How Your Commute Impacts Your Back (and What to Do About It)

Many people spend hours each day commuting, whether in a car, train, bus or other modes of transport. Long periods spent seated, often in less-than-ideal posture or with limited movement, can place significant strain on the spine.

This blog will cover:

• How commuting impacts back health
• Common issues linked to commuting
• Simple strategies to reduce strain while commuting
• When to seek professional help from your local chiropractor

How Commuting Affects the Spine

Prolonged Sitting

When you sit for extended periods especially, your spine may be subjected to sustained loading and reduced movement. Research in sedentary‐behaviour settings has linked longer sitting time to postural compensations that may contribute to low back pain (LBP). For example, one study found that sitting time was predictive of poor hip posture, which may influence lumbar spine mechanics (Butte et al., 2023). A large study of workers found that sitting almost all the time at work and not taking breaks, was associated with greater odds of back/neck pain (Kallings et al., 2021). 

Read more: The Impacts of Prolonged Sitting

Vehicle Vibration & Movement

In a commuting context, especially in cars, buses or other vehicles, there may also be whole-body vibration (WBV) transmitted through the seat or platform. Studies show that exposure to vibration is a serious risk factor for spinal disorders, particularly in drivers exposed to long hours of vibration (Amiri et al., 2019). Seat design matters: one experimental study found different seating configurations significantly affected vibration transmission through a car seat (Nawayseh, 2015).

Poor Seat Design and Posture

Commuting often involves sitting in seats not optimised for spine health (e.g., minimal lumbar support, awkward or slouched posture). Poor posture while seated alters the alignment of the spine, increases disc pressure and can fatigue muscles and ligaments. The clinical concepts of posture emphasise that while causality is not fully settled, awkward or unsupported spinal postures are linked to increased risk of back pain (Smythe & Jivanjee, 2021). 

Stress, Tension and Physical Strain

Commuting isn’t just physical, it can also be mentally and emotionally stressful (traffic, delays, crowding). Stress can increase muscle tension, particularly in the neck, shoulders and upper back, thereby adding to the physical strain on the spine and increasing likelihood of dysfunction. 

Common Issues Linked to Commuting

Because of the above factors (sitting, vibration, posture, tension), commuters often report a number of musculoskeletal issues:

• Lower back pain (LBP) – possibly due to sustained loading of lumbar discs, muscle fatigue, and vibration effects. For example, longer commuting times have been associated with higher prevalence of LBP.
• Stiff hips/hip flexor tightness – prolonged seated hip‐flexion can lead to shortened hip flexors and associated compensatory lumbar spine mechanics.
• Neck and shoulder tension – often from static seated posture, forward head position (for screens or navigation), and stress‐related muscle tightness.
• Upper back (thoracic) stiffness – due to poor posture or minimal movement during travel.
• Reduced movement and micro‐breaks – sitting for long stretches without movement means the spine and supporting musculature don’t reset, which can increase fatigue and stiffness.

Simple Strategies to Reduce Strain While Commuting

Here are some practical, actionable strategies you can use to minimise spinal strain associated with commuting:

Seat Adjustments & Lumbar Support

• Ensure the seat back supports the natural lumbar curve. If the seat lacks built‐in lumbar support, consider adding a small cushion or rolled towel behind the lower back.
• Adjust the seat so your feet can rest flat on the floor (or foot‐rest) and knees are at or slightly below hip height.
• In a vehicle, move the seat backrest to a more upright angle (around 100-110° vs extreme recline) so the spine is better aligned.
• If in a bus/train, try to choose a seat with a solid backrest and minimal vibration or movement. If vibration is unavoidable, try to increase micro‐movement (see below) or lean slightly into the seat back to reduce transmission.
  

Posture Awareness

• While seated, imagine a string gently pulling the crown of your head toward the ceiling to lengthen the spine and avoid slouching.
• Keep shoulders relaxed (not hunched up) and avoid leaning forward excessively.
• Try to avoid staying in exactly the same posture for long periods. Micro‐adjustments help.
• If you use a phone/tablet during commuting, bring it up so that your head remains aligned (rather than bent downwards) to reduce neck strain.
  

