Anterior lower-leg muscles

Tibialis anterior

Musculus tibialis anterior

Your front shin muscle lifts the forefoot and controls how it lowers — helping your foot clear the ground and land smoothly as you walk.

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Front view of the human muscular system with the tibialis anterior highlighted
Front view · front of the lower legs

At a glance

Region
Front lower leg
Movement pattern
Forefoot lifting and controlled lowering
Joint
Ankle and foot joints

Exercises

Exercises for the tibialis anterior

Seated dorsiflexion machine with supported heels, a pad over the forefeet and toes lifted toward the shins.

Dorsiflexion machine · Upper-foot pad

Tibialis raise machine

Raise the forefeet toward the shins against a padded lever while the heels remain supported.

View technique
Seated person with knees bent, both heels on the floor and the forefeet lifted toward the shins.

No equipment · Chair or bench

Seated toe raise

Lift the forefeet while seated, keeping both heels on the floor. A simple way to practise ankle dorsiflexion.

View technique
Person leaning back against a wall with nearly straight legs, both heels planted and forefeet raised.

No equipment · Wall

Wall tibialis raise

Support your back against a wall and lift the forefeet. Your heels remain the contact point with the floor.

View technique
Seated person with straight legs and supported heels, a forefoot band secured to a fixed wall anchor.

Resistance band · Secure anchor

Banded ankle dorsiflexion

Pull the forefoot toward you against a band anchored in front. Train one side at a time.

View technique

Understand the muscle

From the shin to the inner foot

One muscle belly continues into a long tendon across the front of the ankle. Its attachment on the inner foot allows it to lift the forefoot and help turn the sole inward.

Across the front of the ankle

Long tendon

Tendo musculi tibialis anterioris

Continues from the lower part of the muscle and passes beneath retaining bands at the ankle, transmitting force to the foot.

This is an attachment or connective-tissue structure, not a separate contractile muscle region. The exercises for the whole muscle train the associated movement.

Medial midfoot

Inner foot attachment

Os cuneiforme mediale et os metatarsale primum

Attaches to the medial cuneiform and the base of the first metatarsal. It acts on the foot rather than attaching to the toes.

This is an attachment or connective-tissue structure, not a separate contractile muscle region. The exercises for the whole muscle train the associated movement.

The listed exercises involve this region alongside other parts of the muscle. A muscle head or deep portion is not necessarily trained in isolation.

Simply explained

What does the muscle do?

The tibialis anterior moves the foot at the ankle. It lifts the forefoot, helps turn the sole inward and slows the foot's descent after the heel touches down.

Side view of a lower leg with the forefoot moving from a lowered position (1, dashed) to a raised position (2, teal).
Side view · movement at the ankle

Lift the forefoot

Ankle dorsiflexion

The foot moves toward the shin at the ankle. During the swing phase of a step, this helps the forefoot clear the floor.

Front view of a right foot turning from a neutral position (1, dashed) to an inward-tilted position (2, teal), with its inner edge raised.
Front view · right foot

Turn the sole inward

Foot inversion

The tibialis anterior helps lift the inner edge of the foot and turn the sole inward. It shares this action with the tibialis posterior.

Side view with the heel on the ground as the forefoot lowers from a raised position (1, dashed) to floor contact (2, teal).
Side view · after heel contact

Lower the foot gently

Eccentric control

After the heel touches down during walking, the muscle produces force as it lengthens. This slows the forefoot's descent to the ground.

Often works with
Sources & illustrations

Anatomy and technique: the references below. Region boundaries and movement diagrams are schematic. Exercise images are AI-generated illustrations.