Wheelchair-Related Pain: Why Posture and Seating Matter More Than We Think

Musculoskeletal pain is common among wheelchair users, but it should not automatically be accepted as an inevitable consequence of using a wheelchair.

A systematic review and meta-analysis by Liampas et al. (2021) found that approximately one in two wheelchair users experiences musculoskeletal pain associated with wheelchair use. Shoulder pain was the most frequently reported complaint, affecting 44% of wheelchair users. Importantly, the analysis of five case-control studies found that wheelchair users had 5.8 times the odds of experiencing shoulder pain compared with control groups.

To put this into context, a separate systematic review by Luime et al. (2004) found that shoulder pain prevalence in the general population ranged from 6.9% to 26%, depending on the population studied and the methods used to assess pain. Although these figures come from different studies and cannot be directly compared, they highlight the substantial burden of shoulder pain among wheelchair users.

These findings raise an important question: how much of this pain could be reduced through earlier intervention, appropriate seating and better management of the physical demands placed on the body?

Wheelchair propulsion, transfers and pressure-relieving activities all place considerable demands on the upper limbs. While these demands cannot always be avoided, the way someone is positioned and supported throughout the day may influence how their body tolerates them.

This is where postural assessment becomes particularly important. Understanding the relationship between pelvic stability, trunk alignment, upper-limb function and wheelchair configuration can help identify potential contributors to pain before they become persistent problems.

Not all musculoskeletal pain is preventable, and seating is only one part of the picture. However, combining appropriate equipment, regular postural reviews and targeted exercise offers a more proactive approach than simply treating symptoms once they develop.

Understanding the causes of pain

The shoulder is particularly vulnerable because it plays such a significant role in everyday activities, including wheelchair propulsion, transfers and pressure relief. These activities place considerable demands on the upper limbs, often requiring the same movements to be repeated throughout the day.

Over time, this loading can contribute to problems such as rotator cuff tendinopathy, shoulder instability, impingement-related symptoms and degenerative joint changes. However, pain is rarely explained by overuse alone. Previous injuries, muscle weakness, reduced joint stability and the way someone is positioned in their wheelchair can all influence how symptoms develop.

The review also identified neck pain in 30% of wheelchair users, with wrist and lower back pain each reported by 23%. Elbow pain affected 21%, while hand pain was reported in 18%.

For many people, symptoms are likely to have several contributing factors. Prolonged sitting, limited postural variation, inadequate support and suboptimal wheelchair configuration may increase mechanical stress and make everyday activities more demanding.

Pelvic position is particularly important. An unstable or asymmetrical pelvis can affect trunk alignment and head position, with potential consequences for upper-limb function and comfort. When someone has to work harder to maintain their position or reach their surroundings, the additional effort can also contribute to fatigue.

Hormonal changes: another factor to consider

Hormonal changes may also contribute to musculoskeletal symptoms, particularly during perimenopause and menopause. A 2026 systematic review and meta-analysis examining 93,021 women found that muscle or joint pain was reported by approximately 40% of premenopausal women, 57% of perimenopausal women and 59% of postmenopausal women.

Although these findings do not establish that hormonal changes directly cause pain, they highlight the importance of considering hormonal status when assessing musculoskeletal symptoms.

For wheelchair users, hormonal changes may be an additional consideration alongside repetitive upper-limb loading, posture, muscle strength and wheelchair configuration. Some women may experience increased joint discomfort, stiffness or changes in exercise tolerance during this stage of life, potentially adding to the physical demands already placed on the shoulders and other weight-bearing joints.

Hormonal changes are unlikely to explain pain in isolation, but they are worth considering as part of a broader clinical assessment, particularly when symptoms develop or worsen without an obvious change in activity or equipment.

Age and duration of wheelchair use were also identified as important predictors of musculoskeletal pain in the wheelchair-user review. This reinforces the value of reviewing posture and equipment over time, rather than waiting until symptoms become persistent or begin to affect function.

The role of seating and postural assessment

In clinical practice, it can be tempting to focus on the area where someone reports pain. However, looking at the painful joint in isolation may not reveal the full picture.

