Revolved Thunderbolt Pose anatomy

Revolved Thunderbolt Pose · Parivrtta Vajrasana · Tư thế kim cương vặn mình

Revolved Thunderbolt Pose mainly works external oblique (left), internal oblique (right), multifidus (left), erector spinae; it stretches quadriceps, tibialis anterior, external oblique (right), internal oblique (left); transversus abdominis, triceps brachii (right) stabilize.

Opening the 3D model…

Kneel and sit back on both heels as in Thunderbolt Pose, knees together, tops of the feet on the floor. Inhale to lengthen the spine, the crown reaching up. Exhale and turn the torso to the right: the left hand rests on the outside of the right knee and the right hand on the floor behind you, beside the right foot. Turn from the belly up to the chest, the left shoulder moving forward and the right shoulder opening back, and finally turn the head to look over the right shoulder. The buttocks stay evenly on both heels and the knees don't slide out of line. The obliques and deep back muscles turn the spine, the back muscles hold the torso upright and the right chest opens; the front of the thighs and ankles stretch gently, as in the plain kneeling seat. With the pelvis held steady by the heels, it is a gentle, easily controlled twist. With knee or ankle pain, put a block between the buttocks and heels, or a blanket under the tops of the feet.

Muscles in this pose

Working (contracting): External oblique (left), Internal oblique (right), Multifidus (left), Erector spinae, Rhomboid major (right), Sternocleidomastoid (left)

Stretching: Quadriceps, Tibialis anterior, External oblique (right), Internal oblique (left), Pectoralis major (right)

Stabilizing: Transversus abdominis, Triceps brachii (right)

Why these muscles work or stretch

Practice cues

Benefits

Cautions / contraindications

Easier variations

General information, not a substitute for advice from a doctor or teacher.

Written and reviewed by Yoga An Viên center · Updated 24/10/2026

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A free community project by Yoga An Viên center · Model: Z-Anatomy (CC BY-SA 4.0), based on BodyParts3D © DBCLS (CC BY-SA 2.1 JP)