This is education, not medical advice. Hip pain that is sharp, wakes you at night, catches during specific movements, or is accompanied by clicking, locking or giving way needs professional assessment — not a blog post. The guidance below helps you identify what is most likely going on and take sensible next steps. If symptoms do not respond to the approaches described here within three to four weeks, see a sports physiotherapist.
Here's the thing nobody tells you about hip pain in cyclists. It is not one problem. It is at least five different conditions — each with a different mechanism, a different location, and a different fix — all masquerading as the same complaint.
You tell someone your hip hurts and they say stretch it. Maybe foam roll it. Maybe take a week off. And none of that is necessarily wrong, but none of it is necessarily right either, because "hip pain" without a more specific description is like telling a mechanic "my car makes a noise." Which noise. Where. When. Under what conditions.
The outside of the hip is not the front of the hip is not the deep interior of the joint is not the buttock. Each of those locations implicates a different structure, a different cause, and a different management approach. IT band syndrome needs strengthening. Trochanteric bursitis needs load management. A labral tear needs clinical assessment. Femoroacetabular impingement needs bike fit changes. Piriformis syndrome needs glute activation. Treating one like another wastes weeks, sometimes months, and in some cases makes the original problem worse.
This guide breaks all five apart. What each one is, why cyclists get it, how to figure out which one is most likely yours, and what actually works for each. No generic advice. No one-size-fits-all stretch routine. Just the specific information you need to stop guessing and start making progress.
Why cyclists get hip pain — and why masters riders get it worse
The hip joint is a ball-and-socket designed for a vast range of motion. Walking, running, climbing, rotating, kicking — the hip was built for variety. Cycling asks it to do one thing, through a restricted range, thousands of times per hour.
A typical pedal stroke moves the hip through roughly 40 to 50 degrees of flexion and extension. That is a fraction of what the joint can do. And it happens in one plane — sagittal, straight ahead — with almost no rotation, no lateral movement, no extension past neutral. The muscles that control those unused ranges get weak. The structures that absorb load in the sagittal plane get overloaded. And the joint progressively stiffens into the range it uses and nothing more.
Now layer in the desk. Eight hours of seated hip flexion before you even touch the bike. The hip flexors shorten. The glutes switch off. The deep rotators tighten. The posterior chain — glutes, hamstrings, the muscles that should be absorbing the biggest forces on the bike — becomes inhibited and weak relative to the anterior structures that have been shortened all day.
This is what I call the desk-to-bike pipeline, and it is the single biggest contributor to hip problems in riders over 35. I have covered the hip flexor side of this in the psoas and hip flexor guide, and the mobility implications in the hip mobility and power piece. This guide takes a wider view — the five specific clinical conditions that emerge when that pipeline runs unchecked for months or years.
Here's where it gets really interesting. Each of those five conditions tends to affect a slightly different rider profile. IT band syndrome hits riders who ramp volume too quickly. Bursitis hits riders with high weekly hours and insufficient recovery. Labral tears and FAI tend to emerge in riders who have trained through gradually worsening mechanical symptoms for years. Piriformis syndrome disproportionately affects riders who sit with crossed legs or drive for long periods before rides.
Different histories. Different structures. Different fixes. Let me break each one down.
Condition 1: IT band syndrome
What it is. The iliotibial band is a thick strip of connective tissue running from the outside of the hip down to the outside of the knee. In cyclists, IT band syndrome typically presents as pain on the lateral hip — the bony prominence on the outside — or further down the outside of the thigh, sometimes extending to the outside of the knee. It is a friction and compression issue, not an inflammatory one in the traditional sense.
Why cyclists get it. The IT band does not work in isolation. It is stabilised and controlled by the gluteus medius, the tensor fasciae latae, and the hip abductors. When those muscles are weak — which they reliably are in cyclists, because pedalling does almost nothing to strengthen hip abduction — the band tracks incorrectly under load. Every pedal stroke becomes a repetitive insult to a structure that is being asked to do a job without the muscular support it needs.
What most people do is foam roll the IT band. What actually works is strengthening the muscles that control it.
Foam rolling the band itself provides temporary relief by altering pain signalling and increasing blood flow to the area. It does not lengthen the band — the IT band is one of the strongest connective tissues in the body and does not meaningfully change length under a foam roller. The temporary comfort creates the illusion that rolling is working, which delays the strengthening work that would actually resolve the problem.
