RSM-DTM-009
Written by Hironori Ikeda, MSc Sports Medicine
RSM International Academy · Chiang Mai, Thailand
When the Hip Will Not Turn Outward, Are the Adductors the Right Target?
A knee that stays high in a cross-legged position or a hip that feels blocked during a squat can tempt the therapist to start with the inner thigh. Those positions combine several joint movements, so the visible restriction does not identify one tight muscle.
I compare external rotation with the pelvis stabilized, then connect the finding to the client's familiar symptom during a repeatable squat. Adductor loading and a supported FABER comparison help refine the question when appropriate.
This article explains how to distinguish a useful local muscle finding from a joint or pelvic contribution, choose contact around the medial thigh, and judge the result without forcing symmetry.
In This Article
- When the Hip Will Not Turn Outward, Are the Adductors the Right Target?
- In This Article
- 1. Hip External Rotation: Compare the Thigh with the Pelvis
- 2. Adductors: Test Their Function Before Calling Them Tight
- 3. FABER: Separate Combined Hip Position from a Tissue Diagnosis
- 4. Medial-Thigh Contact: Respect Sartorius and the Neurovascular Spaces
- 5. Re-Test the Squat Without Forcing a Structural Limit
- Related RSM Clinical Blogs
- Study Deep Tissue Massage at RSM
1. Hip External Rotation: Compare the Thigh with the Pelvis
External rotation turns the femur outward relative to the pelvis. In supported sitting with the hip and knee bent, the lower leg moves inward as the femur rotates externally. Keep the thigh supported and the pelvis steady; otherwise a pelvic turn can appear to add hip range. Record whether the endpoint is comfortable or reproduces the usual groin or buttock symptom.
I compare both rotation directions in the same hip-flexion position, then watch a shallow squat at the client's usual stance width and foot angle. Note the point during descent when discomfort starts, the pelvis turns or one foot changes position. The seated measurement and the squat answer related questions, but neither substitutes for the other.
A comfortable longstanding difference does not automatically need treatment. If a modest change in foot angle makes the squat easier, document the new setup as a separate comparison. That may help choose a tolerable stance; it is not evidence that an adductor was released or that the original external-rotation limitation has disappeared.
2. Adductors: Test Their Function Before Calling Them Tight
Adductor longus runs from the pubic region to the femoral linea aspera and draws the thigh toward the midline. When the thigh moves outward in abduction, the medial tissues lengthen; in FABER, abduction and flexion accompany external rotation. A medial-thigh stretch in that combined position therefore cannot isolate a rotational restriction or prove that the adductor is short.
Anatomy note: Adductor longus also participates in hip flexion: EMG research found preferential recruitment from an extended hip, showing why an adductor's role depends on the starting position.
I compare the familiar symptom with gentle resisted adduction in a supported position, then palpate the accessible adductor muscle with consent and appropriate draping. The Doha agreement combines adductor tenderness with recognizable pain on resisted adduction when classifying adductor-related groin pain in athletes. Pain somewhere else during the squeeze is a different finding.
If these local findings do not match the complaint, I do not choose an adductor treatment merely because external rotation is limited. If they do match, I still consider the onset, training load and hip-joint findings before selecting contact. A clinical pain category guides reasoning; it does not by itself distinguish muscle shortening, a tendon lesion or the most useful intervention.
3. FABER: Separate Combined Hip Position from a Tissue Diagnosis
FABER places the hip in flexion, abduction and external rotation, commonly with the ankle near the opposite knee. A trained examiner supports the leg and limits pelvic rolling while asking where the familiar symptom occurs. Do not force the knee toward the table. The knee's height reflects a combined position, not an isolated external-rotation angle.
Maslowski and colleagues found that FABER could contribute to evaluating intra-articular hip pain but was nonspecific. A painful response does not identify a labral lesion, a stiff capsule or an adductor problem. I compare it with the simpler rotation test and symptom history rather than naming the source from one manoeuvre.
Persistent groin pain, catching or locking, or a progressive loss of motion warrants further assessment. Significant trauma with inability to bear weight needs urgent evaluation. If lumbar movement changes a posterior symptom, or the sensation spreads with tingling or weakness, the assessment must broaden beyond the hip muscles. A positive FABER does not justify continuing to press a tender inner thigh.
4. Medial-Thigh Contact: Respect Sartorius and the Neurovascular Spaces
Sartorius crosses obliquely from the anterior superior iliac spine toward the medial knee; adductor longus lies more medially and forms a border of the femoral triangle. Farther down the thigh, the adductor canal carries the femoral vessels and saphenous nerve beneath its fascial roof, with sartorius superficial to it. A line of tenderness along this region is not automatically an adductor muscle target.
When the local muscular finding fits the symptom and screening is reassuring, support the hip in a comfortable degree of flexion and abduction and begin with broad, tolerable contact to the identified muscle belly. I orient the contact to the identified muscle belly before choosing a stroke along its fibres or a short transverse trial. Hip support remains unchanged while I compare those directions, so I can describe which input altered the familiar local response. I do not follow the femoral pulse or push blindly beneath sartorius to reach something deeper.
Stop contact that causes sharp, electric or spreading symptoms, and reassess new numbness or weakness. If the relevant finding is in an accessible gluteal layer instead, the assessment should lead the hand there; there is no need to treat every listed muscle. Recheck the same rotation after one brief intervention before adding either a movement cue or another target.
5. Re-Test the Squat Without Forcing a Structural Limit
Repeat the original squat with the same foot angle, stance width, depth, load and support. Compare familiar pain at the same stage of descent and note pelvic turning or a change in foot position. Repeat seated external rotation with the same hip-flexion angle if that measurement helped define the problem. Softer tissue under the hand is not a substitute for either comparison.
If the task is comfortable and useful range has improved, document the intervention and the immediate response without promising lasting correction. If the angle changes but the original squat does not, ask whether that extra range matters. If a movement cue was also added, record it separately so the change is not attributed entirely to massage.
A persistent limit can also involve bone geometry. Lerch and colleagues' CT-based study of selected symptomatic hips with increased femoral version illustrates this mechanical constraint; it does not let us diagnose version from bedside rotation. I do not try to overcome a repeated hard or painful stop with more pressure. Persistent functional loss prompts reassessment, while comfortable individual variation may need no correction.
Related RSM Clinical Blogs
Browse all Deep Tissue Massage clinical guides
▷ Limited Hip Internal Rotation: Muscle, Capsule or Pelvis? — Deep Tissue Massage · Compare internal rotation and why a restricted angle does not identify one tissue.
▷ Glute Tightness After Training: Hip Rotation & Single-Leg Control — Sports Massage · Connect gluteal symptoms after training with hip rotation and single-leg control.
▷ Hip & Buttock Stiffness: Gluteal Fascia & Hip Motion — Dynamic Myofascial Release · Explore how hip position changes the assessment of gluteal layers and tissue interfaces.
Study Deep Tissue Massage at RSM
The Deep Tissue Massage Course develops anatomical landmarking and layer-specific contact, including how to connect a medial-thigh or gluteal finding with a functional re-test.
The Trigger Point Therapy Course establishes the palpation foundation. Dynamic Myofascial Release adds the use of joint position and movement during tissue work; check its experience and foundational-training requirements when planning progression.
See the course schedule and contact RSM to select the appropriate sequence for your background.
About the Author
Hironori Ikeda, MSc Sports Medicine
Hironori leads RSM International Academy in Chiang Mai, Thailand. His teaching connects functional anatomy, clinical palpation and kinetic-chain assessment with practical massage decisions.
Read Hironori’s professional background and teaching approach