Groin Pull or Hip Problem? How to Recognize Common Sources of Inner-Thigh Pain

By Dr. Stephen Ford

Is inner-thigh pain always a groin pull? No. A groin strain involving the adductor muscles is a common cause, especially after sprinting, cutting, kicking, or sudden changes in direction. However, pain felt in the groin or inner thigh can also originate from the hip joint or other nearby structures. The location of the pain, how it started, which movements reproduce it, and associated symptoms can help determine the likely source.

Inner-thigh pain after sprinting, cutting, kicking, or training may come from an adductor strain, but it can also be related to the hip joint, hip flexors, pubic region, or another condition. Focal tenderness and pain when squeezing the legs together often point toward adductor-related pain, while deep groin pain, limited hip rotation, or clicking and catching may suggest a hip-related problem. Because several conditions can overlap, an in-person evaluation is the safest way to determine what movements and tissues are contributing to symptoms.

Key takeaways

• A sudden “pull” during sprinting, cutting, or kicking may involve the adductor muscles along the inner thigh.
• Deep groin pain with restricted hip rotation or catching may warrant a hip-focused evaluation.
• Inner-thigh pain can also involve the pubic symphysis, hip flexors, abdominal wall, nerves, or bone.
• Rehabilitation should progress according to pain, strength, range of motion, movement quality, and sport demands.
• Severe pain, inability to bear weight, significant bruising, fever, night pain, or neurologic symptoms require prompt medical evaluation.

What does an adductor strain usually feel like?

The adductors are a group of muscles that help pull the leg toward the midline of the body. They work during sprinting, skating, kicking, lateral movement, jumping, and changes of direction.

An adductor strain may begin with a sudden pulling sensation, sharp pain, or “pop” in the inner thigh or near the pubic bone. Some athletes can identify the exact movement that caused it. Others develop soreness gradually after an increase in training volume, speed, or lateral movement.

Common features include:

• Focal tenderness along the inner thigh or near the adductor attachment
• Pain when squeezing the knees or legs together
• Discomfort when stretching the inner thigh
• Pain during cutting, kicking, sprinting, or skating
• Possible weakness with resisted hip adduction
• Symptoms that are more muscular and localized than deep inside the hip

The adductor squeeze test is often used during a clinical examination. However, a painful squeeze does not prove that the adductor muscle is the only source of the problem. The test can also reproduce pain from the pubic region, hip joint, or other nearby structures.

What signs suggest the hip may be involved?

Pain from the hip joint is often felt in the front of the hip or deep in the groin. It may be difficult to point to one specific muscle. Some people also notice symptoms in the buttock, outer hip, thigh, or occasionally near the knee.

Hip-related pain may be more likely when symptoms include:

• Pain with deep squatting or sitting in a low position
• Discomfort when turning, pivoting, or getting out of a car
• Limited internal rotation compared with the other hip
• Clicking, catching, locking, or a sensation of giving way
• Recurrent groin pain that returns after treatment for a presumed strain
• Pain that is reproduced more by hip flexion and rotation than by isolated muscle contraction

Femoroacetabular impingement, labral injury, cartilage irritation, and other hip conditions can produce overlapping symptoms. Imaging findings alone do not always explain pain, because some structural features may be present without symptoms. A clinician should interpret imaging alongside the history, physical examination, movement demands, and response to loading.

Deep groin pain does not automatically mean that an athlete has a labral injury or femoroacetabular impingement. It does mean that a hip-focused assessment may be appropriate when symptoms persist, recur, or include mechanical signs.

Other causes of inner-thigh and groin pain

The adductors and hip joint are important possibilities, but they are not the only ones. A broader evaluation may consider:

Hip flexor or iliopsoas-related pain

Pain from the hip flexors is often felt toward the front of the hip or upper thigh. It may increase with resisted hip flexion, running uphill, high-knee movements, or stretching the hip into extension.

Pubic-related pain

Irritation around the pubic symphysis may cause pain at the front of the pelvis or where the adductors attach. It can develop gradually and may coexist with adductor weakness or tenderness.

Athletic pubalgia or groin-related abdominal pain

Pain involving the lower abdominal wall or inguinal region may worsen with sprinting, cutting, coughing, or sneezing. This pattern deserves specific assessment rather than being treated as a routine muscle strain.

Bone stress injury

A stress injury involving the pelvis, pubic ramus, or femoral neck can sometimes be felt as groin or inner-thigh pain. Pain that worsens with weight-bearing, occurs at rest or at night, or follows a sharp increase in running volume should be evaluated promptly.

Referred pain

The lumbar spine, sacroiliac region, nerves, urinary system, reproductive system, or abdominal structures can sometimes refer symptoms toward the groin or inner thigh. Musculoskeletal treatment is not appropriate for every source of groin pain.

How can you compare a groin strain with a hip problem?

A few patterns may help guide the next step, but they cannot replace an examination.

