How to Fix Hip Pain: Causes, Movement Patterns, and Exercises

Hip pain illustration

Hip pain often develops gradually. You may first notice stiffness when standing up after sitting, discomfort during long walks, or a pinching sensation during workouts or sitting a certain way.

But over time, those easily forgotten symptoms can grow into everyday reminders that something is not right.

The hip joint is designed to move freely while supporting body weight. When mobility decreases or surrounding muscles stop sharing the workload effectively, the joint begins absorbing more stress, and this is what causes pain.

Addressing hip pain effectively means understanding how the joint moves, how the pelvis and spine influence that movement, and how surrounding muscles support it.

Understanding Hip Pain

Hip pain rarely comes from one isolated structure alone. The hip joint is a tightly packed, interconnected system and all parts work together during movement. Mobility, muscle strength, pelvic positioning, and spinal mechanics all influence how the hip absorbs force.

When one part of this system stops functioning efficiently, other structures compensate. Over time that compensation can increase stress on the hip joint and surrounding tissues.

Common pain contributors include:

  • restricted hip rotation
  • duced hip extension from prolonged sitting
  • muscle imbalances around the pelvis
  • pelvic alignment changes
  • repetitive stress from walking or running with a misalignment

Understanding how these factors interact helps explain why hip pain often develops gradually rather than from a single injury.

Where You Feel Hip Pain and What It May Mean

The location of discomfort often provides useful clues about what structures may be involved.

Front of the hip

Pain in the front of the hip often relates to the muscles that lift the leg, particularly the hip flexors and psoas. When these muscles become tight or poorly coordinated, the pelvis may shift forward and increase pressure inside the hip joint.

You can learn more about how strengthening the psoas improves hip movement and stability.

Limited hip rotation can also contribute to joint compression in the front of the hip. This is commonly associated with impingement. This guide explains how hip impingement develops when hip rotation becomes limited.

A deeper explanation of the condition can be found in this article describing the mechanics behind femoroacetabular impingement (FAI).

Side of the hip

Pain along the outer hip often involves the gluteal muscles that stabilize the pelvis during walking and running.

When the glutes are not contributing effectively, the pelvis may shift slightly with each step, increasing strain on the outer hip.

This article explains how weak glutes influence hip stability and movement.

Groin pain

Deep groin pain can occur when the hip joint itself becomes irritated or when rotation inside the joint becomes restricted.

Reduced rotation forces surrounding structures to compensate during walking, bending, and squatting.

Hip pain during walking or running

Repetitive motion can reveal underlying movement problems when the hips are not sharing load effectively with surrounding muscles. To be clear, it is not walking or running that is the problem. It’s doing so with less than ideal movement patterns and posture.

Runners often notice symptoms when stride mechanics change. This article explains why hip pain sometimes develops after running.

Hip Rotation and Joint Health

Hip rotation is a major player in the health of the joint. Internal and external rotation allow the hip to absorb force properly during walking, running, and squatting. When rotation becomes limited, surrounding structures begin compensating.

The pelvis may shift, the lower back may round or arch excessively, or the knees and ankles may collapse inward during movement. Over time these compensations increase stress within the hip joint.

Restoring healthy hip rotation is often a key part of resolving hip discomfort.

How Sitting Affects Hip Mobility

Sitting is the new smoking. Modern lifestyles keep the hips in a flexed position for long periods and when the hips remain flexed throughout the day, the hip flexor muscles grow tight and shortened. Over time the joint may lose some of its ability to extend fully.

Reduced hip extension changes how the body moves during walking, running, and bending. Instead of the thigh moving freely behind the body, the pelvis and lower back often compensate.

Improving hip mobility and strengthening hip extension muscles helps restore more natural movement patterns.

How the Spine and Pelvis Influence the Hip

The hips function as a link between the spine and the legs.

Because the pelvis connects the spine to the hips, its position directly influences how the hip joints move.

When the pelvis tilts forward, this usually refers to anterior pelvic tilt. The front of the pelvis dips forward and down and the low back arches. This pushes the hips slightly forward relative to the rib cage.

What this does mechanically:

  • compresses the back of the lumbar spine
  • leads to tight hip flexors and low-back muscles
  • reduces contribution from glutes and deep abdominals

This positioning often shows up alongside front-of-hip discomfort or pinching.

Posterior pelvic tilt is when the pelvis shifts backward. The lower back flattens and the pelvis tucks under.

Mechanically this can:

  • limit hip extension
  • reduce normal spinal curvature
  • shift load into hamstrings and posterior tissues

It sometimes shows up in people who sit a lot or squeeze their glutes excessively.

Understanding how the lower back and hips work together during movement helps explain why symptoms sometimes appear in both areas.

Pelvic positioning is also closely tied to posture. Improving postural alignment and movement mechanics often reduces stress placed on the hips.

How Uneven Hips Can Lead to Pain

When the pelvis shifts unevenly, one hip may absorb more force than the other.

Common examples:

  • one hip rotating inward more than the other
  • one side of the pelvis slightly higher when standing
  • asymmetric movement during walking or squatting

These imbalances can alter movement patterns during walking, squatting, and running. Over time the overloaded side may develop stiffness or irritation.

This guide explains how uneven hips develop and how to correct them.

Quick Hip Movement Self-Test

Simple movement checks can help reveal whether the hips are functioning efficiently.

Hip rotation test

Sit on the ground with your knees bent to 90 degrees and heels on the floor.

Without using your hands for support and keeping heels on the floor, shift both knees over to the right. The goal is to get both knees to touch the ground while staying as upright as possible.

Now rotate both legs to the other side, like windshield wipers. Make sure to keep your chest up. If you experience any discomfort doing this movement, you likely have hip rotation issues.

Hip extension test

Stand up tall with your head, shoulders, hips and ankles aligned. Shift one leg behind you, trying to keep the pelvis neutral. If the lower back arches instead of the thigh extending, the hip flexors may be restricting movement.

Squat alignment test

Perform a bodyweight squat. If the knees collapse inward or the hips shift to one side, the hips may not be stabilizing effectively.

These patterns often indicate that mobility, strength, or coordination needs improvement.

How to Fix Hip Pain with Better Movement

Improving hip pain usually involves restoring three elements of movement.

Mobility

The hip must be able to rotate and extend freely.

Strength

Muscles surrounding the joint must support movement and stabilize the pelvis.

Coordination

The spine, pelvis, and legs must work together during walking, bending, and exercise.

Exercises that strengthen the glutes, hip flexors, and deep stabilizing muscles often restore this balance over time. When the body moves more efficiently, stress within the hip joint decreases and irritated tissues can begin recovering.

Frequently Asked Questions About Hip Pain

What is the most common cause of hip pain?

Hip pain often develops when the joint loses mobility, alignment, or surrounding muscles stop stabilizing the pelvis effectively.

Can tight hip flexors cause hip pain?

Yes. Tight hip flexors can alter pelvic positioning and increase stress within the hip joint.

How do I know if my hip pain is related to my back?

Because the hips and lower back work together during movement, dysfunction in one area often affects the other.

Should I stretch or strengthen my hips?

Both are important. Stretching improves mobility, while strengthening helps muscles support the joint during movement.

How long does it take to improve hip pain?

Many people notice improvement within several weeks when mobility and strengthening exercises are performed consistently.