Self-assessment: the modified Ober's test. Lie on your unaffected side on a firm surface. Bend your bottom knee for stability. Keep your top leg straight and let it drop behind you slightly so the hip is in a neutral or slightly extended position. Now let gravity pull that top leg downward toward the floor. If the leg stays elevated — if it does not drop to horizontal or below — the IT band is tight. If this position also reproduces your lateral hip pain, IT band involvement is likely.
What helps.
- Clamshells — lie on your side with knees bent at 45 degrees, feet together. Open the top knee like a clamshell, keeping the feet in contact. Three sets of 15, with a resistance band above the knees once bodyweight becomes easy. This targets the gluteus medius directly.
- Side-lying hip abductions — lie on your side with the bottom knee bent and the top leg straight. Lift the top leg to about 30 degrees, hold for two seconds, lower under control. Three sets of 12 per side. Keep the toes pointing slightly downward to bias the posterior fibres of the glute med.
- Single-leg glute bridges — lie on your back with one knee bent and foot flat on the floor, the other leg extended. Drive through the heel of the planted foot to lift the hips. Three sets of 10 per side. This builds hip extension strength without spinal loading.
The common thread: lateral hip strengthening. The IT band itself does not need to be stretched, mobilised, or rolled into submission. The muscles around it need to be strong enough to control it.
Condition 2: trochanteric bursitis
What it is. The greater trochanter is the bony bump on the outside of your hip — the one you can feel if you press into the side of your thigh near the top. Between this bone and the tendons that cross over it sits a fluid-filled sac called the bursa, which reduces friction. When the bursa becomes irritated and inflamed, the result is a burning, aching pain on the outside of the hip that is often worst when lying on the affected side at night.
Why cyclists get it. Bursitis is fundamentally a load management problem. The bursa becomes irritated when it is compressed too frequently, too forcefully, or without adequate recovery. In cyclists, this typically happens during a volume ramp — adding kilometres or hours too quickly — or when saddle position places excessive lateral pressure on the trochanteric region.
There is significant overlap with IT band syndrome here, and the two conditions often coexist. The IT band crosses directly over the trochanter, and when it is tight or poorly controlled, it compresses the bursa beneath it. Addressing one without the other usually fails.
Self-assessment: palpation and the lateral load test. Press firmly into the bony prominence on the outside of your hip — the greater trochanter. If this reproduces your pain precisely, the bursa is likely involved. For a functional check, stand on the affected leg and perform a small single-leg hop. If this provokes sharp lateral hip pain, the bursa is being compressed under load. Compare to the other side — a significant difference in pain response is informative.
What helps.
- Load reduction first. This is not a condition you can exercise through. Reduce cycling volume by 30 to 40 per cent for two to three weeks, then rebuild gradually. The bursa needs time to settle before you start loading it again.
- Avoid compression. Stop lying on the affected side at night. Use a pillow between the knees to reduce adduction of the top leg, which compresses the bursa. On the bike, check that your saddle is not causing lateral hip compression — a saddle that is too narrow forces the sit bones outward and loads the trochanter.
- Lateral hip strengthening — the same exercises as for IT band syndrome. Clamshells, side-lying hip abductions, and single-leg bridges. The goal is to build the muscular support around the trochanter so that the tendons track smoothly over the bursa rather than compressing it.
- Gradual return. When pain subsides, increase cycling volume by no more than 10 per cent per week. The bursa has a lower tolerance than muscle tissue and re-irritates easily if you push too fast.
The good news is that most cases of trochanteric bursitis resolve fully within six to eight weeks of structured load management and strengthening. The bad news is that most riders skip the load reduction part and try to strengthen their way through an actively irritated bursa, which does not work.
Condition 3: labral tears
What it is. The acetabular labrum is a ring of cartilage that lines the rim of the hip socket, deepening it and creating a seal around the head of the femur. A labral tear is damage to this cartilage — a fraying, a detachment, or a flap that catches during movement. The labrum has limited blood supply, which means tears heal poorly on their own once they occur.
Why cyclists get it. Labral tears in cyclists are usually the endpoint of years of accumulated mechanical stress rather than a single traumatic event. The combination of restricted hip mobility, repetitive flexion, and compressive loading through the pedal stroke gradually wears the labral cartilage, particularly at the anterior-superior margin of the socket — the area that takes the most load at the top of the pedal stroke when the hip is in deep flexion.
