What Muscles Do Tibialis Raises Work?

Tibialis raises—lifting your toes toward your shins against resistance—work your tibialis anterior, the muscle on the front of your lower leg. This often-neglected exercise builds the strength and resilience needed to prevent shin splints, improve ankle stability, and bulletproof your lower legs for running and jumping.

Quick Answer

Primary muscles: Tibialis anterior (maximum)

Secondary muscles: Extensor digitorum longus, extensor hallucis longus

What makes it unique: Directly targets dorsiflexion strength—the opposite of calf raises—addressing a muscle that's undertrained in almost everyone.

Complete Muscle Breakdown

Tibialis Anterior (Maximum Activation)

The tibialis anterior is the primary target:

Location: Front of the shin
Function: Dorsiflexion (pulling toes toward shin)
In tibialis raises: Does 100% of the work
Often neglected: Most training emphasizes calves, not tibialis

Why Tibialis Anterior Matters

This muscle is essential for:

Toe clearance during walking/running: Prevents tripping
Eccentric control during gait: Lowers foot after heel strike
Shin splint prevention: Weak tibialis = shin pain
Ankle stability: Works with calves for balanced lower leg

Extensor Digitorum Longus (Moderate)

The toe extensors assist:

Location: Lateral front of shin
Function: Extends toes 2-5 and assists dorsiflexion
In tibialis raises: Contributes to movement
Secondary role: Not the primary target

Extensor Hallucis Longus (Moderate)

The big toe extensor also helps:

Location: Deep in anterior leg
Function: Extends big toe and assists dorsiflexion
In tibialis raises: Works alongside tibialis anterior
Secondary role: Assists the movement

Why Train the Tibialis Anterior?

The Muscle Balance Problem

Most people have:

Strong calves (from walking, running, calf raises)
Weak tibialis anterior (rarely trained directly)
Significant imbalance between front and back of lower leg

This imbalance leads to:

Shin splints (medial tibial stress syndrome)
Ankle instability
Poor force absorption during running
Increased injury risk

Shin Splint Prevention

Shin splints are often caused by:

Weak tibialis anterior unable to handle eccentric demands
Overuse without adequate strength
Muscle fatigue during repetitive activity

Tibialis raises directly address this by:

Strengthening the muscle concentrically
Building eccentric capacity
Creating resilience to repetitive stress

The ATG (Athletic Truth Group) Connection

Ben Patrick ("Kneesovertoesguy") popularized tibialis training:

Emphasized the muscle for bulletproof lower legs
Created the "tib bar" equipment
Demonstrated athletic benefits
Brought attention to this neglected muscle

Ankle Stability

Strong tibialis anterior provides:

Better dorsiflexion range
More stable ankle joint
Improved force transmission
Reduced sprain risk

Proper Tibialis Raise Technique

Equipment Options

Option 1: Tib Bar (Purpose-Built)

Foot strap attached to weight
Purpose-built for this exercise
Most effective option
Investment required

Option 2: Seated Position Against Wall

Sit with back against wall
Heels on ground
Raise toes toward shins
Bodyweight only

Option 3: Cable Machine

Strap around foot, low pulley
Seated position
Adjustable resistance
Gym option

Option 4: Resistance Band

Band around foot, anchored
Seated position
Variable resistance
Accessible option

Basic Technique (Seated Position)

Sit on edge of bench or chair
Feet flat on floor (or heels on floor, toes hanging)
Keeping heels down, raise toes toward shins
Flex hard at the top
Hold briefly (1-2 seconds)
Lower with control back to start
Repeat for prescribed reps

With Tib Bar

Strap foot into tib bar
Stand or sit on elevated surface
Lower toes toward floor (eccentric)
Raise toes toward shin (concentric)
Full range in both directions
Control throughout

Key Cues

"Pull your toes toward your shin"
"Keep your heel planted"
"Squeeze the muscle at the top"
"Control the lowering phase"
"Feel the front of your shin working"

Common Mistakes

Using Momentum

Control the movement:

No bouncing or swinging
Slow, deliberate movement
2 seconds up, 2 seconds down
Feel each rep

Insufficient Range of Motion

Use full range:

