Revolved Low Lunge anatomy

Revolved Low Lunge · Parivrtta Anjaneyasana · Tư thế trường tấn thấp vặn mình

Revolved Low Lunge mainly works quadriceps (right), external oblique (left), internal oblique (right), multifidus (left); it stretches gluteus maximus (right), tibialis anterior (left), external oblique (right), internal oblique (left); adductors (right), transversus abdominis, triceps brachii (left) stabilize.

3D anatomy model of Revolved Low Lunge: working muscles in red, stretching in blue, stabilizing in yellow

Opening the 3D model…

From Low Lunge (right foot forward, right knee over the ankle, left knee and top of the left foot on the floor), lean the torso forward and set the left hand on the floor inside the right foot, right under the left shoulder. Turn the chest to the right and reach the right arm straight up to the ceiling so the arms make one line; look to the side or up at the right hand; with neck pain, look down. The obliques work to turn the torso, the spine stays long from tailbone to crown, and the front-leg buttock stretches as that hip folds deeply. If the hand doesn't reach the floor comfortably, place it on a block; pad the back knee with a folded blanket.

Muscles in this pose

Working (contracting): Quadriceps (right), External oblique (left), Internal oblique (right), Multifidus (left), Erector spinae, Serratus anterior (left), Deltoid (right)

Stretching: Gluteus maximus (right), Tibialis anterior (left), External oblique (right), Internal oblique (left), Wrist flexors (left), Pectoralis major (right)

Stabilizing: Adductors (right), Transversus abdominis, Triceps brachii (left)

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 18/10/2026

How to practice this pose (YogaWay, in Vietnamese)

Related poses

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)