Walking football for people with chronic breathlessness: A mixed-methods proof of concept study
Callum Bradford, Kirsti J. Loughran, Benjamin Harrison, Grant McGeechan, Denis Martin, Sophie Suri, Noelle Robertson, Gaynor Williams, Tim Rapley, Samantha L. Harrison
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Source: Crossref
Published: Sep 1, 2026
DOI: 10.1177/14799731261489273
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Introduction Pulmonary rehabilitation (PR) provides substantial benefits, but these are rarely sustained. Walking football (WF), with its slower pace and widespread availability, may offer an exercise-maintenance option. This proof-of-concept study aimed to understand the potential of WF as an exercise-maintenance intervention following PR. Methods A mixed-methods, prospective observational design was used. Patients completing PR at two NHS trusts were invited to attend weekly 2-hour WF sessions for 6 weeks. Feasibility outcomes included recruitment, adherence, and safety. An ethnographic approach observed participant experiences and engagement. Health outcomes were assessed at baseline and post-intervention, and the intensity of a single WF session was analysed. Results 160 individuals were approached; 36 expressed interest and 6 enrolled (5 male; mean age 71 years). Travel difficulties were the most common reason for declining. Five participants attended at least 4 sessions, and all continued WF after the study. One minor, unrelated adverse event occurred. Qualitative analysis of 18-hours of observations and 6 interviews generated 6 themes. The most notable finding highlighted the importance of WF sessions being exclusive to people with breathlessness. At least 3 participants achieved the minimal clinically important difference in functional exercise capacity, strength, health-related quality of life, and symptom burden. During a single session, group mean heart rate reached 66% of estimated HRmax, with a mean distance of 3.23 km covered. Conclusions WF appears to be a promising, engaging, and potentially sustainable exercise-maintenance option following PR, though travel barriers limited uptake. Future interventions should prioritise accessible locations and consider transport support.
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