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A mother recently brought her young son to Dubai Podiatry Centre because the family had noticed something unusual about the way he was walking.

His mother had noticed that he frequently walked with his feet pointing outwards, while his grandfather had spotted something different: the child’s fourth and fifth toes appeared to be curling and gripping.

When we watched him walking in the clinic, we could see why.

The child alternated between two very distinctive walking patterns. At times he walked with his feet turned considerably outwards. At other times, he went up onto his tiptoes and toe walked.

When he tried to put his whole foot onto the ground and walk in a conventional heel-to-toe pattern, it was surprisingly difficult for him.

The “Slapping” Sound When He Walked

When the child attempted to walk with his feet facing forwards, his feet tended to come down quite flat onto the floor, producing a noticeable slapping sound.

Instead of smoothly contacting the ground with the heel and progressing through the foot towards the toes, he lifted his knees higher and almost marched.

His mother encouraged him to try walking normally from heel to toe, but he found this difficult.

Interestingly, his walking became much easier when he either:

  • turned his feet outwards, or
  • lifted his heels and walked on his toes.

These were not simply habits. His body was finding alternative ways to move around a mechanical difficulty at his feet and ankles.

 

 

Why Were His Little Toes Curling?

His grandfather had been particularly concerned about the fourth and fifth toes curling.

This provided us with another clue.

When the child stood, his ankles and subtalar joints rolled significantly inwards. As this happened, the outside of the foot became less stable against the ground.

The smaller toes then tried to compensate by curling and gripping.

What the family could see at the toes was therefore only part of the picture.

The toes themselves were not necessarily the primary problem. They were reacting to what was happening underneath the foot and at the ankle.

His Arches Looked Normal When He Was Sitting

This is something that can surprise parents.

When the child sat on the examination chair with his legs extended in front of him, his feet looked quite different.

His ankles appeared straight and his arches were nicely formed.

But when we asked him to stand and put his body weight through his feet, the picture changed dramatically.

His ankles rolled inwards, his feet flattened and his little toes began to curl.

This distinction between a child’s non-weight-bearing foot and their weight-bearing foot can be extremely important.

A child can have a perfectly good arch while sitting and yet demonstrate significant hyperpronation when standing and walking.

What Is Hyperpronation of the Subtalar Joint?

The subtalar joint sits underneath the ankle and plays an important role in allowing the foot to adapt to the ground.

Some children have softer, more flexible ligaments, allowing considerably more movement through this area.

When excessive inward movement occurs under body weight, we describe this as hyperpronation.

In this child’s case, the inward movement was significant enough to affect the way he was choosing to walk.

Walking on his toes gave him another way of generating momentum and moving forwards.

Turning his feet outwards and adopting a wider stance also gave him another way to negotiate the excessive movement occurring around his feet and ankles.

Rather than repeatedly telling him to “put your heels down” or “keep your feet straight”, we needed to address why he found those positions difficult in the first place.

Correcting the Foundation

We recommended corrective orthotics designed specifically for his feet.

The purpose was to support the foot and ankle in a more neutral position and reduce the excessive inward movement occurring when he stood and walked.

His orthotics were manufactured and fitted into both his school shoes and sports shoes.

Then we asked him to walk again.

The difference was immediate.

With his feet and ankles better supported, he began walking much more easily and naturally. Most noticeably, he no longer felt the same need to rise onto his tiptoes to move forwards.

Don’t Look Only at the Arch

Parents often associate flat feet with simply looking at whether their child has an arch.

But children’s foot mechanics are more complicated than that.

We also look at:

  • the position of the heel and ankle
  • movement through the subtalar joint
  • whether the arch changes significantly under body weight
  • the position of the toes
  • whether the toes grip the ground
  • whether the feet turn inwards or outwards
  • whether the child toe walks
  • how the heel contacts the ground
  • whether the child can comfortably achieve a smooth heel-to-toe walking pattern

Sometimes the smallest observations can be extremely useful.

In this child’s case, his grandfather noticing those curling little toes was an important clue to what was happening throughout the foot.

 

When Should Parents Have Their Child’s Walking Checked?

Children naturally have considerable variation in the way they learn to stand, walk and run, and not every flat-looking foot or unusual movement requires treatment.

However, if a child consistently walks on their toes, turns their feet markedly outwards, has difficulty walking heel-to-toe, produces a noticeable foot slap, curls or grips their toes, frequently trips, complains of discomfort, or simply appears to be working unusually hard to walk, it can be worthwhile having their gait and lower-limb mechanics assessed.

