Reverse Triangle Pose anatomy

Reverse Triangle Pose · Viparita Trikonasana · Tư thế tam giác đảo ngược

Reverse Triangle Pose mainly works quadriceps, deltoid (right), serratus anterior (right), trapezius (right); it stretches adductors, obliques (right), quadratus lumborum (right), latissimus dorsi (right); gluteus medius (right), tibialis anterior (right), fibularis group (left) stabilize.

Opening the 3D model…

Stand as for Triangle Pose: feet about a metre apart, right foot turned out 90°, left foot turned in slightly, both knees straight. Turn the right palm up, inhale and reach the right arm up and then back over the head; exhale and let the torso arch gently back and lean toward the left leg, the left hand sliding down the left thigh or shin without taking weight. The chest opens to the ceiling, the neck stays long, and the eyes follow the top hand if the neck is comfortable. Unlike Reverse Warrior, the front knee is straight and both thighs work to keep the legs straight and steady. The right side lengthens from the hip to the fingertips, both inner thighs stretch, and the chest and right shoulder open. If your knees tend to hyperextend, soften the front knee slightly; with low back pain lean more to the side than back.

Muscles in this pose

Working (contracting): Quadriceps, Deltoid (right), Serratus anterior (right), Trapezius (right)

Stretching: Adductors, Obliques (right), Quadratus lumborum (right), Latissimus dorsi (right), Pectoralis major (right), Rectus abdominis

Stabilizing: Gluteus medius (right), Tibialis anterior (right), Fibularis group (left), Transversus abdominis, Erector spinae

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

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)