RSM-DTM-004
Written by Hironori Ikeda, MSc Sports Medicine
RSM International Academy · Chiang Mai, Thailand
What Should You Assess Before Treating a Squat Shift?
A client shifts to one side near the bottom of a squat. Should you work on the calf, the inner thigh or the hip? The visible shift is a starting observation; it does not identify the tissue that needs treatment.
At RSM International Academy, we connect the difficult phase with ankle dorsiflexion, hip rotation and trunk position. A change in heel support or stance helps us decide where a closer examination is useful before choosing deep tissue contact.
This article explains how to compare those findings, distinguish superficial and deeper muscle layers, and judge whether treatment changes the original squat. The aim is a clearer treatment decision that supports comfortable movement and appropriate loading.
In This Article
- What Should You Assess Before Treating a Squat Shift?
- In This Article
- 1. Squat Shift to One Side: Identify When the Pelvis Moves
- 2. Squat Hip Shift Anatomy: How the Calf, Hip and Trunk Share the Load
- 3. Ankle Dorsiflexion or Hip Rotation: What Changes the Squat Shift?
- 4. Deep Tissue Massage for Squat Shift: Choose the Muscle Layer and Position
- 5. Re-test the Squat After Massage: Check Depth, Pain and Side Shift
- Related RSM Clinical Blogs
- Supporting Clinical Notes
- Palpation, Contact and Re-Assessment
- Study Deep Tissue Massage at RSM
1. Squat Shift to One Side: Identify When the Pelvis Moves
I first mark both feet and identify when the pelvis moves sideways: during descent, near the bottom, or as the client stands up. I also watch whether a heel lifts, a knee changes direction, or the trunk leans. A shift appearing only as depth increases deserves a different comparison from one appearing only under heavier load.
Ask where the client feels pain or pressure at that moment. A previous knee injury, restricted ankle movement or discomfort in deep hip flexion can all change how someone distributes effort. The direction of the shift alone cannot tell you which muscle needs treatment.
Research in athletes after anterior cruciate ligament reconstruction linked sideways hip position with unequal loading between the legs. That makes the pelvis useful to observe, but a camera does not measure each leg’s force or diagnose the cause. At RSM, I use the observed phase to select the next comparison, rather than treating every visible asymmetry.
2. Squat Hip Shift Anatomy: How the Calf, Hip and Trunk Share the Load
The calf contributes to control of the tibia as the ankle dorsiflexes. Gastrocnemius crosses the knee and ankle, whereas soleus lies beneath it and does not cross the knee. This is why knee position matters when comparing calf tension: a finding with the knee straight does not explain a squat performed with the knee bent.
At the hip, gluteus maximus and the hip extensor portion of adductor magnus contribute to extension; the quadriceps extend the knee. These muscles help control lowering and produce the return to standing. Changing foot rotation or stance width also changes the position and demands of the hip adductors.
Trunk inclination changes how effort is shared between the hip and knee extensors. I therefore compare the pelvis, rib cage and forward travel of the tibia together. A tense gluteal or adductor region becomes a possible treatment target when its movement findings agree with the client’s difficult squat phase.
3. Ankle Dorsiflexion or Hip Rotation: What Changes the Squat Shift?
Compare ankle dorsiflexion on each side with the knee moving towards a wall and the heel down. Note restricted travel, calf tension and any familiar ankle pain. Then try the squat with a small, stable support beneath both heels. Does the original shift start later, become smaller or remain unchanged at a comparable depth?
If heel support makes little difference, compare hip rotation with the pelvis supported, then trial a modest change in squat stance width or foot angle. Change one condition at a time. Ask whether the same hip or groin discomfort changes, rather than counting an easier-looking squat as proof of improved tissue mobility.
An experiment restricting one ankle’s dorsiflexion increased loading asymmetry during squatting. It supports examining the ankle, but does not validate a heel lift as a diagnostic test. At RSM, these comparisons help me decide whether to examine the calf or hip tissues more closely, or first adjust the movement.
4. Deep Tissue Massage for Squat Shift: Choose the Muscle Layer and Position
I select one region when the squat comparison and local examination point in the same direction. With restricted bent-knee ankle movement and familiar calf tension, I compare the superficial gastrocnemius with the deeper soleus region. Supporting the knee and ankle lets me vary muscle length while assessing the contact, rather than forcing the foot into a stretch.
For medial-thigh findings, support the hip in comfortable abduction and identify adductor longus before considering deeper contact. Sartorius and the underlying adductor canal region help explain why the inner thigh cannot receive one uniform stroke. Femoral vessels lie among these muscle layers; a position inferred from the midpoint of the thigh is unreliable.
RSM practical training connects those landmarks with broad initial contact, fibre direction and gradual depth adjustment. Stop the provoking contact and reassess if it produces new sharp pain, electric or spreading symptoms, tingling or numbness. A locked or rapidly swollen knee, severe groin pain, or progressive weakness changes the priority to medical assessment. Deeper pressure is not the next step when the original finding remains unexplained.
5. Re-test the Squat After Massage: Check Depth, Pain and Side Shift
After a short, targeted intervention, remove the temporary heel support and return the client to the original foot marks. Keep the depth, footwear, load and speed comparable. Look again at the phase where the pelvis first shifted, and ask about the same pain or pressure. A shallower squat cannot demonstrate improvement at the original difficult depth.
A more centred squat is not automatically better if it becomes painful or forced. I look for a useful change: less familiar pain at the same depth, more comfortable loading, or a later onset of the troublesome shift. A comfortable, repeatable asymmetry may not require further massage.
Stance width and body proportions influence the ankle and hip movement needed for squatting. If a stance adjustment helps but tissue treatment adds nothing, I stop adding pressure and reconsider the plan. RSM students learn to distinguish an immediate response from lasting progress, then decide whether the next session should emphasise mobility, loading practice or further assessment.
Related RSM Clinical Blogs
Browse all Deep Tissue Massage clinical guides
▷ Lunge With Pelvic or Knee Shift: Hip, Ankle & Control — Deep Tissue Massage · Compare the squat findings with a lunge, where front-ankle movement and rear-hip extension change the treatment question.
▷ Squat Shifts to One Side: Foot Pressure, Hip & Trunk — Dynamic Posture Assessment · Examine foot pressure, hip movement and trunk position when you need a fuller assessment of the same sideways shift.
▷ Overhead Squat: What Does It Actually Tell You? — Dynamic Posture Assessment · Understand how raising the arms adds shoulder and thoracic demands, and why an overhead squat cannot diagnose one restricted tissue.
Supporting Clinical Notes
Palpation, Contact and Re-Assessment
▷ Does Changing the Ankle Condition Change a Squat Shift?
Study Deep Tissue Massage at RSM
In RSM’s Deep Tissue Massage course in Chiang Mai, you practise connecting movement findings with clinical palpation, muscle layers and supported treatment positions. You learn how anatomy changes the direction and depth of your contact, and how the original movement helps you decide whether to continue, change approach or recommend further assessment.
Trigger Point Therapy develops the clinical palpation foundation for this work. After that foundation, Dynamic Posture Assessment and Kinetic Chain Training extends the comparison of foot support, hip movement and trunk control. These skills help you build a more precise sports medicine manual therapy programme around each client’s needs.
View the annual course schedule or ask RSM about course entry and applications.
About the Author
Hironori Ikeda, MSc Sports Medicine is the founder and lead instructor of RSM International Academy in Chiang Mai, Thailand. His teaching connects functional anatomy and clinical palpation with specific movement comparisons, treatment selection and re-testing.