A shoulder problem, for example, may be influenced by the position of the pelvis, the degree of trunk support or the height and orientation of the wheelchair seating system. Equally, a person who sits with a forward head position may be compensating for inadequate trunk support or difficulty maintaining an upright posture.

This is why a thorough postural assessment is an important part of understanding musculoskeletal pain in wheelchair users.

The assessment should consider pelvic position and stability, trunk alignment, head and neck posture, lower-limb positioning and pressure distribution. It should also look beyond the static sitting position to examine wheelchair configuration and how the person manages functional activities such as propulsion, transfers and reaching.

The aim is not simply to achieve a symmetrical sitting position. It is to understand how the person’s posture, physical presentation, equipment and daily activities interact, and whether changes could improve comfort, function and efficiency.

Sometimes, relatively small adjustments can make a meaningful difference. These might include improving pelvic stability, reviewing backrest support, adjusting seat angle or selecting a more appropriate cushion. The right intervention will depend on the individual’s needs and should be guided by a full assessment rather than a standardised approach.

Why exercise and seating need to work together

Exercise also has an important role in managing musculoskeletal pain. Appropriate strengthening, stretching and functional exercise can help improve physical capacity, shoulder function and the ability to manage everyday activities.

The wheelchair-user review discussed exercise-based interventions, including functional electrical stimulation-assisted rowing, which has shown potential benefits for aerobic fitness and shoulder discomfort. However, findings from individual interventions should not be taken to mean that the same programme will work for everyone.

Exercise should not be considered a substitute for reviewing the demands placed on the body throughout the day.

A person may be working hard to strengthen their shoulder muscles, but if their wheelchair setup continues to place excessive demands on those same muscles, progress may be limited. Equally, optimising seating alone will not address every factor contributing to pain or reduced physical capacity.

The two approaches are complementary. Exercise can help improve strength and tolerance, while appropriate seating and positioning may reduce unnecessary mechanical demands. Considering both allows clinicians to take a more comprehensive approach to pain management.

Prevention starts with regular review

Wheelchair provision and postural management should not be viewed as one-off interventions. People’s needs change over time, and equipment that was appropriate several years ago may no longer provide the best support.

Regular reviews are particularly valuable when someone reports increasing discomfort or fatigue, develops a more asymmetrical posture, experiences changes in body weight or physical function, or begins to reduce their activity because of pain.

For some individuals, hormonal changes or other changes in general health may also contribute to new or worsening symptoms. These factors should be considered as part of a broader assessment rather than attributing pain to wheelchair use alone.

Changes in posture, comfort or function do not necessarily mean that the wheelchair is the cause of the problem. They do, however, provide a reason to look more closely at posture, equipment, physical capacity and the demands of everyday life.

Identifying potential problems early may help reduce avoidable strain, maintain function and support independence.

Looking beyond the wheelchair

Musculoskeletal pain in wheelchair users is complex, and there is no single solution that will work for everyone. Nevertheless, the evidence highlights the importance of taking a proactive approach.

Good seating is about more than comfort. It involves understanding how the body is supported, how forces are distributed and how a person interacts with their environment throughout the day.

For clinicians working in wheelchair and seating provision, this means looking beyond the equipment itself and considering the person as a whole. A combination of detailed postural assessment, appropriate equipment provision and individualised exercise may help reduce unnecessary physical demands and support better long-term outcomes.

Pain may be common among wheelchair users, but it should not automatically be considered an unavoidable part of wheelchair use. The important question is whether there are modifiable factors that could improve comfort, preserve function and support long-term independence.

References

1. Liampas A, Neophytou P, Sokratous M, et al. (2021). Musculoskeletal Pain Due to Wheelchair Use: A Systematic Review and Meta-Analysis. Pain and Therapy, 10, 973–984. Read the full paper.

2. Luime JJ, Koes BW, Hendriksen IJM, et al. (2004). Prevalence and incidence of shoulder pain in the general population; a systematic review. Scandinavian Journal of Rheumatology, 33(2), 73–81. Read the paper.

3. Musculoskeletal Manifestations of Perimenopause: A Systematic Review and Meta-Analysis (2026). Analysis of 93,021 women. Read the full paper.