Quick Answer
Three hip functions runners need: extension (push-off power), abduction (pelvic stability), flexion (knee drive). Highest-priority exercises: single-leg RDL, Bulgarian split squat, lateral band walk, hip hike. Research: 2024 BJSM RCT showed hip and core programme prevented overuse injuries in runners; Fredericson 2000 Stanford study: 92% IT band recovery with 6-week hip strengthening protocol. Frequency: 2 sessions/week, 20–25 minutes, on easy/rest days.
The Three Hip Functions Runners Need — and Why All Three Matter
Most hip strengthening articles for runners focus on the glutes — which is correct, but incomplete. The hip does three distinct mechanical jobs during running, and weakness in any one of them produces a specific injury pattern. Understanding which function is failing points directly to which exercises to prioritise.
Hip extension is the backward drive of the thigh during push-off — the primary source of running propulsion. The gluteus maximus and hamstrings power this movement. When extension is weak, the stride shortens, the lower back compensates, and runners develop the characteristic “quad-dominant” pattern that leads to earlier leg fatigue and slower times.
Hip abduction — holding the pelvis level during single-leg stance — is the function most directly linked to injury. The gluteus medius and minimus hold the opposite hip from dropping every time one foot leaves the ground. When they’re weak, the pelvis tilts toward the swinging leg, the femur collapses inward, and the IT band is loaded from above. This is the injury cascade behind IT band syndrome, runner’s knee, and lateral hip pain. Our glute minimus guide covers this cascade in full anatomical detail.
Hip flexion — bringing the knee forward during the recovery phase of the stride — is powered primarily by the hip flexors (iliopsoas and rectus femoris). When hip flexion is weak or restricted, stride frequency drops, the foot recovery is slow, and energy is wasted on a low, dragging gait. Unlike hip extension and abduction, hip flexors are more often too tight (from prolonged sitting) than too weak — so the work here is often mobility as much as strength.
| Hip function | Muscles | Running role | Weakness causes | Key exercises |
|---|---|---|---|---|
| Extension | Glute max, hamstrings | Push-off power; stride length | Short stride; lower back compensation; early leg fatigue | Single-leg RDL, Bulgarian split squat, hip thrust, glute bridge |
| Abduction | Glute med, glute min | Pelvic stability during single-leg stance | Pelvic drop; femoral adduction; IT band syndrome; runner's knee | Lateral band walk, clamshell, side-lying leg raise, hip hike, side plank |
| Flexion | Iliopsoas, rectus femoris | Knee drive; stride frequency | Slow foot recovery; low cadence; restricted stride | Hip flexor stretch, banded hip march, mountain climbers |
The Research: Why Hip Strengthening Works
The evidence base for hip strengthening in runners is stronger than most runners realise. A 2024 randomised controlled trial published in the British Journal of Sports Medicine found that a hip and core exercise programme prevented running-related overuse injuries in adult novice recreational runners — a three-arm RCT that provides some of the best current evidence for specific hip strength work as injury prevention.
For IT band syndrome specifically, Michael Fredericson’s 2000 Stanford study remains the landmark reference: a 6-week hip strengthening programme produced complete recovery in 92% of athletes. The programme involved just two exercises and two stretches — demonstrating that targeted, consistent hip work matters more than volume or complexity.
For patellofemoral pain (runner’s knee), a 2018 systematic review with meta-analysis in the Journal of Orthopaedic and Sports Physical Therapy found that combined hip and knee strengthening was significantly more effective than knee-only strengthening. This is the research basis for treating knee pain from the hip rather than just at the knee itself.
One important nuance: ChiroUp’s clinical analysis of ITBS research notes that the IT band cannot be meaningfully stretched — it elongates less than 0.2% even under maximum voluntary contraction. Foam rolling the IT band and stretching it directly are poor uses of time. The fix for IT band pain is glute strengthening that removes the root cause (femoral adduction from pelvic drop), not attempting to lengthen an inextensible structure.
