sutherland shire

Returning To Running Postpartum - 6 Evidence-Based Tips That Can Help (And When to See a Pelvic Floor Physio)

If you notice urine leakage when running, you’re not alone. Leaking during high-impact exercise is incredibly common, particularly after pregnancy and birth, but it does not mean you have to give up running.

The good news? There are several evidence-based strategies that can reduce symptoms and help you run with more confidence. Below are six practical things you can try, plus guidance on when it’s time to see a women’s health physio in the Sutherland Shire for tailored support.

Why does leakage happen when you run?

Running is high impact. Every foot strike creates a burst of pressure through the abdomen and pelvic region. If your pelvic floor muscles, hips, or connective tissue support system can’t manage that load yet, you may experience leakage, often called stress urinary incontinence.

This is especially common (but not normal) for:

  • Postnatal runners returning to exercise

  • Women with pelvic floor weakness, reduced endurance or poor coordination

  • Women with connective tissue laxity or pelvic organ support changes

1) Strengthen your pelvic floor and hips

Pelvic floor muscle training is one of the most effective first-line strategies for leaking with running. Aim for at least 3 months of progressive training that targets:

  • Endurance (long holds)

  • Coordination (quick pulses and timing)

  • Strength and tone

A well-conditioned pelvic floor helps “clamp” the urethra closed during moments of increased downward pressure, like impact at foot strike.

Just as important is hip and glute strength. Your glutes and pelvic stabilisers help control pelvic alignment and reduce strain on the pelvic floor during running. Single-leg strength work, progressively loaded, is especially helpful.

Postnatal physio tip: If you’re not sure you’re contracting the pelvic floor correctly, a pelvic floor assessment with a women’s health physio can make training far more effective.

2) Adjust your running technique (small changes can help)

Tiny posture and form tweaks can offload pressure from your pelvic floor.

Try:

  • A slight forward lean from the ankles (not bending at the waist)

  • Stacking ribs over hips to improve alignment at impact

  • Looking straight ahead or slightly down (especially if you tend to look up)

These adjustments can reduce unnecessary pelvic and spinal strain and help your body absorb impact more efficiently.

3) Don’t brace your abs or “hold” your pelvic floor while running

This surprises a lot of runners.

Actively squeezing your pelvic floor or heavily bracing your abs while running can actually make leakage worse. During running, the pelvic floor needs to move and respond naturally to impact. Think springy, not stiff.

When you hold tension:

  • Downward pressure on the pelvic floor can increase

  • The “core canister” can’t function optimally

  • Shock absorption reduces (your body gets rigid)

Instead, aim for relaxed, responsive muscles that can react and rebound with each stride.

4) Progress gradually (your pelvic floor needs load management too)

Your pelvic floor is a muscle system like any other. If you overload it too fast, it won’t cope.

A graded plan, like a walk-run “Couch to 5K” style progression, gives your pelvic floor time to build:

  • Functional strength

  • Endurance

  • Coordination under impact

Slow, steady progress is the goal, especially if you’re returning to running after birth.

5) Increase your cadence slightly

Cadence is the number of steps you take per minute.

A small cadence increase, without increasing speed, often means:

  • Shorter stride length

  • Lower impact force per step

  • Reduced load through the pelvic floor

Many runners describe this as running feeling lighter. It can be a simple and effective change if leakage happens mainly on harder strides, downhill sections, or faster paces.

6) Consider a pessary (a game-changer for some women)

Sometimes leakage while running is not only about muscle strength. It can be related to connective tissue or ligament support, especially after pregnancy, birth, or hormonal changes.

If you’ve tried strength work and technique changes and you’re still leaking, a pessary may be a great option.

A pessary is a soft silicone support device inserted into the vagina. It can act like a “backstop” for the urethra and bladder support system, essentially assisting structures that are currently under-supported. For many women, it’s an absolute game-changer that allows them to run comfortably and confidently again.

A pelvic floor physiotherapist (women’s health physio) can help determine if this is appropriate and guide you through options.

When should you see a pelvic floor physio in the Sutherland Shire?

If you’re leaking regularly when running, or it’s affecting your confidence, it’s worth seeing a pelvic floor physio for an individual assessment. A tailored plan is especially important if you have:

  • Leakage that is not improving

  • Vaginal heaviness, dragging, or bulging symptoms

  • Pain (pelvic, hip, lower back) with running

  • Postnatal concerns (core recovery, prolapse symptoms, return-to-run guidance)

  • Frequent urgency, or leaking on the way to the toilet

A women’s health physiotherapist can assess:

  • Pelvic floor strength, coordination, endurance and timing

  • Hip and trunk control

  • Running load and technique contributors

  • Whether support options (like a pessary) could help

Final thoughts

Leaking urine when you run is common, treatable, and not something you have to “just put up with.” With the right combination of pelvic floor rehab, hip strengthening, technique changes, graded progression, and support tools, many women can return to running symptom-free.

If you’d like personalised guidance, seeing a women’s health pelvic floor physiotherapist in the Sutherland Shire can help you get a plan that’s realistic, evidence-based, and built around your body and your goals.