Riders with underlying femoroacetabular impingement (see the next section) are at much higher risk, because the bony anatomy creates a pincer or cam mechanism that physically damages the labrum with every revolution.
Symptoms to watch for. Labral tears have a distinct presentation that separates them from muscular hip pain. The pain is deep — inside the joint, not on the surface. Riders often describe it as a dull ache in the groin or front of the hip that sharpens with specific movements. Clicking, catching, or a sensation of something shifting inside the joint is common. Some riders feel a giving-way sensation where the hip briefly feels unstable. Pain typically worsens with prolonged sitting, getting in and out of a car, and — critically — at the top of the pedal stroke where the hip is in maximum flexion.
Self-assessment: the FADIR test. Lie on your back. Have someone (or do it yourself) bring one knee up toward your chest, then rotate the knee inward across the midline of your body. This combines flexion, adduction, and internal rotation — the three movements that compress the anterior labrum. If this reproduces a deep, sharp pain in the front of the hip or groin, labral involvement is possible. A positive FADIR test does not confirm a tear — only imaging can do that — but it tells you the anterior structures of the hip are unhappy under compression.
What helps — and what does not.
Here is where this gets really important. Labral tears are not a stretching problem. They are not a foam rolling problem. Aggressively stretching a hip with a torn labrum can make it worse by further destabilising the joint.
- Stop doing things that catch. If a specific movement provokes the clicking or catching sensation, modify it. On the bike, this may mean raising the saddle slightly, moving it rearward, or shortening the crank arms to reduce peak hip flexion at the top of the stroke.
- Strengthen around the joint. Controlled, pain-free hip strengthening — particularly the deep stabilisers. Isometric hip flexor holds at 90 degrees (hold for 10 seconds, rest, repeat 10 times), banded hip circles in standing, and single-leg balance work on an unstable surface all help build the muscular control that compensates for a compromised labrum.
- See a sports physiotherapist. This is not optional. A positive FADIR test with clicking, catching, or groin pain warrants clinical assessment. A physio can refer for imaging — MRI arthrogram is the gold standard — and help you decide whether conservative management is sufficient or whether surgical opinion is needed.
Some labral tears are managed conservatively for years with targeted strengthening and bike fit modifications. Others require arthroscopic surgery. The determining factor is the size, location, and mechanical behaviour of the tear, and you need professional guidance to make that call.
Condition 4: femoroacetabular impingement (FAI)
What it is. FAI is a structural issue — the bones of the hip joint do not have adequate clearance for the movements being asked of them. There are two types. Cam impingement involves a bump of extra bone on the head of the femur that jams against the socket rim during flexion. Pincer impingement involves extra bone on the socket rim that clamps down on the femur. Many people have elements of both, which is called mixed-type impingement.
Why cyclists get it — or rather, why cycling reveals it. FAI is an anatomical variation. You either have it or you do not. But many people live with mild impingement for decades without symptoms because they never push their hip into the range where the bony conflict occurs. Cycling does. The top of every pedal stroke forces the hip into deep flexion — often approaching 90 to 100 degrees depending on position — and that is exactly where cam and pincer lesions make contact.
The symptom is distinctive: a deep pinching sensation at the front of the hip, specifically at the twelve o'clock position of the pedal stroke. It is not a muscular pain. It feels like something is catching or blocking. Some riders describe it as a sharp fold in the front of the hip crease, as though the joint runs out of room.
Self-assessment: the FADIR test (again). The same test used for labral tears — flexion, adduction, internal rotation — also provokes impingement. A deep pinch in the front of the hip at the end range of this movement is consistent with FAI. The two conditions frequently coexist, because the impingement mechanism physically damages the labrum over time. If your FADIR test is positive with a pinching quality rather than a catching or clicking quality, impingement is more likely the primary driver.
What helps.
No amount of stretching, strengthening, or foam rolling changes the shape of bone. That is the fundamental reality of FAI. The interventions are about reducing the demand placed on the joint so that the impingement point is not reached.
- Bike fit is the primary intervention. Reduce the degree of hip flexion at the top of the pedal stroke. This means raising the saddle (which moves the hip further from the bottom bracket, reducing flexion at the top), moving the saddle rearward (which opens the hip angle), and — this is the big one — shortening the crank arms. Phil Burt has been vocal about crank length for years. A rider on 175mm cranks who switches to 170mm or even 165mm reduces peak hip flexion by several degrees. For a hip with impingement, those degrees are the difference between contact and clearance.