Sometimes what appears to be a habit is actually the child’s clever way of finding the easiest way to move with the mechanics they currently have.

At Dubai Podiatry Centre, we assess not simply how a child’s feet look while they are sitting, but what happens to those feet when the child stands, walks and moves.

Because ultimately, feet are designed for movement — and that is where their true function can be seen.

This article is for general educational information. Toe walking and altered gait can have a number of causes, including musculoskeletal and neurological causes. Persistent, new, asymmetric or otherwise concerning gait changes should be appropriately assessed rather than assumed to result from flat feet or hyperpronation alone.

 

For more information or to book an appointment please call our clinic +971 4 3435390 or WhatsApp +971 50 3553024



Have you ever wondered how custom-made corrective orthotics can transform the way you stand and walk? Watch our before-and-after video to see the remarkable improvement in foot alignment after wearing custom orthotics designed specifically to correct overpronation and flat feet.

 

 

When the feet lean inward excessively, they can cause poor body alignment, placing extra pressure on the ankles, knees, hips, and lower back. This imbalance often contributes to heel pain, plantar fasciitis, arch pain, ankle instability, knee pain, corns, calluses, and foot fatigue. Without proper support, these problems can worsen over time and affect everyday mobility.

At Dubai Podiatry Centre, our experienced podiatrists perform a comprehensive biomechanical assessment, gait analysis, and foot impression to accurately diagnose the cause of your foot pain. Using these findings, we design custom-made corrective orthotics that help restore proper foot posture, improve balance, reduce excessive pressure, and support natural walking mechanics.

This before-and-after transformation highlights how corrective orthotics can improve foot positioning, enhance stability, and promote healthier movement. By supporting the feet in a more neutral position, custom orthotics help reduce strain throughout the body and improve overall comfort during walking, standing, and daily activities.

If you suffer from flat feet, overpronation, heel pain, plantar fasciitis, foot pain, ankle pain, knee pain, arch pain, or recurring corns and calluses, a professional biomechanical assessment may be the first step towards lasting relief.

Book an appointment with Dubai Podiatry Centre to discover how custom corrective orthotics can improve your foot alignment, relieve pain, and help you move with greater confidence.

For more information or to book an appointment please call our clinic +971 4 3435390 or WhatsApp +971 50 3553024



Before and after foot alignment correction in a young athlete showing reduced pronation, improved heel position, and enhanced lower limb biomechanics with corrective orthotics

 

When we watch elite athletes perform, we often admire their speed, strength, agility, and coordination. What many people do not realise is that beneath these athletic abilities lies something equally important: good biomechanical alignment.

In many cases, the young athletes who successfully progress through junior sport and eventually reach professional levels are those whose bodies remain symmetrical, balanced, and resistant to repetitive injury.

 

The Importance of Lower Limb Alignment

The feet are the foundation of the body’s kinetic chain. Every step, jump, sprint, and change of direction begins with the way the feet interact with the ground.

When the subtalar joints of the feet and ankles become excessively pronated (rolling inward), a chain reaction can occur throughout the lower limb:

    • Internal rotation of the tibia (shin bone)
    • Increased stress on the knee joint
    • Altered hip mechanics
    • Anterior pelvic tilt
    • Reduced postural efficiency
    • Increased muscular compensation throughout the body

As a result, running mechanics become less efficient and athletic performance can suffer.

 

Why Some Young Athletes Fall Behind

It is common to see children who are naturally talented at a young age begin to struggle as sporting demands increase.

Around the ages of 10–16 years, training intensity often increases dramatically. During this period, poor lower limb alignment may begin to reveal itself through repetitive injuries rather than obvious pain at first.

Common problems may include:

    • Medial knee pain
    • Recurrent groin strains
    • Patellofemoral pain
    • Achilles tendon discomfort
    • Shin splints
    • Ankle instability
    • Recurrent muscle tightness
    • Increased fatigue during training

A football player may develop repeated groin strains and knee pain when changing direction. A rugby player may suffer ongoing knee injuries during contact and sprinting activities. A tennis player may experience instability while lunging, accelerating, or moving backwards to retrieve shots.

Unfortunately, many promising young athletes spend more time recovering from injuries than participating in training. By the mid-teenage years, some are unable to continue progressing through elite development pathways because their bodies simply cannot tolerate the physical demands being placed upon them.

