Most running-related hip pain comes from overuse of the soft tissues around the joint, not from damage to the joint itself. That’s good news: it means the majority of cases respond well to a combination of load management, targeted strengthening, and minor changes to your running form. The fix depends on where exactly your hip hurts, what’s causing the irritation, and how long you’ve been pushing through it.
Where It Hurts Points to Why It Hurts
Hip pain from running generally falls into three categories based on location, and each one has a different underlying cause and a different path to recovery.
Outer (lateral) hip pain is the most common complaint in runners. It’s usually caused by irritation of the bursa that sits over the bony bump on the side of your hip, a condition called trochanteric bursitis. The friction comes from the iliotibial (IT) band sliding over that bone with every stride. You’ll notice tenderness right on the outside of the hip that gets worse when you rotate or lift your leg outward. A related problem in the same area is tendinopathy of the gluteus medius or minimus, the deep muscles that stabilize your pelvis when you stand on one leg. This feels like a dull, achy pain on the outer hip that worsens with any weight-bearing activity or when you try to push your leg sideways against resistance.
Front hip or groin pain often signals something happening inside the joint. Labral tears, which involve the ring of cartilage lining the hip socket, typically show up as a deep ache or catching sensation in the front of the hip or groin. This type of pain tends to be harder to pinpoint and may come with clicking or locking during movement.
Deep buttock or posterior hip pain can involve the piriformis, hamstring tendons, or referred pain from the lower back. If the pain shoots down your leg, a nerve is likely involved.
Reduce the Load First
The single most important step is reducing the mechanical stress that’s causing the problem. That doesn’t necessarily mean stopping all running, but it does mean cutting back enough that your symptoms start to settle. For most soft tissue hip injuries like bursitis or tendinopathy, symptoms resolve in six to ten weeks with proper management.
Start by dropping your weekly mileage by 30 to 50 percent and avoiding hills, speed work, and long runs. Run on flat, even surfaces. If running at any intensity reproduces the pain, switch temporarily to low-impact activities like swimming or cycling to maintain fitness while the irritation calms down. Over-the-counter anti-inflammatory medication can help with acute flare-ups, but the relief tends to be short-lived. Physical therapy and load management produce more durable improvements over time.
Strengthen Your Glutes
Weak glute muscles are one of the most reliable predictors of hip pain in runners. Your gluteus medius in particular controls pelvic stability with every step. When it’s weak, your pelvis drops on the opposite side during stance phase, and the structures around your hip compensate and get overloaded.
A strengthening program built around three sets of each exercise, performed two to three times per week, targets this weakness effectively:
- Side-lying clamshells: 15 to 20 reps per side. Keep your feet together and open your top knee against a resistance band. This isolates the gluteus medius without loading the hip joint.
- Single-leg glute bridges: 15 reps per side. Lie on your back, drive through one heel, and lift your hips. This builds the strength you need for the single-leg stance phase of running.
- Fire hydrants: Up to 30 reps per side. On all fours, lift one knee out to the side while keeping your core stable.
- Curtsy lunges: 15 per side. Step one foot behind and across the other, then lower into a lunge. This trains the glutes through a rotational plane that mimics the demands of running on uneven terrain.
Progress to heavier, more challenging exercises like single-leg hip thrusts on a bench and barbell walking lunges as the pain subsides and your baseline strength improves. The goal is to build enough capacity that your glutes can handle the repetitive load of running without breaking down.
Stretch Smarter, Not Just More
Tight hip flexors are a common complaint among runners, especially those who sit for long hours during the day. A study published in the Journal of Strength and Conditioning Research found that a three-week static hip flexor stretching program increased passive flexibility by about 10.6 degrees. However, the same study found that this improvement in passive flexibility did not translate to changes in hip extension, pelvic tilt, or running form at normal speeds.
This doesn’t mean stretching is useless. It means stretching alone isn’t enough. To actually change how your hip moves during a run, you need to pair flexibility work with active strengthening that teaches your muscles to use that new range. Hold each hip flexor stretch for a full 30 seconds, and follow it with dynamic movements like leg swings, walking lunges, or high knees that rehearse the motion under load. The flexibility gains from stretching may become more relevant at higher running speeds, so sprinters and tempo runners may benefit more than easy-pace joggers.
Adjust Your Running Cadence
One of the simplest biomechanical changes you can make is increasing your step rate. A systematic review published in Cureus found that increasing running cadence by just 5 to 10 percent consistently reduced hip and knee loading, lowered impact forces, and improved lower limb alignment. A 10 percent increase amplified these reductions further.
If you currently run at 160 steps per minute, aim for 168 to 176. Most running watches and phone apps can measure your cadence in real time. The easiest way to increase it is to use a metronome app or a playlist with songs at your target beats per minute. Focus on taking shorter, quicker steps rather than reaching forward with a longer stride. Overstriding is one of the primary ways runners overload their hips, because landing with your foot far in front of your body increases the braking force that travels up through the joint.
Consider Your Shoes
The heel-to-toe drop of your running shoe affects how forces are distributed across your body. As a general principle, higher-drop shoes (10 to 12 mm) tend to load the hips and knees more, while lower-drop shoes (0 to 6 mm) shift stress toward the foot, ankle, and calf. For runners dealing with hip issues like IT band syndrome or gluteal overuse syndromes, a lower-drop shoe may help reduce the repetitive loading on those structures.
If you’re currently in a high-drop shoe and want to try a lower option, transition gradually. Drop by 2 to 4 mm at a time and alternate with your old shoes for a few weeks. Switching too quickly shifts the load onto your Achilles tendon and calf muscles before they’ve adapted, which just trades one injury for another. Also check the mileage on your current pair. Most running shoes lose meaningful cushioning after 300 to 500 miles, and worn-out foam increases the impact forces your hips absorb.
When Hip Pain Signals Something Serious
Most running hip pain is a nuisance, not an emergency. But one injury that demands urgent attention is a femoral neck stress fracture, a crack in the bone that connects the ball of your hip to the shaft of your thighbone. It typically starts as a vague, poorly localized pain in the groin or front of the hip that appears late in a run and goes away with rest. Over time, the pain arrives earlier in runs, intensifies, and eventually shows up at rest and at night. In one study, 87 percent of patients reported the pain primarily in the front of the groin, though it can also radiate to the thigh, buttock, or knee.
The physical signs are subtle. Pain at the extremes of hip rotation, especially turning the thigh inward, is present in about 79 percent of cases. Tenderness when pressing over the front of the hip is found in roughly 62 percent. If the fracture progresses, you may feel the hip give way or hear a crack or pop during activity as the bone fully breaks. This is a medical emergency that can require surgery if missed. If your hip pain fits this pattern, particularly groin pain that’s worsening week over week and now bothers you at rest, get imaging before running again. Standard X-rays can miss early stress fractures, so an MRI is typically needed for a definitive answer.
A Realistic Recovery Timeline
For the most common culprit, trochanteric bursitis, expect six to ten weeks before symptoms resolve with consistent load management and strengthening. You don’t need to wait until you’re completely pain-free to start running again, but you should be able to walk briskly without discomfort before you add running back in. Start with short, easy runs on flat ground, and increase distance by no more than 10 percent per week.
Gluteal tendinopathy can take longer, sometimes three to four months, because tendons heal more slowly than other soft tissues and require progressive loading to remodel properly. Labral tears that don’t respond to conservative treatment may eventually need surgical evaluation, but many runners manage them successfully with strengthening and activity modification alone. If you’ve had surgery for bursitis, return to sport typically takes six to eight weeks after the procedure.