Metatarsalgia.
What is metatarsalgia?
Metatarsalgia is a broad clinical term describing pain in the forefoot — specifically in the region of the metatarsal heads, the rounded ends of the five metatarsal bones that form the ball of the foot. Rather than a single diagnosis, it is a symptom pattern encompassing several distinct underlying causes, and identifying which specific structure or mechanism is producing the forefoot pain is the most important step in management.
Patients with metatarsalgia typically present with forefoot plantar pain during weight-bearing activities, in the area across the second through the fourth metatarsal heads. The pain is typically described as aching, burning or sharp, often worsened by standing, walking on hard surfaces and pushing off during the propulsive phase of gait, and relieved by rest and removing footwear.
Primary versus secondary metatarsalgia
This distinction guides the management approach. Primary metatarsalgia results from mechanical factors — abnormal forefoot loading patterns from structural foot characteristics, biomechanical dysfunction or footwear. Secondary metatarsalgia develops as a consequence of another condition — inflammatory arthritis, Morton's neuroma, stress fractures, sesamoiditis, or systemic conditions including diabetes, gout and rheumatoid arthritis. Treatment of secondary metatarsalgia requires addressing the underlying cause alongside the local forefoot symptoms.
What causes metatarsalgia?
The common mechanical causes of primary metatarsalgia share a fundamental mechanism — excessive or abnormally distributed pressure under one or more metatarsal heads during weight-bearing.
A prominent or plantarflexed second or third metatarsal — where the metatarsal head sits lower than its neighbours — concentrates plantar pressure under that specific head, producing localised pain and callus formation at that site. This is one of the most common anatomical contributors and is frequently identified on gait analysis and pressure mapping.
Fat pad atrophy — as we age the fat pads in our feet may thin, leading to increased pressure on the metatarsals — removes the primary shock-absorbing layer under the metatarsal heads and is a major contributor to metatarsalgia in older adults. High-heeled footwear accelerates fat pad displacement from under the metatarsal heads by chronically loading the forefoot in a plantarflexed position.
Bunions (hallux valgus) — lateral deviation of the first toe — reduces the load-bearing capacity of the first metatarsal and transfers excess pressure to the lesser metatarsals, producing a characteristic pattern of second and third metatarsal head pain alongside the hallux symptoms. Hammer, claw and mallet toes produce metatarsophalangeal joint hyperextension that increases plantar pressure under the affected metatarsal head.
Flat feet and high arched feet both alter forefoot load distribution — flat feet spread the load across a wider area and may overload the medial metatarsals, while high arches concentrate load on the first and fifth metatarsal heads and the heel, leaving the lesser metatarsals vulnerable to overload from the reduced midfoot contact.
Sudden increases in weight-bearing activity — starting a new job on hard floors, increasing running mileage rapidly — exceed the forefoot's adaptive capacity and produce acute metatarsal head pain even in structurally normal feet.
How is it diagnosed?
Diagnosing metatarsalgia typically involves a thorough assessment by a physiotherapist including clinical examination — assessing your medical history and conducting a physical examination to identify areas of tenderness, swelling or deformity — gait analysis to determine if walking or running pattern contributes to metatarsal stress, and imaging where necessary to rule out conditions like stress fractures or arthritis.
Distinguishing metatarsalgia from Morton's neuroma — which produces interdigital burning, tingling and numbness rather than purely plantar metatarsal head pain — is an important clinical distinction since management differs. The Mulder's click test, sensitivity to lateral squeeze of the forefoot, and the distribution of neurological symptoms help differentiate the two. Metatarsal stress fractures present with very localised bony tenderness and pain with axial loading of the affected toe, and must be excluded in athletes who have increased training loads.
How can physiotherapy help?
Physiotherapy plays a pivotal role in managing metatarsalgia, offering a range of evidence-based treatments to alleviate pain and improve foot function. Your physiotherapy treatment plan may include manual therapy — joint mobilisation and soft tissue manipulation to reduce pain and improve joint mobility — strengthening exercises to strengthen the foot and ankle muscles helping to stabilise the metatarsal region, and stretching exercises to improve flexibility and reduce muscle tightness.