 

The Role of Modern Biomechanical Assessment

Advances in biomechanical assessment technology now allow clinicians to identify alignment issues far earlier than ever before.

By analysing posture, gait, foot function, lower limb alignment, and movement patterns, it is often possible to identify the underlying mechanical stresses that contribute to repetitive injuries.

In many cases, excessive pronation of the subtalar joint is a significant contributing factor.

When the foundation is unstable, the structures above it must compensate.

Corrective Orthotics vs Accommodative Orthotics

Not all orthotics are designed with the same purpose.

Comparison of foot alignment without support, with accommodative insoles, and with corrective orthotics, demonstrating the effect of orthotic devices on foot posture and heel alignment

 

 

Accommodative orthotics are primarily designed to cushion and support the foot. While they may provide comfort, they do not necessarily correct abnormal alignment.

Corrective orthotics are designed to influence foot and ankle position and improve lower limb biomechanics. By improving subtalar joint alignment, corrective orthotics may help:

    • Improve foot stability
    • Reduce excessive internal rotation
    • Improve knee alignment
    • Improve pelvic positioning
    • Reduce abnormal stress on muscles and ligaments
    • Reduce the risk of repetitive overuse injuries

For growing athletes, maintaining good alignment throughout adolescence can be particularly important because the body is continually developing and adapting.

 

 

 

Investing in an Athlete’s Future

Every young athlete dreams of reaching their full potential.

Talent, commitment, coaching, and hard work are all essential ingredients for success. However, maintaining a body that can tolerate years of training is equally important.

A comprehensive biomechanical assessment can help identify whether poor lower limb alignment is placing a young athlete at increased risk of injury. Early intervention may help reduce repetitive strain, improve movement efficiency, and keep athletes participating in the sport they love.

For many aspiring footballers, rugby players, tennis players, runners, and other athletes, addressing alignment early may be one of the most important investments they can make in their future sporting career.

At Dubai Podiatry Centre, we believe that injury prevention starts with proper alignment. The earlier biomechanical issues are identified, the greater the opportunity to support healthy growth, efficient movement, and long-term athletic development.

 

For more information or to book an appointment please call our clinic +971 4 3435390 or WhatsApp +971 50 3553024

 



Before and after treatment of adult flat feet using custom corrective orthotics, showing improved heel alignment and foot posture from the rear view at Dubai Podiatry Centre.

Flat feet are commonly associated with inward rolling of the ankles, a condition known as overpronation. When the ankles tilt inward, the body’s weight is distributed unevenly across the feet, which can lead to foot pain, poor posture, and increased strain on the knees, hips, and lower back.

Custom corrective orthotics are designed to address the root cause of the problem by improving foot and ankle alignment. Rather than simply raising the arch, the primary objective is to reposition the heel and ankle into a more neutral and balanced position. Once proper alignment is restored, the arch often begins to improve naturally as the foot functions more efficiently.

Many people assume that treating flat feet means forcing the arch upward. However, excessively elevating the arch without correcting the underlying ankle alignment can make orthotics uncomfortable and difficult to wear. Effective orthotic therapy focuses on stabilising the heel, controlling overpronation, and supporting the foot in its optimal position.

A properly prescribed custom orthotic provides both arch support and heel correction, creating a stable foundation for standing, walking, and everyday activities. Improved alignment can enhance comfort, reduce strain on the lower limbs, and promote healthier movement patterns.

The photographs above demonstrate the effect of corrective orthotics on foot posture. By restoring proper heel and ankle alignment, the feet become more balanced, allowing for improved arch function and overall biomechanical efficiency.

 

For more information or to book an appointment please call our clinic +971 4 3435390 or WhatsApp +971 50 3553024



 

Children’s foot and ankle development is extremely important. One of the main causes of suspected flat feet in children is not always a truly flat foot, but extreme hyperpronation of the subtalar joint. This causes the ankles to lean inwards and the arch to collapse when the child is standing.

تُعدّ مرحلة تطوّر القدم والكاحل لدى الأطفال أمرًا بالغ الأهمية. ومن أبرز أسباب الاشتباه بوجود القدم المسطّحة لدى الأطفال ليس دائمًا تسطّحًا حقيقيًا في القدم، بل قد يكون نتيجة فرط الانقلاب الداخلي (Hyperpronation) في المفصل تحت الكاحل (Subtalar Joint). وهذا يؤدي إلى ميلان الكاحلين إلى الداخل وانهيار قوس القدم عند وقوف الطفل.