Your body isn’t broken, it just needs the right support. 🏃‍♀️💪

Sources:

Donnelly, G. M., et al. (2020). Returning to running postnatal: Guidelines for medical, health and fitness professionals managing this population. Journal of Women’s Health Physical Therapy, 44(2), 71–79.

Dumoulin, C., et al. (2018). Pelvic floor muscle training versus no treatment for urinary incontinence in women. Cochrane Database of Systematic Reviews, 2018(10), Article CD005654.

Heiderscheit, B. C., et al. (2011). Effects of step rate manipulation on joint mechanics during running. Medicine & Science in Sports & Exercise, 43(2), 296–302.

Woodley, S. J., et al. (2020). Pelvic floor muscle training for prevention and treatment of urinary and fecal incontinence in antenatal and postnatal women. Cochrane Database of Systematic Reviews, 2020(5), Article CD007471.

New Sutherland Shire Women’s Physio at Flow: Welcome Edwina Powe

We’re thrilled to welcome Edwina Powe to Flow as our newest Sutherland Shire women’s physio. With postgraduate training and experience across hospital and private practice, Edwina supports women with pelvic floor rehab, pregnancy and postnatal care, continence concerns and complex pelvic pain.
If you’re seeking a Shire women’s health physio who combines clinical expertise with a kind, practical approach, Edwina is now accepting new patients.


Stay in the Game: 4 Physio Tips for Reducing Groin Injuries in Football

As football season approaches, it's important to take steps to prevent groin injuries. Groin injuries are common in sports that involve running, jumping, and quick direction changes. These types of movements can put a lot of strain on the adductor muscles, which run along the inner thigh and are responsible for moving the leg toward the midline of the body.


Here are 4 tips to help minimise groin injury this season:

  1. Include adductor strengthening in your strength and conditioning program.

Reduced hip adductor strength is associated with an increased risk of groin injury in sport (Whitaker et al 2015). Therefore, it's important to incorporate exercises that target the adductor muscles into your strength and conditioning program. Examples of exercises that can strengthen the adductors include side-lying leg lifts, standing hip adduction with resistance bands, and adductor machine exercises.


2. Include some flexibility training targeted to the adductors or groin muscles.

Stretching is an important component of injury prevention. Including flexibility training that targets the adductors or groin muscles can help reduce the risk of injury. Examples of stretches that can help improve flexibility in the adductors include the butterfly stretch and the standing adductor stretch.


3. Include speed work with straight and curved line elements.

Gradually exposing the body to high-speed running that will be required in-season can help reduce the risk of groin injury. Incorporating speed work with straight and curved line elements into your training program can help improve your body's ability to handle these movements.


4. Perform an injury reduction warm-up program like the FIFA 11+, Touch Time, Footy First.

Warm-up programs that are specifically designed to reduce the risk of injury can be highly effective. The FIFA 11+ program, for example, is an injury reduction program that incorporates specific strengthening, motor control, and jumping/landing exercises into a structured warm-up session 2-3x weekly. The FIFA 11+ has been shown to reduce football injuries in recreational/subelite football by 39% (Harøy et al 2019). It was also shown to reduce hamstring, hip/groin, knee, and ankle injuries (60%, 41%, 48%, and 32% respectively). A meta-analysis (a statistical procedure for combining data from multiple studies) showed that injury reduction programs (like FIFA11+), can not only decrease ACL injury up to 50%, but all knee injuries by 30% (Thorborg et al 2017).

It's important to note that injury prevention/reduction is more nuanced than just completing a specific warm-up. However, incorporating the FIFA 11+ warm-up program can provide a valuable tool to help guide future directions in minimising the burden of injury in the football population.

In conclusion, preventing groin injuries requires a comprehensive approach that includes strengthening, flexibility, and speed work, as well as incorporating an injury reduction warm-up program. At our physiotherapy clinic, we can help develop a personalised injury prevention program that is tailored to your specific needs and goals. Contact us today to learn more about how we can help you stay injury-free this season.

Walk more for better health - A physios advice for better health in 2023

An image of a person's feet walking on wooden decking with a Title stating, "Simple Health Tips - Walk More"

According to a study published in the Journal of the American Medical Association, daily walking has numerous health benefits. The study followed a group older women for about 7 years and found that those who walked at least 4,400 steps per day had a lower risk of death from all causes, as well as a lower risk of death from heart disease, stroke, and cancer.

Not only that, but the study also found that the benefits of walking were seen at all levels of intensity, from leisurely to brisk. This means that it's not necessarily the intensity of your walk that matters, but rather the fact that you're walking at all.

In addition to its physical health benefits, walking has also been linked to improved mental health and cognitive function. So not only can it help you live longer, it can also make the time you do have more enjoyable.

So if you're looking to improve your overall health and well-being, consider incorporating daily walking into your routine. It's a simple and convenient way to improve your health, and it doesn't require any special equipment or gym memberships. Just put on a comfortable pair of shoes and get moving!

References:

Lee, I. M., Shiroma, E. J., Kamada, M., Bassett, D. R., Matthews, C. E., & Buring, J. E. (2019). Association of Step Volume and Intensity With All-Cause Mortality in Older Women. JAMA internal medicine, 179(8), 1105–1112. https://doi.org/10.1001/jamainternmed.2019.0899