During sleep, the plantar fascia contracts to a shortened position. When you take your first steps, the fascia is suddenly stretched under your full body weight. This creates the characteristic sharp pain that many people describe. The pain often eases after a few minutes of walking as the tissue warms up and lengthens. If this pattern sounds familiar, it is one of the most recognisable signs of plantar fasciitis.

Complete rest is rarely the answer and can sometimes make things worse by allowing the tissue to decondition further. The key is load management — finding the right balance between staying active and not overloading the fascia. Research suggests that photobiomodulation combined with appropriate exercise produces better outcomes than either approach alone. We can help you modify your training load rather than abandoning it.

Orthotics can play a role in managing plantar fasciitis by redistributing load across the foot. However, they address biomechanics rather than the tissue itself. Photobiomodulation works at the cellular level and may complement orthotic use. During your assessment, we can discuss whether orthotics may be helpful alongside cold laser therapy.

Your first visit is $99, which includes a thorough assessment and treatment where clinically appropriate. Ongoing care options are discussed at your initial consultation. Most private health funds cover part of the cost under chiropractic extras. No lock-in plans. If you prepay for sessions you do not end up using, we refund them in full. The decision is always yours.

Photobiomodulation works through a completely different mechanism. Cortisone injections suppress local inflammation temporarily, whereas cold laser therapy delivers light energy that may influence cellular metabolism and tissue repair processes. The two approaches are not mutually exclusive. Some patients explore photobiomodulation when they prefer to avoid repeat injections or when injection relief has been short-lived. Individual responses vary.

The research suggests that pain reduction from photobiomodulation is typically observed over a course of treatment rather than after a single session. The largest meta-analysis found that pain was significantly reduced at the end of treatment and sustained at 4–12 weeks follow-up. Some people notice improvement within the first few sessions; others take longer. During your assessment, Dr Sam Johnson (Chiropractor) will discuss realistic expectations based on your presentation.

The evidence base is strong. An 18-study meta-analysis published in BMJ Open (2022) found significant pain reductions both at the end of treatment and at follow-up. A separate analysis in Medicine (2019) found pain relief sustained for up to 3 months. An RCT in Lasers in Medical Science (2018) found that laser plus usual care outperformed usual care alone for function and pain at 3 months. No adverse events were reported across any included trials.

No. Consumer laser devices typically deliver far lower energy levels than clinical-grade equipment. The Multi-Radiance MR5 ACTIV PRO is an ARTG-listed (370913) medical device that delivers super-pulsed laser at 905 nm alongside 875 nm infrared and 640 nm red light. The clinical trials supporting photobiomodulation for plantar fasciitis used devices with specific power and wavelength characteristics — consumer products generally do not meet these parameters.

Flat feet (pes planus) can be a contributing factor, but plantar fasciitis occurs in people with all foot types. Overpronation, high arches, tight calves, sudden increases in activity, and time spent on hard surfaces are all recognised contributors. An assessment can help identify what factors may be relevant to your situation specifically.

Recurrence is possible, particularly if the underlying contributing factors are not addressed. This is why a comprehensive approach — addressing load, footwear, flexibility and biomechanics alongside photobiomodulation — typically produces better long-term outcomes than any single treatment in isolation.