Knee Pain Physiotherapy in Hervey Bay

Knees are heavily loaded joints that sit between the hip and the foot, so they tend to cop the consequences when something further up or down the chain isn't pulling its weight. The result is that knee pain shows up in lots of different ways, at lots of different ages, for lots of different reasons. Most of what we see falls into a handful of common buckets:

• Osteoarthritis. One of the most common causes of knee pain in adults over 40. Manageable, often improves with the right loading.
• Meniscus injuries. From traumatic tears in younger athletes to degenerative changes that show up on scans in people who have no pain at all.
• Patellofemoral pain. Pain around or behind the kneecap — usually worse on stairs, hills, squatting or after long periods of sitting.
• Tendon pain (patellar & quadriceps). Common in runners, jumpers and people who have ramped up training quickly. Responds well to structured loading.
• Ligament injuries (MCL, LCL, ACL, PCL). From minor sprains through to full ruptures — managed conservatively or alongside a surgical pathway.
• Runner's knee. An umbrella term for several running-related knee complaints. Almost always a load and capacity problem rather than a structural one.
• ACL injuries & recovery. Pre-hab before surgery and structured post-op rehab — including return-to-sport testing for those getting back to cutting and pivoting.
• Post-surgical rehabilitation. Knee replacements, arthroscopies, ligament reconstructions and meniscal repairs — guided rehab to rebuild strength, range and confidence.

Two people with the same diagnosis often need very different plans — a 35-year-old runner with patellofemoral pain and a 70-year-old with patellofemoral arthritis both have "knee pain at the front", but what they need next is rarely the same.

Knee problems rarely announce themselves with a single dramatic symptom. Most people come in with a combination of these:

• Pain going up or down stairs
• Pain squatting or getting out of low chairs
• Pain walking — particularly longer distances or on hills
• Pain kneeling, in the garden, on the floor with kids or grandkids
• Pain running, or pain a few hours after a run
• Swelling that comes and goes — particularly after activity
• Clicking and clunking, with or without pain
• Locking — the knee catching and getting stuck mid-movement
• Giving way — a sudden sense the knee won't hold you up

The pattern of symptoms tells us more than any single one of them does. A knee that swells after walking is telling us a different story to one that locks under load or gives way going down a step — and the assessment is built around teasing that apart.

One of the most common questions we get: "Should I get an MRI first?" Usually, no. Scans are an excellent tool for confirming a specific structural injury, but they're a poor tool for diagnosing pain. The reason is simple: scan findings and pain don't reliably line up.

Studies of people in their 50s and 60s with no knee pain at all consistently show high rates of meniscal changes and signs of osteoarthritis on MRI. These findings are part of normal ageing, like grey hair and skin wrinkles, and most of the time they don't cause symptoms. The flipside is also true — people can have significant knee pain with relatively unremarkable scans.

A scan is genuinely useful when the result would change the plan: a locked knee that won't straighten, a suspected full ligament rupture in someone wanting to return to pivoting sport, or red-flag symptoms after a significant injury. For the vast majority of knee pain — the achy, niggly, flares-on-stairs kind — a careful clinical assessment will tell us more than any image, and starting with rehab is almost always the right first move.

Recurring knee pain rarely means there's something seriously wrong with the joint. More often, it's the predictable result of a cycle that's easy to slip into when something hurts:

1. The knee gets sore, so you start doing less.
2. Doing less leads to weakness in the quadriceps, glutes and calves.
3. A weaker leg knocks your confidence in what the knee can handle.
4. You start avoiding activities you used to do without thinking — stairs, squatting, walks, sport.
5. The knee becomes less tolerant of normal life, so flares happen more easily.

The frustrating part of this cycle is that it doesn't feel like deconditioning while you're in it — it feels like the knee is the problem. But the way out is almost always the same: gently rebuild what's been lost, restore capacity, and let the knee re-learn that load is safe. Once that happens, flares tend to become less frequent, less severe, and easier to settle when they do show up.

We use a knee-specific framework on every knee that walks through the door, because knees are not backs or shoulders. They have their own load patterns, movement demands, and recovery timelines, and rehab needs to reflect that.

1. Understand the knee problem. We take a detailed history and run a targeted assessment to work out what's actually driving your pain — whether it's joint, tendon, cartilage, load, mechanics, or a combination. We also find out what you're trying to get back to, because that shapes every decision that follows.
2. Calm the joint down. We modify your running or gym load and use hands-on therapy to settle acute knee swelling. This phase is about creating a window where the knee can tolerate exercise again — it's usually the shortest part of rehab, not the main event.
3. Rebuild the knee's strength and tolerance. Progressive loading of the quadriceps, glutes, hamstrings and calves so the knee can comfortably handle stairs, squats, walks, kneeling and whatever sport or work you need it to. This is where the long-term results live — and it's where most rehab programs stop too early.

Assessment, hands-on care, and progressive strength work — all directed specifically at the knee in front of us, not copied from a generic protocol.

We often see people who can walk reasonably well but really struggle getting downstairs, squatting at the supermarket, or pushing up out of a low chair. Others can train at the gym without much bother but can't kneel down in the garden for more than a minute. Some can run easily on the flat but pay for it the next day after anything with hills.

These differences matter, because rehabilitation should be tailored to the individual — not just to the diagnosis. Two people with the same MRI report can need almost opposite programs. The goal isn't a generic "knee protocol"; it's working out which specific tasks are limiting your life, and rebuilding capacity in those.