Standing Solues Achilles Stretch
What muscles does the standing soleus achilles stretch target?
This stretch allows you to control the intensity of the stretch by lowering your body height
How to perform stretch:
Have both feet pointing forward with one in front of the other as shown here
Lower your body height by bending your kneed
The stretch will be felt low down in the calf muscle towards the inside of the shin
Soleus is a major calf muscle that arises below the knee joint. Above it attaches to the tibia and fibula, at the backside of their upper ends and below it joins the Gastrocnemius muscle forming Achilles tendon, which then inserts into the heel bone (calcaneus). Soleus lies underneath the Gastrocnemius muscle and is responsible for downward flexion of the ankle.
Other muscles that assist in downward flexion of the ankle include Tibialis Posterior, Flexor Hallucis Longus and Flexor Digitorum Longus. Flexor Hallucis and Digitorum Longus have long tendons that pass under the sole of the foot and insert into the big and small toes respectively.
The tendon of Tibialis Posterior also passes deep to the sole of the foot providing stability to the longitudinal arch of the foot. All these muscles cause inversion (inward turning) of the foot.
Both Peroneus Longus and Brevis play an important role in supporting the ankle and foot in the standing posture. These muscles cause downward (plantar) flexion of the ankle, but contrary to the action of above-mentioned muscles, these cause eversion (outward turning) of the foot.
This exercise is very effective for relieving tightness in the calves or Achilles tendon especially after sports activities comprising of hopping, hurdling, jumping from heights, climbing uphill etc.
Also useful for the treatment of shin splints and are recommended after aerobics or step dance classes.
The ankle should bend to the maximum limit so that one feels pressure at the front of the ankle and tension in the calf.
The normal range of dorsiflexion (upward bending) of the ankle is approximately 20 degrees from the normal standing position. Further flexion is restricted by tension in the calf muscles.