The 10 Exercises
| Exercise | Function | Sets × Reps | Equipment | Priority |
|---|---|---|---|---|
| 1. Single-leg RDL | Extension + abduction (stability) | 3 × 8–10 each leg | Light dumbbell | ✓ Highest |
| 2. Bulgarian split squat | Extension + quad | 3 × 8–10 each leg | Bench + bodyweight | ✓ Highest |
| 3. Lateral band walk | Abduction (weight-bearing) | 3 × 15–20 steps each way | Resistance band | ✓ High |
| 4. Hip hike | Abduction (Trendelenburg correction) | 3 × 15–20 each side | Step or kerb | ✓ High |
| 5. Glute bridge | Extension (activation + strength) | 3 × 15–20 | Mat | ✓ High |
| 6. Clamshell | Abduction (isolation) | 3 × 15–20 each side | Mat + band optional | ✓ High |
| 7. Side-lying leg raise | Abduction (full range) | 3 × 12–15 each side | Mat | Medium–High |
| 8. Side plank | Abduction (isometric lateral) | 3 × 20–45 sec each side | Mat | Medium–High |
| 9. Hip thrust | Extension (max glute activation) | 3 × 12–15 | Bench + bodyweight/weight | ✓ High |
| 10. Kneeling hip flexor stretch | Flexion mobility | 2 × 45 sec each side | Mat | ✓ High — daily |
The Exercises in Detail
1. Single-Leg Romanian Deadlift
The single-leg RDL is the highest-priority hip exercise for runners because it simultaneously trains hip extension strength (the glute and hamstring driving the hips back to upright) and hip abduction stability (the standing-side glute min and med holding the pelvis level throughout the movement). Research ranks it among the highest force-producing exercises for the gluteal muscles, including the smaller stabilisers. No other exercise in this list trains both extension and abduction simultaneously in a single-leg pattern this close to running mechanics.
How to do it: stand on one leg with a slight knee bend. Hold a light dumbbell in the opposite hand. Hinge from the hips, lowering the dumbbell toward the floor while the free leg extends behind for counterbalance. Keep the back flat and the hips square — any rotation reduces the abduction demand and shifts work away from the target muscles. Drive through the standing heel, squeezing the glute to return upright. 8–10 reps each leg, 3 sets.
Our hip extension exercise guide covers this movement in depth alongside the hip thrust and other posterior chain exercises — useful if you want to build on this foundation with more specific extension work.
2. Bulgarian Split Squat
The Bulgarian split squat — rear foot elevated on a bench, front foot forward in a lunge position — trains hip extension in the single-leg push position that most closely resembles running’s push-off phase. The rear leg’s hip flexor is stretched at the bottom of each rep, simultaneously addressing the hip flexion mobility restriction that prolonged sitting creates.
How to do it: stand 60–70cm in front of a bench or chair. Place the top of the rear foot on the bench. Lower for 3 seconds until the front thigh approaches parallel to the floor. Drive through the front heel to return. Keep the torso upright — forward lean shifts the emphasis away from the glute and onto the quad. The 3-second eccentric (lowering phase) develops the controlled strength that protects the knee on downhills. Start with bodyweight; add dumbbells at sides as you progress.
The eccentric emphasis of this exercise connects directly to downhill running capacity — our quad exercises for runners guide covers the full eccentric rationale and how the Bulgarian split squat fits alongside other eccentric quad exercises.
3. Lateral Band Walk
The lateral band walk is the most practical and accessible weight-bearing hip abduction exercise, and the first exercise recommended in most IT band rehabilitation protocols. It trains the glute medius and minimus in the resisted abduction pattern that running never specifically develops — filling the gap that makes hip abductors the weak link for most distance runners.
How to do it: place a resistance band around the thighs (just above the knees for beginners; at the ankles for more demand). Stand with feet hip-width apart, slight knee bend. Step laterally — right foot out, then left foot follows to maintain tension (don’t bring feet together). Keep the knees tracking forward. Take 15–20 steps each direction, 3 sets. The slight squat position means the glutes must work harder than in an upright stance.
Physiofitcambridge makes an important distinction: strengthen the glutes while minimising the TFL (tensor fascia latae). The TFL also abducts the hip but attaches directly to the IT band — overactivation of the TFL adds tension to the IT band rather than reducing it. The lateral band walk in a slightly hip-hinged position (not fully upright) helps bias the glute over the TFL.
4. Hip Hike
The hip hike is the exercise that most directly addresses the Trendelenburg pattern — the pelvic drop that is the root cause of IT band syndrome and runner’s knee from weak hip abductors. It’s also the simplest self-test: can you actively hike the unsupported hip upward using only the standing-side glute medius?
How to do it: stand on a step or low kerb on one leg, the other leg hanging freely off the side. Start with the pelvis level. Allow the unsupported hip to drop a few centimetres, then use the standing-side hip muscles to hike it back up — actively elevating the unsupported side above neutral. The movement comes entirely from the standing-side glute medius contracting to lift the pelvis from below. 15–20 reps each side, 3 sets.