Full dorsiflexion (toes toward shin)
Full plantarflexion (toes pointed away)
Complete range builds complete strength
Don't cut reps short

Going Too Heavy Too Fast

Build up gradually:

Tibialis anterior is often very weak initially
Start light, progress slowly
High reps first, then add load
Patience prevents injury

Not Training Both Concentrically and Eccentrically

Both phases matter:

Concentric: Raising toes
Eccentric: Lowering toes with control
Eccentric is particularly important for shin splint prevention
Control both directions

Programming Tibialis Raises

For Shin Splint Prevention

Sets/reps: 3 sets of 15-25 reps
Frequency: 3-5x per week
Load: Light to moderate
Progression: Build volume before adding weight

For Athletic Performance

Sets/reps: 3-4 sets of 10-20 reps
Frequency: 2-3x per week
Load: Progressive (tib bar or cable)
Purpose: Build strength for running/jumping

For Rehabilitation

Sets/reps: 3 sets of 15-20 reps
Frequency: Daily
Load: Very light initially
Focus: Gradually rebuild strength

For General Lower Leg Health

Sets/reps: 2-3 sets of 15-20 reps
Frequency: 2-3x per week
Load: Bodyweight to light
Purpose: Maintenance and balance

Sample Lower Leg Routine

Bulletproof Lower Legs:

Tibialis raises: 3x20
Calf raises (straight leg): 3x15
Calf raises (bent leg): 3x15
Ankle circles: 2x10 each direction

Tibialis Raise Progressions

Level 1: Bodyweight Seated Tibialis Raise

Seated, heels on floor
Raise toes toward shins
No added resistance
Build to 25+ reps

Level 2: Banded Tibialis Raise

Resistance band around foot
Seated position
Adjustable resistance
Progressive overload

Level 3: Tib Bar Tibialis Raise

Purpose-built equipment
Standing or seated
Weight loaded
Most effective for loading

Level 4: Heavy Tib Bar Work

Significant load
Lower rep ranges (8-15)
Building max strength
Advanced progression

Level 5: Single-Leg Tibialis Raise

One leg at a time
Addresses imbalances
Higher difficulty
For those who've built base strength

Tibialis Raise Variations

Seated Tibialis Raise

Basic version
Most accessible
Stable position
Good for learning

Standing Tibialis Raise

More balance challenge
Against wall or free-standing
Different stimulus
Functional variation

Eccentric Focus Tibialis Raise

Slow lowering (4-5 seconds)
Fast raise
Emphasizes eccentric strength
Great for shin splint rehab

ISO Hold Tibialis Raise

Hold at top for time
30-60 second holds
Isometric strength
Very challenging

Walking Tibialis Raise

Walk on heels only
Toes pointed up
Functional variation
Good for warm-up

Who Should Do Tibialis Raises?

Essential For

Runners (shin splint prevention)
Jumpers (force absorption)
Anyone with shin splint history
Athletes (lower leg bulletproofing)

Great For

Everyone (generally undertrained muscle)
Those with ankle instability
People returning to activity after time off
Walkers and hikers

Start Slowly If

You've never trained this muscle
You have current shin splints (may need to rest first)
You have significant lower leg weakness

Use Caution If

You have acute anterior compartment issues
Movement causes pain
You have nerve issues in the lower leg

Tibialis Anterior vs. Calf Balance

The Ideal Ratio

While no perfect ratio exists:

Tibialis should be proportionally strong to calves
Most people have severe imbalance (calves >> tibialis)
Training tibialis addresses this
Balance reduces injury risk

Training Both

For complete lower leg development:

Tibialis raises: 2-3x per week
Calf raises: 2-3x per week
Don't neglect either
Balance is key

The Bottom Line

Tibialis raises work your tibialis anterior—the chronically undertrained muscle on the front of your shin—through dorsiflexion. This simple exercise prevents shin splints, improves ankle stability, and builds the lower leg resilience needed for running, jumping, and daily activities.

If you've ever had shin splints or want to prevent them, tibialis raises should be in your program. Start light, build gradually, and train consistently. The few minutes per week investment pays dividends in injury prevention and athletic performance.

Build bulletproof lower legs with targeted programs at FoundationalRehab.