STARTING POSITION

Stand tall with legs parallel; maintain a neutral pelvis, ribs softly connected, shoulders in neutral alignment, and head in line with the spine. Bend both arms, with hands together touching the breastbone.

Inhale to prepare — Focus on axial elongation, feeling the spine lengthen from the tailbone to the crown of the head.

MOVEMENT

Exhale — Brace the core and step forward with one foot, bending both legs into a 90°–90° stance position, where the back knee is aligned with the hip and positioned one palm’s distance from the floor. The front knee is aligned directly above the ankle. Extend both arms backward as you brush them down, activating the back muscles and encouraging scapular retraction. 

Maintain an upright spine with the pelvis square and in a neutral position. Ensure the shoulders are aligned over the hips and the body’s weight is evenly distributed between both legs. Hold the stance for 4 counts. Check that knee alignment is maintained and that both feet are grounded and stable, avoiding compensations.

Inhale — Push through the front foot to return to the starting position over 4 counts, keeping the core engaged to stabilize the spine. Maintain the alignment of shoulders and hips, ensuring they remain square and aligned vertically over each other. Focus on moving the body as one integrated unit to optimize stability and coordination.

Repeat the stance on the opposite leg, emphasizing efficient activation and sequencing of the leg muscles to promote symmetrical strength and control. Maintain the same alignment principles and movement quality on both sides. 

Look for symmetry or difference between one side stance and the other.

Complete 6 to 10 repetitions of the alternate stance, focusing on precision, postural integrity, and fluid transitions to build lower-body stability, neuromuscular coordination, and dynamic balance.

• Core stabilizers, such as the transversus abdominis, rectus abdominis, internal and external obliques, multifidus, and pelvic floor muscles, are continuously engaged to stabilize the trunk and maintain a neutral spine.
• Spinal extensors, especially the erector spinae along the thoracic and lumbar spine, assist in maintaining an upright posture during the stance.
• Hip extensors, including the gluteus maximus and the hamstring group are strongly activated during the push-off phase to return to standing. 
• Hip flexors, primarily the iliopsoas and rectus femoris, are engaged to control the stepping phase and maintain proper hip alignment. 
• Hip stabilizers and abductors, such as the gluteus medius, gluteus minimus, and tensor fasciae latae, play a crucial role in maintaining pelvic stability and controlling possible lateral movement. 
• Knee extensors, primarily the quadriceps group, are responsible for controlling knee flexion during the descent and generating force during the return to standing. 
• Knee stabilizers and flexors, particularly the hamstrings, assist in controlling the movement of the rear leg and provide posterior support to the knee joint during the stance. They also contribute to hip extension and knee stability during both the descent and ascent phases.
• Ankle stabilizers and plantar flexors, including the gastrocnemius, soleus, and tibialis posterior, support ankle alignment and help maintain balance. These muscles are especially active in managing weight distribution between the front and rear foot and contribute to controlled transitions between phases.
• Scapular stabilizers, including the rhomboids, middle and lower trapezius, and serratus anterior, are engaged during the backward movement of the arms. 

• Promote lower-body strength and control, particularly in the quadriceps, hamstrings, glutes, and hip stabilizers.
• Improve core engagement to support spinal alignment and trunk stability.
• Enhance neuromuscular and postural coordination by integrating upper and lower body movement patterns.
• Train unilateral control, enhancing single leg stability and balance, challenging proprioception and joint control in a functional stance.
• Encourage symmetrical movement patterns to correct imbalances between the left and right sides of the body.
• Reinforce proper joint alignment, especially in the knees and ankles, to prevent compensations and support efficient load transfer.
• Support efficient movement mechanics through controlled stepping, precise foot placement, and active engagement of the posterior chain.
• Improve neuromuscular sequencing of the legs, promoting smooth transitions and effective recruitment during the initiation and return phases.
• Coordinate breath with movement to enhance mindset, rhythm, and control.

• Focus on postural alignment and. neuromuscular control
• Emphasize lower-limb coordination and neuromuscular efficiency to maintain a stable and efficient stance position.
• Observe that the spine remains upright and neutral throughout the movement. Cue axial elongation by encouraging length through the crown of the head.
• Avoid leaning the trunk forward or arching the lower back (hyperextension). Promote instead a sense of vertical lift through the axial skeleton.
• Maintain a stable base of support by distributing weight evenly between the front and back legs. The front heel and back toes should maintain consistent ground contact, providing stability without overloading the joints.
• Cue to square the hips to the front and maintain a neutral pelvic position (avoiding anterior or posterior tilt).
• The front knee should track in line with the first and second toes, avoiding medial collapse (valgus).
• The back knee should form a 90°, positioned approximately one palm height above the floor. Maintain hip extension without pelvic drop or compensatory arching.
• Engage your core to stabilize the torso—“think of pulling your belly gently in toward your spine”.
• Move the trunk as one unit focusing on stability and balance. Cue the performer to brace the core and to maintain full-body integration, especially during transitions.
• Cue for scapular retraction and soft elbow extension as the arms reach backward: – “Keep the shoulders down and away from the ears.”
• Reinforce full-body integration, maintaining alignment from head to toe and avoiding disassociation between upper and lower body segments.
• Prioritize precision, control, and alignment over depth or speed. – “Quality over quantity.”
• Cue synchronized breath patterns to support rhythm, stability, and neuromuscular focus.