How and Why We Run: Investigating the Experiences of Blind and Visually-Impaired Runners
Sidas Saulynas, Mei-Lian Vader, Apoorva Bendigeri, Tristan King, Anirudh Nagraj, Ravi Kuber · 2022 · Proceedings of the 19th International Web for All Conference (W4A) · doi:10.1145/3493612.3520445
Summary
This qualitative study investigates the running experiences of 13 legally blind individuals in the United States, exploring where and how they run, what assistance they use, the challenges they face, and how technology could better support them. Participants ranged from casual joggers to competitive marathon and triathlon athletes, with varying levels of residual vision — seven had very limited functional vision (three with no vision at all) and six had some functional sight available. The study used semi-structured 60-minute interviews conducted remotely during the COVID-19 pandemic, analysed through inductive thematic analysis. The research fills an important gap: while assistive technologies for navigation and mobility are well-studied, the specific experience of running while blind or visually impaired has received very little research attention. Participants described a rich ecosystem of strategies and workarounds, from preferring smooth, predictable surfaces (trails and sidewalks over streets) to memorising routes, using makeshift tethers fashioned from clotheslines and shoelaces to connect with sighted guides, and wearing bright vests to alert other runners. Treadmills were universally viewed as a last resort due to inaccessible touch-screen controls at gyms and the reduced social experience they offer.
Key findings
The study produced five key design insights for supporting blind runners. First, addressing uncertainty: BVI runners face constant unknowns about course conditions, obstacles, and navigation that sighted runners take for granted, creating heightened risk calculations for every run. Second, quality of assistance matters enormously — 11 of 13 participants used human guides, and the runner-guide relationship requires extensive training, trust, and compatible communication styles. Participants used improvised tethers (clotheslines, shoelaces, resistance bands) since commercial options were inadequate. Third, feedback must be appropriately timed and multimodal — participants preferred haptic and audio cues delivered through wearable accessories rather than handheld devices, with information that reduces cognitive load rather than adding to it. Fourth, supporting autonomy was a strong theme: most participants expressed a desire to run independently, with technology potentially replacing guide dependence. One participant called independent running "pretty life altering." Fifth, running serves a crucial social function — at least four participants belonged to Achilles International, and the guide relationship itself provides valued companionship. Even participants who wanted more independence still valued running with others. Existing assistive navigation technologies (Sunu Band, WeWalk cane) were largely rejected as impractical for running due to bulkiness, slow response times, and interference with natural running motion.
Relevance
This paper provides valuable design insights for anyone developing assistive technologies for physical activity. The findings challenge a one-size-fits-all approach to accessibility — blind runners vary enormously in their residual vision, running goals, risk tolerance, and preferences for assistance. The tension between autonomy and socialization is particularly instructive: technology that eliminates the need for a guide might inadvertently remove a valued social connection. For wearable technology designers, the study highlights that running demands feedback that is faster, less cognitively demanding, and more physically unobtrusive than walking-pace assistive devices provide. The research also reveals how inaccessible mainstream fitness equipment remains — touch-screen treadmill controls at gyms were a universal frustration. A limitation is the US-only sample of 13 participants recruited through researcher networks, which may not capture the full diversity of BVI running experiences globally.
Tags: blindness · visual impairment · physical activity · assistive technology · wearable technology · haptic feedback · guide runners · independent living · user research