Orthotic management is the most mechanically direct intervention — metatarsal pads placed just proximal to the metatarsal heads redistribute plantar pressure away from the painful area with good evidence for symptom relief. The position of the pad is critical — it must be proximal to, not under, the metatarsal heads to produce the optimal pressure redistribution effect. Custom orthotics with metatarsal domes, forefoot posting and appropriate arch support address the underlying biomechanical contributors alongside the local padding.
Intrinsic foot muscle strengthening — particularly the lumbricals and interossei that maintain the transverse arch of the forefoot — rebuilds the active support that reduces metatarsal head pressure during weight-bearing. Towel scrunching, toe spreading and short foot exercises progressively strengthen these muscles. Calf flexibility work improves ankle dorsiflexion, which reduces the forefoot loading during the late stance phase of gait that is one of the primary biomechanical drivers of metatarsalgia.
Footwear assessment and modification is equally important — shoes with adequate forefoot width, cushioning and a low heel-to-toe drop are essential. High heels — even modest ones — significantly increase forefoot loading and will perpetuate metatarsalgia regardless of how effectively the physiotherapy manages the other contributing factors.
Gait retraining addresses walking and running patterns that are producing excessive forefoot loading — overstriding, excessive foot pronation and cadence modification all influence forefoot peak pressures and are modifiable through specific training cues and feedback.
Clinical Pilates provides a useful environment for foot and lower limb strengthening, intrinsic foot muscle work and proprioceptive training in a low-impact setting during the most symptomatic period. Eliane's doctoral research in lower limb biomechanics and gait analysis is directly relevant to the forefoot loading assessment and management that underpins metatarsalgia rehabilitation.
Our physiotherapists Eliane Machado and Emma Cameron both have experience in foot and ankle conditions and are members of the Australian Physiotherapy Association.
To book or find out more, call us on 07 3706 3407 or book online below. We see patients from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
Metatarsalgia is a broad clinical term describing pain in the forefoot — specifically in the region of the metatarsal heads, the rounded ends of the five metatarsal bones that form the ball of the foot. Rather than a single diagnosis, it is a symptom pattern encompassing several distinct underlying causes, and identifying which specific structure or mechanism is producing the forefoot pain is the most important step in management.
Patients with metatarsalgia typically present with forefoot plantar pain during weight-bearing activities, in the area across the second through the fourth metatarsal heads. The pain is typically described as aching, burning or sharp, often worsened by standing, walking on hard surfaces and pushing off during the propulsive phase of gait, and relieved by rest and removing footwear.
Primary versus secondary metatarsalgia
This distinction guides the management approach. Primary metatarsalgia results from mechanical factors — abnormal forefoot loading patterns from structural foot characteristics, biomechanical dysfunction or footwear. Secondary metatarsalgia develops as a consequence of another condition — inflammatory arthritis, Morton's neuroma, stress fractures, sesamoiditis, or systemic conditions including diabetes, gout and rheumatoid arthritis. Treatment of secondary metatarsalgia requires addressing the underlying cause alongside the local forefoot symptoms.
What causes metatarsalgia?
The common mechanical causes of primary metatarsalgia share a fundamental mechanism — excessive or abnormally distributed pressure under one or more metatarsal heads during weight-bearing.
A prominent or plantarflexed second or third metatarsal — where the metatarsal head sits lower than its neighbours — concentrates plantar pressure under that specific head, producing localised pain and callus formation at that site. This is one of the most common anatomical contributors and is frequently identified on gait analysis and pressure mapping.
Fat pad atrophy — as we age the fat pads in our feet may thin, leading to increased pressure on the metatarsals — removes the primary shock-absorbing layer under the metatarsal heads and is a major contributor to metatarsalgia in older adults. High-heeled footwear accelerates fat pad displacement from under the metatarsal heads by chronically loading the forefoot in a plantarflexed position.