- Avoid forced internal rotation. Cleat rotation matters here. If your cleats are set up with internal rotation — toes pointing inward — the femur is being rotated into the impingement position on every stroke. A cleat set-up that allows neutral or slight external rotation gives the femoral head more clearance in the socket.
- Strengthen what you can control. Hip stability work — single-leg bridges, banded lateral walks, standing hip circles — strengthens the muscles that control femoral head position within the socket. Stronger stabilisers mean better centring, which can reduce contact at the impingement point even without changing bony anatomy.
- Get assessed. If bike fit modifications do not reduce the pinching, imaging is the next step. X-rays can identify cam and pincer lesions. In symptomatic cases that do not respond to conservative management, arthroscopic surgery to reshape the bony conflict is well-established and effective.
Condition 5: piriformis syndrome
What it is. The piriformis is a small, deep muscle that runs from the sacrum to the top of the femur, sitting directly over — or in some anatomical variants, around — the sciatic nerve. When this muscle becomes tight, overactive, or inflamed, it compresses the sciatic nerve and produces pain in the buttock that can radiate down the back of the leg. This is piriformis syndrome, and it mimics sciatica so convincingly that many riders (and some clinicians) mistake one for the other.
Why cyclists get it. The piriformis is an external rotator and abductor of the hip. In cycling, it is almost completely unused — the pedal stroke involves minimal rotation and no abduction. A muscle that sits dormant for hours while adjacent muscles work hard becomes ischaemic (reduced blood flow), develops trigger points, and tightens around the nerve it protects. Sitting — both at a desk and on a saddle — directly compresses the piriformis against the underlying nerve, and riders who also drive for long periods before or after rides compound the problem further.
Symptoms. Buttock pain, usually on one side, that feels deep and aching. Sitting makes it worse. The pain may radiate down the back of the thigh and into the calf, following the sciatic nerve distribution. On the bike, it often builds after the first 30 to 45 minutes and gets progressively worse. Off the bike, it is worst after prolonged sitting and eases with walking.
Self-assessment: the seated piriformis stretch test. Sit in a chair with both feet flat on the floor. Cross the affected leg over the opposite knee so the ankle sits on the thigh. Now lean your torso forward, keeping the back straight. If this reproduces your buttock pain — and particularly if it sends a shooting or radiating sensation down the back of the leg — piriformis involvement is likely. Compare to the other side. A significant difference in pain or restriction is informative.
What helps.
- Figure-four stretch. Lie on your back with both knees bent. Cross the affected ankle over the opposite knee. Reach through and pull the bottom knee toward your chest until you feel a deep stretch in the buttock of the crossed leg. Hold for 60 to 90 seconds. This is the single most effective stretch for the piriformis in cyclists. Perform it daily, ideally after riding or sitting for prolonged periods.
- Glute activation. The piriformis often becomes overactive because the gluteus maximus — the big muscle that should be doing the heavy work — is underperforming. Banded glute bridges, bird-dogs, and standing hip extension against a band all help reactivate the glute max and take the load off the piriformis. Three sets of 12, three times per week.
- Seated piriformis release. Sit on a firm ball — a lacrosse ball works well — placed under the buttock, directly on the tender point. Hold gentle pressure for 60 to 90 seconds, allowing the muscle to release beneath the ball. This is targeted soft tissue work, not aggressive foam rolling. Gentle, sustained pressure. If it makes the radiating symptoms worse, stop — you are likely pressing on the nerve, not the muscle.
- Address the sitting. If you drive to a ride, the piriformis has already been compressed for 20 to 40 minutes before you clip in. Stand and walk for five minutes before getting on the bike. If you sit at a desk, stand every 30 minutes. This single behaviour change resolves mild piriformis syndrome in a surprising number of cases.
The bike fit connection
Every condition described above is influenced by bike fit. Not caused by bike fit alone — that would be too simple — but significantly affected by it. Here is what matters for each parameter.
Saddle height. A saddle that is too high forces the hip to over-extend at the bottom of the stroke, increasing IT band tension across the greater trochanter. A saddle that is too low increases hip flexion at the top, compressing the labrum and aggravating FAI. The correct height depends on leg length, hip mobility, and which condition you are managing — there is no universal formula that accounts for all of these.
