at home, and many choose assistive technology to maintain their lifestyle. The personal mobility device market has been stagnant for the past decade, with many companies focused solely on wheelchairs and mobility scooters. It is time for a fresh perspective.
Next Generation Assistive Wearable Exoskeleton
Project lead: Dr. Joshua Chou, Parker Liang
Duration: 2019 – 2022
The assistive exoskeleton is the future of personal assistive mobility devices. These devices are worn to the user’s body and physically support the user through its mechanical structures, not requiring any electronics or power as required by current exoskeletons. However, current assistive exoskeletons are not economical for mass market and are limited in their application - thereby limiting usage.
The aim of our exoskeleton title “EXOS” is to provide support for the user in everyday mobility tasks and in challenging terrains. The device will enable freedom of physical movement as well as function without overtaxing hand controls.
The EXOS project aims to develop a wearable exoskeleton that provides mobility and seated support. The design is lightweight and simple to use, and is intended to be highly customizable to suit the users’ needs and lifestyle. In addition, the device is made to be affordable and available at local retailers.
Initially introduced to those aged 30 to 64 with mild mobility conditions, the project team plans to expand into ages 65 and above with further iterations.
What impact will we create?
Developing an accessible assistive exoskeleton provides new mobility support technology alternatives for future Australians. The device aims to enable greater flexibility in mobility support and to enhance the users lifestyle.
Who are we working with?
- Australians with mobility conditions
- Dr. Mark Liu, Faculty of Design, Architecture and Building
- Dene Huntley
- Justin Lenihan
- Professor Steven Bernardi
Funding Support
- Disability Research Network Seeding Fund