Pattern	More consistent with adductor-related pain	More concerning for hip-related pain
Location	Localized inner thigh or adductor attachment	Deep groin or anterior hip
Onset	Often sudden during sprinting, kicking, or cutting	May be gradual, recurrent, or activity-dependent
Muscle testing	Pain with resisted adduction	Pain with hip flexion or rotation
Palpation	Focal tenderness along the adductors	Less tenderness in the muscle itself
Range of motion	Usually relatively preserved aside from painful stretching	Restricted or painful internal rotation and flexion
Mechanical symptoms	Usually absent	Clicking, catching, locking, or giving way may occur
Course	May improve with appropriately dosed rehabilitation	Persistent or recurrent symptoms may need further hip evaluation

These categories are not mutually exclusive. Athletes can have adductor-related pain and hip-related pain at the same time. In some cases, reduced hip motion or poor pelvic control may increase stress on the adductors during sport. In others, an adductor injury may alter movement and create symptoms elsewhere.

What should rehabilitation look like?

Rehabilitation should be based on the suspected tissue, symptom irritability, strength, range of motion, and activity goals. A general progression may include:

1. Reduce aggravating load: Temporarily modify sprinting, cutting, kicking, deep lunges, or other activities that consistently increase symptoms.
2. Restore comfortable movement: Maintain tolerable hip and pelvic motion without forcing painful stretching.
3. Introduce controlled activation: Isometric adduction or other low-load exercises may be appropriate when they can be performed without a significant symptom increase.
4. Build strength progressively: Add resistance, longer muscle lengths, single-leg work, and multiplanar exercises as tolerance improves.
5. Train movement quality: Address trunk, pelvis, hip, knee, and foot control during squatting, stepping, landing, and lateral movement.
6. Return to speed gradually: Progress from walking and easy jogging to acceleration, deceleration, cutting, and sport-specific drills.

Pain monitoring matters. Mild discomfort during an exercise may be acceptable for some rehabilitation programs, but sharp pain, worsening symptoms later in the day, or increased pain the following morning may indicate that the load or range was too demanding. Progress should be based on the response over the next 24 hours rather than on a predetermined timeline.

An athlete should not use the absence of pain during walking as the only return-to-sport test. Sprinting, cutting, kicking, and repeated changes of direction place substantially greater demands on the adductors and hip.

When should you seek prompt evaluation?

Arrange an evaluation soon if inner-thigh or groin pain includes:

• Inability to walk normally or bear weight
• A loud pop followed by major weakness or bruising
• Visible swelling, deformity, or a palpable defect
• Deep groin pain with locking, catching, or marked loss of hip motion
• Pain that persists or repeatedly returns despite activity modification
• Pain at rest or during the night
• Fever, chills, or feeling generally unwell
• Numbness, tingling, or progressive weakness
• Testicular, scrotal, abdominal, or inguinal symptoms
• A recent collision, fall, or other high-energy trauma

A suspected stress fracture, tendon avulsion, significant muscle tear, infection, or non-musculoskeletal condition requires a different medical pathway. Do not try to train through these warning signs.

Research, clinical experience, and practical interpretation

Research: Consensus guidance for athletes with groin pain recognizes several clinical categories, including adductor-related, hip-related, pubic-related, and inguinal-related pain. Examination findings such as adductor tenderness, pain with resisted adduction, hip range of motion, and mechanical symptoms can help organize the evaluation, but no single test is definitive.

Clinical experience: Athletes frequently describe a hip or groin problem as a “pull,” especially when symptoms first appear during a fast movement. The location of pain is useful, but the movement that reproduces it, the athlete’s strength, and the symptom pattern over time provide additional information.

Practical interpretation: If pain is localized to the adductors and steadily improves with progressive loading, a muscular rehabilitation plan may be appropriate. If pain is deep, recurrent, associated with mechanical symptoms, or accompanied by restricted hip rotation, a broader hip and pelvic assessment may be warranted.

At Dynamic Spine & Performance Center, evaluation may include movement assessment, strength testing, mobility testing, therapeutic exercise, and sport-specific planning. Depending on the findings, care may also incorporate chiropractic treatment, soft-tissue therapy, or ARPwave NeuroTherapy as part of an individualized plan. These services are not substitutes for imaging, orthopedic evaluation, or other medical care when those are indicated.

For related recovery information, read What Helps a Hamstring Strain Recover Safely? and Can Joint Instability Improve With Strength Training and Proprioception?.

If inner-thigh or groin pain is affecting your training, work, or daily movement, schedule an evaluation with Dynamic Spine & Performance Center so your next step can be based on your symptoms, examination findings, and activity goals.

Clinical disclaimer: This article is for educational purposes only and does not diagnose or treat an individual condition. Inner-thigh and groin pain can have multiple causes and may require in-person examination, imaging, referral, or medical treatment. Seek prompt care for severe pain, inability to bear weight, major weakness, deformity, fever, night pain, neurologic symptoms, or suspected fracture.

Sources

1. Weir A, et al. “Doha agreement meeting on terminology and definitions in groin pain in athletes.” British Journal of Sports Medicine. Read the consensus statement
2. Serner A, et al. “Diagnosis and rehabilitation of adductor-related groin pain in athletes.” Review the research
3. Schache AG, et al. “Understanding and managing groin pain in athletes.” Read the clinical review
4. StatPearls. “Adductor Strain.” National Library of Medicine. Review the clinical reference
5. JOSPT. Clinical information related to hip and groin pain assessment in athletes. View the journal resource
6. Aspetar. “Acute adductor injuries: Treatment protocol.” Review the rehabilitation protocol