 

During periods of rapid growth, children can have a high level of growth hormone over a short period of time. This can make the ligaments very soft and stretchy, almost like chewing gum. The ligaments on the inside of the ankle help hold the subtalar joint in a neutral position. When these ligaments become too soft, the talus bone can lean inwards, causing the ankle to roll in and the arch to flatten.

خلال فترات النمو السريع، قد ترتفع مستويات هرمون النمو لدى الأطفال خلال فترة زمنية قصيرة، مما يجعل الأربطة لينة ومطاطية جدًا، أشبه بالعلكة. تساعد الأربطة الموجودة في الجهة الداخلية من الكاحل على تثبيت المفصل تحت الكاحل في وضعٍ محايد. وعندما تصبح هذه الأربطة رخوة أكثر من اللازم، قد يميل عظم الكاحل (Talus) إلى الداخل، مما يؤدي إلى انحراف الكاحل للداخل وتسطيح قوس القدم.

 

An accommodative insole that simply supports the arch may help the foot feel more supported, but it is not always enough to correct the ankle alignment. To improve the position of the foot and ankle, the subtalar joint needs to be brought back towards neutral using very specific corrective angles.

إن النعال التكيُّفية التي تدعم القوس فقط قد تعطي شعورًا أفضل بالدعم، لكنها غالبًا لا تكون كافية لتصحيح محاذاة الكاحل. ولتحسين وضعية القدم والكاحل، يجب إعادة المفصل تحت الكاحل إلى وضعه المحايد باستخدام زوايا تصحيحية دقيقة جدًا.

 

For example, if the subtalar joint pronates by 30 degrees, the orthotic correction must be designed to address that degree of movement. If the ankle is not corrected and only the arch is supported, the foot may continue to appear flat when standing.

فعلى سبيل المثال، إذا كان المفصل تحت الكاحل ينحرف بمقدار 30 درجة، فيجب تصميم الدعامة التقويمية بحيث تعالج هذه الدرجة من الانحراف. وإذا لم يتم تصحيح الكاحل وتم الاكتفاء بدعم القوس فقط، فقد تبدو القدم مسطّحة عند الوقوف.

 

This is why it is essential to assess the child’s foot and ankle alignment while they are standing. When a child is sitting, the foot may look well arched and the ankle may return to a neutral position. However, once the child stands and body weight passes through the feet, the subtalar joint may hyperpronate, the ankle may lean inwards, and the arch may collapse.

لهذا السبب، من الضروري تقييم محاذاة القدم والكاحل لدى الطفل أثناء الوقوف. فعند جلوس الطفل، قد تبدو القدم ذات قوس طبيعي ويعود الكاحل إلى وضعه المحايد. ولكن عند الوقوف ومرور وزن الجسم عبر القدمين، قد يحدث فرط الانقلاب في المفصل تحت الكاحل، ويميل الكاحل إلى الداخل، وينهار القوس.

 

Corrective orthotics are therefore measured and designed specifically for each child, often with different angles for the left and right foot. This helps improve foot and ankle alignment and can also assist in balancing leg length differences caused by uneven pronation.

لذلك، يتم قياس وتصميم الدعامات التقويمية التصحيحية بشكل خاص لكل طفل، وغالبًا بزوايا مختلفة لكل قدم. وهذا يساعد على تحسين محاذاة القدم والكاحل، كما يمكن أن يساهم في موازنة اختلاف طول الساق الناتج عن عدم تساوي الانقلاب.

 

Accommodative orthotics are often used in very young children to support the foot and help train the arch. However, in children diagnosed with flat feet due to subtalar joint hyperpronation, corrective orthotics with specific wedging are usually required to bring the ankle into a better aligned position.

تُستخدم الدعامات التكيُّفية غالبًا مع الأطفال الصغار جدًا لدعم القدم والمساعدة في تدريب القوس. أما في الحالات التي يتم فيها تشخيص القدم المسطّحة نتيجة فرط الانقلاب في المفصل تحت الكاحل، فعادةً ما تكون الدعامات التقويمية التصحيحية المزودة بزوايا وتعديلات محددة ضرورية لإعادة الكاحل إلى وضعية أكثر توازنًا.

 

For more information or to book an appointment please call our clinic +971 4 3435390 or WhatsApp +971 50 3553024


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