Arches (Pes Cavus): Causes, Symptoms, Treatment & How Custom Orthotics Can Help

Experiencing foot pain, ankle instability, or discomfort after standing or walking for long periods? You may have high arches. Learn what causes high arches, the symptoms to watch for, and how custom orthotic insoles may help improve comfort, support, and overall foot function.

What Are High Arches?

High arches, medically known as pes cavus, occur when the arch of the foot is raised higher than normal. Unlike flat feet, high-arched feet place significantly more weight on the heel and ball of the foot during standing, walking, and running.

Because less of the foot makes contact with the ground, individuals with high arches experience reduced shock absorption and increased pressure points concentrated on:

The Heel Base
The Ball of the Foot
Ankle Complex Stability
The Foot Arch Tissue

Over time, this lack of natural flexibility and uneven weight distribution can contribute to persistent regional pain, structural instability, and an increased vulnerability to repetitive stress injuries.

  • Focal Heel Pain

    Localized aching or sharp discomfort underneath the calcaneus bone from intense impact landing fields.

  • Forefoot Discomfort

    Deep bruising or metatarsalgia aching centered directly across the sensitive ball of the foot.

  • Pronounced Arch Profile

    A highly visible, steeply curved midfoot contour that remains clear even while standing completely flat.

  • Muscular Foot Fatigue

    Generalized, burning muscular fatigue tracking through the foot sole after long standing periods.

  • Frequent Ankle Sprains

    Recurrent outward ankle rolling injuries caused by an unyielding and less stable foot base.

  • High-Pressure Calluses

    Tough skin patches forming directly under the heel pad or the forefoot due to localized pressure points.

  • Footwear Restrictions

    Difficulty finding shoes that comfortably accommodate the higher instep height without constriction.

  • Toe Structural Deformities

    Development of rigid hammertoes or claw toes as the small digits pull backward to compensate.

  • Plantar Arch Tension

    Sharp or tight aching directly inside the plantar fascia tissue band from excessive stretching.

  • Reduced Equilibrium

    Noticeably compromised overall balance and ground stability during sudden multi-axis motions.

  • Kinetic Chain Discomfort

    Postural aches radiating into weight-bearing knee, hip, or lower back complexes due to low shock dissipation.

  • Activity Fluctuations

    Symptoms escalating in severity depending on structural arch height and daily physical workload volumes.

What Causes High Arches?

Several factors may contribute to high arches, including:

Genetics

Many people inherit their foot structure from family members, making high arches a naturally occurring foot type.

Neurological Conditions

In some cases, high arches may be associated with neurological conditions that affect muscle balance and foot mechanics.

Muscle Imbalances

Weakness or tightness in the muscles of the feet and lower legs can influence foot posture and arch height.

Previous Injuries

Trauma affecting the foot or lower limb may alter biomechanics and contribute to the development of a higher arch.

Factors and physiological causes contributing to high arches

Why Do High Arches Become Painful?

A high-arched foot is often less effective at absorbing shock compared to a neutral foot posture. As a result, more pressure is concentrated on the heel and forefoot during movement.

Over time, this increased pressure may lead to:

  • Foot pain and fatigue
  • Increased stress on the plantar fascia
  • Greater strain on the ankles
  • Reduced stability during walking and running
  • Increased risk of overuse injuries
  • Difficulty distributing body weight evenly
Pressure points and impact dynamics causing pain in high-arched feet
FOOTLAB - High Arches Support
How Can FOOTLAB Help?

Can Custom Orthotic Insoles Help High Arches?

Custom orthotic insoles are often recommended to help manage the symptoms associated with high arches. Unlike generic insoles, custom orthotics are designed specifically for your foot structure, biomechanics, and lifestyle needs.

At FOOTLAB, we take a science-based approach to understanding how your feet move and function. Through a comprehensive biomechanical assessment, our team can identify whether high arches are contributing to pain, instability, or reduced performance.

Your assessment may include:

Foot posture evaluation, gait analysis, pressure mapping assessment, functional movement screening, and personalized treatment recommendations.

Improved pressure distribution
Enhanced shock absorption
Increased arch support
Better foot stability
Reduced strain on the heel and forefoot
Greater comfort during daily activities and sports

Based on the results, our orthotists may recommend custom orthotic insoles designed to support your unique foot structure and movement needs.

Quality of Movement: By helping the foot function more efficiently, custom orthotics may reduce discomfort and improve overall movement quality.

Frequently Asked Questions About High Arches

What are high arches?
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High arches, or pes cavus, occur when the arch of the foot is higher than normal, causing increased pressure on the heel and ball of the foot.
What are the common symptoms of high arches?
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Common symptoms include foot pain, heel pain, forefoot pain, ankle instability, frequent ankle sprains, calluses, and foot fatigue.
Can high arches cause foot pain?
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Yes. High arches can reduce shock absorption and increase pressure on specific areas of the foot, potentially leading to pain and discomfort.
Can custom orthotic insoles help with high arches?
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Custom orthotics may help improve pressure distribution, provide support, and reduce strain on the foot, making daily activities more comfortable.
How does FOOTLAB assess and treat high arches?
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FOOTLAB uses gait analysis, pressure mapping, and biomechanical assessments to evaluate foot function. Based on the findings, personalized recommendations, including custom orthotic insoles, may be provided.