Why this matters: most hip abduction exercises train the hip in an open-chain position (leg swinging sideways in the air). The hip hike trains the exact closed-chain abduction pattern that prevents pelvic drop during running — making it the most functionally specific exercise in this list for the injury-prevention role. MapMyRun’s IT band protocol and several sports physiotherapy frameworks include it as an essential progressive exercise after basic clamshells and leg raises.
5. Glute Bridge
The glute bridge is the most accessible hip extension activation exercise — requiring no equipment, appropriate for all levels, and effective both as a strength exercise and as a 60-second pre-run activation drill. Research by Distefano et al. (2009) found glute bridges produce 70–80% of maximum voluntary isometric contraction in the gluteus maximus — high enough to produce both activation and strength adaptation with sufficient sets and reps.
How to do it: lie on your back, knees bent, feet flat hip-width apart. Press through heels, drive hips upward to a straight line from knees to shoulders. Squeeze glutes at the top for 1–2 seconds, lower with control. Progress to single-leg bridge (one foot on floor, other leg extended) for significantly more demand. A resistance band just above the knees adds lateral glute challenge. Our warm-up and cool-down guide covers how 1 set of 15 glute bridges before a run activates the posterior chain for the session ahead.
6. Clamshell
The clamshell directly isolates the glute medius and minimus in a side-lying hip abduction pattern. It’s the standard starting exercise in the Fredericson IT band protocol and the most commonly prescribed exercise in hip abductor rehabilitation because it provides strong feedback on whether the target muscles are actually activating.
How to do it: lie on your side, hips stacked, knees bent at 45 degrees, feet together. Keeping feet together, rotate the top knee upward without letting the pelvis roll back. Hold 1–2 seconds at the top, lower with control. A resistance band just above the knees significantly increases the demand. The key form cue: the movement should come from the hip rotating, not from the pelvis rolling — many runners roll their hips backward to fake the range. Our glute minimus exercises guide covers progressions from the clamshell through to the more demanding functional exercises.
7. Side-Lying Leg Raise
The side-lying leg raise trains hip abduction through the full available range — more demanding than the clamshell and more direct in targeting the glute minimus specifically. It’s the second progression in the Fredericson protocol after the clamshell is mastered.
How to do it: lie on your side, bottom leg bent for stability, top leg straight. Lift the top leg to approximately 45 degrees — directly to the side, not drifting forward (hip flexors) or backward (hip extensors). Hold 1–2 seconds at the top, lower slowly. The eccentric (lowering) phase is as important as the lift. An ankle weight progresses the exercise as it becomes easy. 12–15 reps each side, 3 sets.
8. Side Plank
The side plank is the key isometric exercise for the lateral hip — training the glute medius and minimus in a sustained contraction under the load of the body’s weight. Isometric loading is particularly valuable for runners with early-stage gluteal tendinopathy, where dynamic exercises may aggravate the tendon but isometric holds are well-tolerated and strengthen the tissue.
How to do it: lie on your side, forearm under shoulder, hips stacked. Lift the hips so the body forms a straight line from head to feet. Hold for 20–45 seconds. Progressions: basic side plank (knees on floor) → full side plank → top leg raised (dramatically increases glute min demand). The top-leg-raised variation is one of the highest glute minimus activating exercises available without resistance equipment.
9. Hip Thrust
The hip thrust produces the highest EMG activation of the gluteus maximus of any exercise — research by Contreras et al. (2015) found it activates the glute max at over 200% of maximal voluntary isometric contraction, greater than squats or deadlifts. For runners who need maximum hip extension strength — particularly for push-off power in the final kilometres of a race — the hip thrust is the most direct tool.
How to do it: sit with your upper back against a bench, feet flat on the floor hip-width apart. Drive through the heels to push the hips upward until the body forms a straight line from knees to shoulders. Squeeze glutes firmly at the top for 1–2 seconds, lower with control. Progress with a dumbbell or weight plate across the hips. 12–15 reps, 3 sets. Our hip extension guide covers the hip thrust in depth including the EMG research and how to progress it.
10. Kneeling Hip Flexor Stretch
Hip flexor tightness is a hip strength problem in disguise — when the iliopsoas is chronically shortened, it reciprocally inhibits the glutes, reducing their activation during running. Physiofitcambridge and RunToTheFinish both note that tight hip flexors “frequently lead your glutes to stop firing, which creates a chain effect of all kinds of compensation.” Releasing this restriction is therefore part of hip strengthening, not separate from it.
