Corrected Standing Posture & Balance Progression (SMT Static Phase)

activatecore

A video demonstration is coming soon. Follow the step-by-step instructions below.

How to do it

  1. Correct alignment from the ground up: feet parallel ~shoulder-width with active short foot, COG slightly forward toward the metatarsals.
  2. Knees slightly bent (no more than ~20 deg) and aligned over the 1st-2nd metatarsals to co-contract leg stabilizers.
  3. Rotate hips externally using the hip external rotators (not by supinating the foot); activate the abdominal wall to set a neutral pelvis.
  4. Broaden the shoulders with the scapular fixators and externally rotate the arms; centre the head over the cervical column (correct anterior head carriage).
  5. Hold this corrected posture, then add graded challenges: weight shifts, light perturbations (anterior, lateral, posterior), and progress base of support from two-leg firm -> one-leg firm -> foam -> rocker -> wobble, first eyes open then eyes closed.

Form cues

  • Feel spinal elongation - 'grow' cranially away from the foot arches.
  • Watch for faults: toe clawing, knee varus/valgus, oblique pelvis, lumbar hyperlordosis, thoracic hyperkyphosis, poor scapular fixation, anterior head carriage.
  • Stop a challenge the moment movement quality deteriorates; quality over fatigue.

Dosage

Progress BOS firm->labile, eyes open then closed; train to quality, not fatigue.

Muscles worked

scapular fixators β€” anatomical illustration
scapular fixatorsAnatomical illustration derived from BodyParts3D, Β© The Database Center for Life Science, licensed under CC BY-SA.
abdominal wall β€” anatomical illustration
abdominal wallAnatomical illustration from Z-Anatomy (derived from BodyParts3D), licensed under CC BY-SA 4.0.
hip external rotators β€” anatomical illustration
hip external rotatorsAnatomical illustration derived from BodyParts3D, Β© The Database Center for Life Science, licensed under CC BY-SA.

Strengthens: deep spinal stabilizers, scapular fixators, abdominal wall, hip external rotators

Target muscles

Helps with

Reference: Muscle Imbalance (Janda) p.164-166, Fig 11.7-11.9