Exploring physiotherapists’ experiences of implementing robot assisted gait training in a National Health Service inpatient neurorehabilitation setting: a qualitative study

Purpose To explore physiotherapists’ experiences of implementing robot assisted gait training (RAGT) in a National Health Service (NHS) inpatient neurorehabilitation setting. Evidence of the efficacy of RAGT is growing, however implementation of this technology into clinical practice is slow. Understanding physiotherapists’ experiences can support RAGT integration into neurorehabilitation practice.Materials and Methods A qualitative study using semi-structured online interviews, transcribed and semantically coded using a reflexive thematic analysis approach. The meta-Unified Theory of Acceptance and Use of Technology (UTAUT) model of technology integration informed the data analysis.Results Nine physiotherapists were purposively sampled, and three main themes were identified from their interviews. A new way of working, relating to physiotherapists’ perspectives on how using RAGT altered the therapy experience for patients and for physiotherapists. The nature of exclusivity identified barriers of patient eligibility to use RAGT and perceived inequality between services. Finally, integration presents a challenge identified the steep learning curve required and impact on teamwork, within physiotherapy and in multidisciplinary teams.Conclusions The integration of RAGT into NHS clinical practice was reported positively by physiotherapists, offering potential to improve gait rehabilitation for patients. Barriers to successful implementation included time, the degree of learning required, and equity of access.

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Publication Details

Journal
Disability and Rehabilitation
Published
2026-07-28
DOI
https://doi.org/10.1080/09638288.2026.2703391
Primary Topic
Stroke Rehabilitation and Recovery
Type
article
Field-Weighted Citation Impact
0.00
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article

Exploring physiotherapists’ experiences of implementing robot assisted gait training in a National Health Service inpatient neurorehabilitation setting: a qualitative study

Louise Johnson, Katherine Chambers, Euan Sadler
Disability and Rehabilitation
Stroke Rehabilitation and Recovery
article

Exploring physiotherapists’ experiences of implementing robot assisted gait training in a National Health Service inpatient neurorehabilitation setting: a qualitative study

Louise Johnson, Katherine Chambers, Euan Sadler
article en

Abstract

Purpose To explore physiotherapists’ experiences of implementing robot assisted gait training (RAGT) in a National Health Service (NHS) inpatient neurorehabilitation setting. Evidence of the efficacy of RAGT is growing, however implementation of this technology into clinical practice is slow. Understanding physiotherapists’ experiences can support RAGT integration into neurorehabilitation practice.Materials and Methods A qualitative study using semi-structured online interviews, transcribed and semantically coded using a reflexive thematic analysis approach. The meta-Unified Theory of Acceptance and Use of Technology (UTAUT) model of technology integration informed the data analysis.Results Nine physiotherapists were purposively sampled, and three main themes were identified from their interviews. A new way of working, relating to physiotherapists’ perspectives on how using RAGT altered the therapy experience for patients and for physiotherapists. The nature of exclusivity identified barriers of patient eligibility to use RAGT and perceived inequality between services. Finally, integration presents a challenge identified the steep learning curve required and impact on teamwork, within physiotherapy and in multidisciplinary teams.Conclusions The integration of RAGT into NHS clinical practice was reported positively by physiotherapists, offering potential to improve gait rehabilitation for patients. Barriers to successful implementation included time, the degree of learning required, and equity of access.

Disability and Rehabilitation
University of Southampton (GB)
Openalex Percentile: Top 12%
Stroke Rehabilitation and Recovery
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