Fore-aft position. A saddle that is too far forward closes the hip angle and increases anterior compression — bad for labral tears and FAI. A saddle that is too far back opens the hip angle but increases the reach and loads the posterior chain — potentially aggravating piriformis syndrome if the hamstrings and glutes are already overworked.
Crank length. This is the single most underappreciated variable in cycling. Longer cranks increase the arc through which the hip travels on every stroke. For a rider with FAI, impingement, or labral involvement, shortening the cranks by 5 to 10mm can eliminate the bony or cartilaginous contact that is producing pain. It is a simple change with a disproportionately large effect.
Cleat rotation. Internal cleat rotation forces the femur to internally rotate in the socket — directly into the impingement zone. External rotation opens the joint. For riders with FAI or labral tears, allowing neutral or slight external cleat rotation can reduce anterior hip compression measurably.
A bike fit performed by someone who understands hip pathology is worth far more than one that only considers power output and aerodynamics. If you are working through a hip issue, find a fitter who asks about your symptoms, assesses your mobility, and adjusts the bike around what your hip can tolerate — not what the formula says it should tolerate.
When to see a professional
Self-assessment is valuable. It gives you direction. It tells you whether to start with strengthening, load management, or bike fit changes. But it has limits, and knowing where those limits are matters.
See a sports physiotherapist if:
- Pain has worsened progressively over more than three weeks despite rest or load modification
- You have clicking, catching, or locking sensations deep in the hip joint
- Pain wakes you at night — not just from lying on a sore bursa, but spontaneous aching
- Radiating pain extends below the knee or is accompanied by numbness or tingling
- Two to three weeks of targeted exercise produces no improvement whatsoever
- You had a specific incident — a crash, a sudden twist, a moment where something felt like it gave way — before the pain started
A good sports physio will perform a clinical examination, identify the most likely structure, and decide whether imaging is needed. Not every hip problem requires an MRI. But the ones that do — labral tears, FAI, stress fractures — need it sooner rather than later, because delayed diagnosis means delayed management.
The 10-minute daily hip protocol
This is the minimal effective dose. Not the complete rehabilitation programme for any single condition, but the daily maintenance routine that keeps the five structures described above as resilient as possible. Think of it as hygiene for the hip joint — ten minutes that prevent most of the problems described in this guide from developing in the first place, and that support recovery if one of them already has.
Minutes 1-3: hip flexor mobilisation. Half-kneeling hip flexor stretch, 90 seconds per side. Squeeze the glute of the back leg to deepen the stretch. If the couch stretch is accessible to you — back foot elevated on a sofa behind you — use that instead. This counteracts the desk.
Minutes 3-5: piriformis and deep rotator work. Figure-four stretch on your back, 60 seconds per side. Gentle, sustained — do not force range that is not there. Follow with 30 seconds of a seated piriformis release on a lacrosse ball per side if you have one available.
Minutes 5-8: lateral hip strengthening. Clamshells with a band, 15 repetitions per side. Side-lying hip abductions, 12 per side. This is the work that protects the IT band and the bursa, and it takes barely three minutes.
Minutes 8-10: glute activation. Single-leg glute bridges, 10 per side. Focus on a two-second hold at the top. Finish with 10 standing hip circles per side — slow, controlled circles with the knee lifted to 90 degrees — to move the joint through ranges it does not see on the bike.
Ten minutes. Every day. The consistency matters more than the duration. A five-minute session done daily is worth more than a thirty-minute session done on Sundays when guilt kicks in.
Putting it together
Your hip pain has a name. Probably one of the five described here. And each of those names comes with a specific set of actions — not generic stretching, not blanket rest, not "just foam roll it" — that address the actual mechanism producing the pain.
If it is lateral hip pain that builds during rides and responds to rolling but keeps coming back, look at IT band syndrome and start strengthening the hip abductors. If it is a burning on the outside of the hip that worsens when you lie on it, treat it as bursitis and manage the load before you add strength. If it is deep clicking or catching in the front of the hip, consider a labral tear and get assessed. If it is a pinch at the top of the pedal stroke, investigate FAI and look at crank length before anything else. If it is buttock pain that radiates down the leg, the piriformis is the prime suspect and the glutes need waking up.
The first step is always the same: figure out which structure is involved. The second step depends entirely on the answer.
If you are working through a hip issue and want structured guidance from riders who have been there, the Roadman community is at https://www.skool.com/roadmancycling.