How to do it: kneel on one knee (right knee on floor, left foot forward). Shift the hips forward until a stretch is felt in the front of the right hip. Keep the torso tall and avoid arching the lower back. For a deeper stretch, raise the right arm overhead. Hold 45 seconds per side, repeat twice. Most effective post-run or post-bike when the hip flexors are warm. Our pre-run stretching guide covers why this stretch belongs after rather than before a run.
How to Fit Hip Strengthening Into a Running Week
Two sessions per week of 20–25 minutes each is enough to produce meaningful strength changes in 6–8 weeks. The sessions should be on easy run or rest days — not the day before a long run or hard interval session. The cumulative fatigue of a hip strength session the day before a quality run compromises both the strength adaptation and the running quality.
A practical two-session structure for a runner training 4–5 days per week:
Session A (Tuesday easy day): glute bridge (warm-up, 2 sets) → clamshell (2 sets each side) → lateral band walk (2 sets) → single-leg RDL (3 sets each leg) → kneeling hip flexor stretch (2 sets each side). Total: 20 minutes.
Session B (Thursday easy day or rest day): side plank (2 sets each side) → hip hike (3 sets each side) → Bulgarian split squat (3 sets each leg) → hip thrust (3 sets) → side-lying leg raise (2 sets each side). Total: 22 minutes.
Lighter activation exercises — glute bridge, clamshell, hip hike — can also be used before running sessions as a 3-minute pre-run activation routine. 1 set of 10–15 reps of each, immediately before starting the run. This pre-activates the hip muscles and reduces the inhibiting effect of prolonged sitting before an afternoon or evening run. Our pre-run warm-up guide covers how this fits into the full dynamic warm-up sequence.
For runners building toward a first marathon or significantly increasing mileage, the connection between hip strength and mileage capacity is direct: the glutes fatigue before the cardiovascular system in most recreational runners, and when they do, pelvic drop begins and the IT band, patellofemoral joint, and lower back start absorbing the load. Our guide on building marathon mileage safely covers this cardiovascular vs muscular adaptation lag — hip strength work is the specific preparation that allows connective tissue to keep pace with increasing running volume.
For runners who are also doing speed work, hip strength has a direct connection to faster running: stronger hip extensors produce more powerful push-off, and stronger hip flexors enable quicker knee drive. Our speed work guide covers how hip strength translates specifically into interval and tempo performance — it’s not only an injury prevention tool but a performance one. And for runners over 50, the natural age-related decline in fast-twitch muscle fibres affects the reactive hip stability that holds form together at faster paces and in the late stages of long runs. Our guide for older athletes covers how hip strength and neuromuscular training become increasingly important with age.
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SportCoaching's running plans integrate hip strengthening, back strength, and quad work into your weekly training schedule — not as optional extras but as a core part of the programme that prevents the injuries that interrupt most runners' progress.
FAQ: Hip Strengthening Exercises for Runners
Why do runners need hip strengthening exercises?
The hip drives three functions every stride: extension (push-off), abduction (pelvic stability), and flexion (knee drive). When any is weak, the body compensates through IT band loading, knee collapse, or lower back strain. A 2024 BJSM RCT found a hip and core programme prevented overuse injuries in novice runners; a 2018 systematic review found hip + knee strengthening significantly more effective than knee-only for patellofemoral pain.
What is the best hip exercise for runners?
Single-leg RDL (trains extension + abduction stability) and Bulgarian split squat (extension in running push-off position) for hip extension. Lateral band walk and hip hike for abduction. Hip thrust for maximum glute max activation. All four together cover the primary hip functions runners need.
Can hip strengthening fix IT band syndrome?
Yes — it’s the primary treatment, not stretching. The IT band elongates less than 0.2% under maximum stretch and cannot be meaningfully lengthened. The fix is glute strengthening that removes the root cause: femoral adduction from weak abductors. Fredericson’s 2000 Stanford study found 92% complete recovery from IT band syndrome with a 6-week hip strengthening programme.
How often should runners do hip strengthening exercises?
Two dedicated sessions per week, 20–25 minutes each, on easy/rest days. Glute bridge, clamshell, and hip hike can also be done as 3-minute pre-run activation on any running day — 1 set each immediately before starting the run.
What are the signs of weak hips in runners?
Knee drifting inward during single-leg squat or running; visible pelvic drop when viewed from behind; IT band pain at outer knee; runner’s knee pain behind the kneecap on downhills; lower back stiffness developing in late long runs; short or uneven stride. Self-test: stand on one leg — if the opposite hip drops, glute med/min weakness is present.
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