Preliminary testing of a mechanism-based gait training device with able-bodied individuals

Purpose Millions of people throughout the world have walking disabilities. Gait training is essential for helping people with locomotor disabilities regain their ability to walk and to improve their quality of life. Design/methodology/approach This study assesses the viability of a novel gait training device with able-bodied individuals and gauges the alterations that need to be made in the device for conducting trials with patients. It is a preliminary, single-gender, viability study with able-bodied individuals. Findings Aboutten able-bodied participants (all male, age: 28 ± 4 years old) completed the study. Almost all participants were able to complete the test. Participants undertook the training on the gait training device, and data were collected through subjective questionnaires based on safety, comfort, efficiency and satisfaction. Research limitations/implications The device requires additional cushioning and support as disabled patients are heavier than able-bodied individuals. The duration of the trial is kept short and can be prolonged when comfort-related issues are addressed. Gait issues are most observed in the older population. However, the device was primarily tested on a younger population to avoid risks. Practical implications The feedback from the participants will be used to make the required design changes for further clinical testing. Social implications Our work aims at developing a low-cost alternative for the expensive robotic gait training devices, as most clinics in the developing world are in need of affordable solutions for treating disabled patients. Originality/value The preliminary testing of the gait training device was successful and showed promise for further development of the device for training spinal injury and/or stroke patients.