Movement & Stretching Before/After

• Before the commute: a quick dynamic stretch may help e.g., hip flexor stretches, gentle trunk rotations, glute activation.
• During: if safe and possible, take micro breaks: shift your weight, wiggle your hips, flex and extend your ankles, rotate your shoulders. If standing is feasible (train, bus), stand for a portion of the trip.
• After arrival: take 2-3 minutes to do a seated or standing stretch: hamstring stretch, hip flexor stretch, gentle lumbar extension (hands on hips, lean back gently), upper‐trap/shoulder stretch.
  

Breaking Up Sitting

Data suggests that taking regular short breaks from sitting is beneficial. For example, one study found that among workers who sat >50% of their workday, those who took breaks now and then had significantly lower odds of back/neck pain than those who seldom broke up sitting (Kallings et al., 2021). So, if your commute is long, consider ways to interrupt the sitting time: perhaps standing up/stepping out for a few minutes before you board or getting off one stop earlier and walking or parking slightly farther away.

Travel Mode & Alternative Options

• If possible, vary your commute mode: alternate sitting with standing (e.g., train vs car), or include active commuting (walking, cycling) for part of the journey.
• Consider improving the ergonomic environment of your ride: using adjustable headrest, lumbar cushions, better seat height/angle etc.
  If commuting by public transport, try to face forward (not sideways) and choose seats that minimise vibration exposures (if known).
  

When to Seek Professional Help

While the strategies above help many, there are times when a visit to a health-professional is warranted:

• Persistent or worsening back pain that doesn’t respond to self‐care (stretching, rest, posture) after 4-6 weeks.
• Pain radiating into the legs/arms, accompanied by tingling, numbness or weakness.
• Noticeable change in posture or mobility during commuting (e.g., stiffness that prevents normal function).
• If you are a frequent traveller, shift worker or commuter (for example FIFO workers) and find recurring spinal/tension issues, a regular check-in with your local chiropractor may help identify early dysfunction, provide manual support and give tailored strategies for your commuting context.
  

Commuting can place notable strain on your spine via sitting, vibration, poor seat design, posture fatigue and muscle tension. Recognising the risks is the first step. By adjusting your seat ergonomics, being posture‐conscious, taking micro‐breaks and incorporating stretching and movement before and after your commute, you can reduce the burden on your spine. And if the pain persists or worsens, professional help from a trusted chiropractor or health-professional may be beneficial.

References

Butte, K. T., Cannavan, D., Hossler, J., Travis, C., & Geiger, J. (2023). The relationship between objectively measured sitting time, posture, and low back pain in sedentary employees during COVID-19. Sport Sciences for Health, 19(2), 259–266. https://doi.org/10.1007/s11332-022-01031-x 

Kallings, L. V., Blom, V., Ekblom, B., Holmlund, T., Salier Eriksson, J., Andersson, G., Wallin, P., & Ekblom-Bak, E. (2021). Workplace sitting is associated with self-reported general health and back/neck pain: A cross-sectional analysis in 44,978 employees. BMC Public Health, 21, 875. https://doi.org/10.1186/s12889-021-10893-8 

Amiri, S., Naserkhaki, S., & Parnianpour, M. (2019). Effect of whole-body vibration and sitting configurations on lumbar spinal loads of vehicle occupants. Computers in Biology and Medicine, 107, 292–301. https://doi.org/10.1016/j.compbiomed.2019.02.019 

Nawayseh, N. (2015). Effect of the seating condition on the transmission of vibration through the seat pan and backrest. International Journal of Industrial Ergonomics, 45, 82–90. https://doi.org/10.1016/j.ergon.2014.12.005

Smythe, A., & Jivanjee, M. (2021). The straight and narrow of posture: Current clinical concepts. Australian Journal of General Practice, 50(11), 806–810. https://doi.org/10.31128/AJGP-07-21-6083 

Kallings, L. V., Blom, V., Ekblom, B., Holmlund, T., Salier Eriksson, J., Andersson, G., Wallin, P., & Ekblom‑Bak, E. (2021). Workplace sitting is associated with self‑reported general health and back/neck pain: A cross‑sectional analysis in 44,978 employees. BMC Public Health, 21, Article 875. https://doi.org/10.1186/s12889‑021‑10893‑8 BioMed Central+1