Bunions (hallux valgus) — lateral deviation of the first toe — reduces the load-bearing capacity of the first metatarsal and transfers excess pressure to the lesser metatarsals, producing a characteristic pattern of second and third metatarsal head pain alongside the hallux symptoms. Hammer, claw and mallet toes produce metatarsophalangeal joint hyperextension that increases plantar pressure under the affected metatarsal head.
Flat feet and high arched feet both alter forefoot load distribution — flat feet spread the load across a wider area and may overload the medial metatarsals, while high arches concentrate load on the first and fifth metatarsal heads and the heel, leaving the lesser metatarsals vulnerable to overload from the reduced midfoot contact.
Sudden increases in weight-bearing activity — starting a new job on hard floors, increasing running mileage rapidly — exceed the forefoot's adaptive capacity and produce acute metatarsal head pain even in structurally normal feet.
How is it diagnosed?
Diagnosing metatarsalgia typically involves a thorough assessment by a physiotherapist including clinical examination — assessing your medical history and conducting a physical examination to identify areas of tenderness, swelling or deformity — gait analysis to determine if walking or running pattern contributes to metatarsal stress, and imaging where necessary to rule out conditions like stress fractures or arthritis.
Distinguishing metatarsalgia from Morton's neuroma — which produces interdigital burning, tingling and numbness rather than purely plantar metatarsal head pain — is an important clinical distinction since management differs. The Mulder's click test, sensitivity to lateral squeeze of the forefoot, and the distribution of neurological symptoms help differentiate the two. Metatarsal stress fractures present with very localised bony tenderness and pain with axial loading of the affected toe, and must be excluded in athletes who have increased training loads.
How can physiotherapy help?
Physiotherapy plays a pivotal role in managing metatarsalgia, offering a range of evidence-based treatments to alleviate pain and improve foot function. Your physiotherapy treatment plan may include manual therapy — joint mobilisation and soft tissue manipulation to reduce pain and improve joint mobility — strengthening exercises to strengthen the foot and ankle muscles helping to stabilise the metatarsal region, and stretching exercises to improve flexibility and reduce muscle tightness.
Orthotic management is the most mechanically direct intervention — metatarsal pads placed just proximal to the metatarsal heads redistribute plantar pressure away from the painful area with good evidence for symptom relief. The position of the pad is critical — it must be proximal to, not under, the metatarsal heads to produce the optimal pressure redistribution effect. Custom orthotics with metatarsal domes, forefoot posting and appropriate arch support address the underlying biomechanical contributors alongside the local padding.
Intrinsic foot muscle strengthening — particularly the lumbricals and interossei that maintain the transverse arch of the forefoot — rebuilds the active support that reduces metatarsal head pressure during weight-bearing. Towel scrunching, toe spreading and short foot exercises progressively strengthen these muscles. Calf flexibility work improves ankle dorsiflexion, which reduces the forefoot loading during the late stance phase of gait that is one of the primary biomechanical drivers of metatarsalgia.
Footwear assessment and modification is equally important — shoes with adequate forefoot width, cushioning and a low heel-to-toe drop are essential. High heels — even modest ones — significantly increase forefoot loading and will perpetuate metatarsalgia regardless of how effectively the physiotherapy manages the other contributing factors.
Gait retraining addresses walking and running patterns that are producing excessive forefoot loading — overstriding, excessive foot pronation and cadence modification all influence forefoot peak pressures and are modifiable through specific training cues and feedback.
Clinical Pilates provides a useful environment for foot and lower limb strengthening, intrinsic foot muscle work and proprioceptive training in a low-impact setting during the most symptomatic period. Eliane's doctoral research in lower limb biomechanics and gait analysis is directly relevant to the forefoot loading assessment and management that underpins metatarsalgia rehabilitation.
Our physiotherapists Eliane Machado and Emma Cameron both have experience in foot and ankle conditions and are members of the Australian Physiotherapy Association.
To book or find out more, call us on 07 3706 3407 or book online below. We see patients from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
Who to book in with:
If you are unsure about which appointment type is right for you, please don't hesitate to get in touch with our friendly reception staff by calling 07 3706 3407 or emailing [email protected].