Hammer Toe Deformities
Lesser toe deformity with flexed PIP joint, flexible or fixed
Overview
The Science of Hammer Toe Deformities
Link copiedA hammer toe develops when the small inside your foot lose the tug of war against the longer tendons that run down from the leg. The intrinsics normally bend the toe at the joint where it meets the foot while keeping the smaller joints beyond it straight. When they can no longer do that, the toe buckles: it lifts at the base and bends at the middle joint.
Early on the deformity is flexible and the toe can still be straightened by hand. Over time the joint capsule, the small beneath the joint and the surrounding soft tissue adapt to the shortened position, and the deformity becomes fixed. That distinction matters, because a flexible toe responds to load management, footwear change and targeted exercise in a way a rigid one does not.
Symptoms usually come from friction and pressure rather than the deformity itself. The raised middle joint rubs against the top of the shoe and forms a corn, while the toe tip and the ball of the foot beneath the base of the toe take more pressure than they were designed for.
Overview
Contributing Factors
Link copiedFootwear is the most common contributor. A narrow toe box squeezes the toes together, and any heel height shifts your weight forward onto the front of the foot, which increases the demand on the toes to grip. Both encourage the buckled position.
Foot structure plays a part too. A second toe that is longer than the big toe, a high arch that concentrates load on the ball of the foot, and a bunion that crowds the neighbouring toes all raise the risk. So does anything that weakens the or alters the nerve supply to the foot.
Because the toes are working harder to stabilise you than most people realise, deformity often reflects a foot that has been compensating for a long time. Assessment therefore looks beyond the toe itself to how you load the , what your footwear allows, and whether the deformity is still flexible.
Symptoms
Differential Diagnosis
Link copiedConditions with similar presentations:
Claw Toe Deformity
Key differences: Involves flexion at both the proximal and distal interphalangeal joints with extension at the , rather than the isolated PIP flexion of a true hammer toe. Often associated with neurological conditions or systemic disease, and tends to affect multiple toes symmetrically.
Mallet Toe Deformity
Key differences: Flexion at the distal interphalangeal joint only, with a normal proximal interphalangeal joint, unlike the PIP-dominant deformity of a hammer toe. Most often affects the second toe and often arises from pressure from an adjacent longer toe or a tight shoe toe box.
Morton's Neuroma
Key differences: Burning, electric, or shock-like pain in the with numbness into adjacent toes, rather than pain localised to a dorsal prominence over a flexed PIP joint. Symptoms are relieved by shoe removal and forefoot massage, and toe deformity may coexist but is not the primary driver of pain.
Metatarsophalangeal Joint Synovitis or Plantar Plate Injury
Key differences: Pain and swelling localised to the , often with a positive drawer test and a toe that is drifting or elevating, rather than a dorsal PIP prominence. injury most commonly involves the second toe and can progress to a crossover deformity.
Hallux Valgus with Secondary Lesser Toe Deformity
Key differences: Primary deformity at the first with lateral deviation of the great toe, which then crowds the lesser toes and can drive secondary hammer toe changes. Treatment focus often shifts toward the first ray rather than the lesser toe in isolation.
Rehabilitation
A Typical Rehabilitation Progression
Three phases, from settling symptoms to returning to full activity.
Recovery from Hammer Toe Deformities is usually staged: calm the symptoms first, then rebuild the strength and capacity of the area, then return to your full activities. The three phases below show the kind of progression the evidence supports and that I commonly work through in clinic. They are here to show you what the road can look like, not to act as a personal program.
- Phase 1
Unload the Forefoot and Start Intrinsic Activation (Weeks 1 to 4)
Early work is about giving the and the affected toe a break. That means wider and deeper toe box shoes worn consistently, offloading the top of the PIP joint with silicone sleeves or padding if a corn or callus is present, and introducing gentle activation of the that have usually been dormant for years. Nothing in this phase should provoke sharp toe pain or skin breakdown.
Examples, not a prescription
- Daily wear of a shoe with a wide, deep, foot-shaped toe box and a heel under roughly 2 cm
- Silicone toe sleeve or gel cap over a painful dorsal PIP prominence if footwear pressure is a factor
- Short-foot exercise, gently shortening the arch by pulling the ball of the foot toward the heel without curling the toes, 3 sets of 10 with 10-second holds
- Passive toe straightening and gentle PIP joint mobility work, holding the corrected position for 10 seconds, 10 repetitions per session, only within a comfortable range
- Toe splay holds, actively spreading the toes apart, 3 sets of 10 with 5-second holds, seated to start
Ready to progress when
Comfort during daily walking in wider footwear, no active skin breakdown over the toe, and consistent daily performance of the short-foot and toe splay work without cramping or pain.
- Phase 2
Build Intrinsic Foot and Lesser Toe Control (Weeks 4 to 10)
Once the toe is less irritable, the work shifts to rebuilding strength and coordination in the intrinsic foot muscles and the muscles that balance the long and short flexors of the toe. Stronger intrinsics and better toe control help share forefoot load more evenly and slow the progression of a flexible deformity. This phase runs alongside continued footwear and offloading adjustments.
Examples, not a prescription
- Progressive short-foot holds, moving from seated to standing on two feet, then to single-leg stance, 3 sets of 10 to 15
- Towel scrunches with the toes and marble or small-object pickups, 2 sets of 15 to 20 repetitions per foot
- Toe splay holds progressed to standing, 3 sets of 10 with 5-second holds
- Calf raise variations with the heel moving cleanly over the second toe, 3 sets of 12 to 15, to reinforce forefoot alignment during push-off
- Single-leg balance on firm ground with a neutral foot posture, 3 sets of 30 to 45 seconds, progressing to a foam pad as tolerated
Ready to progress when
A visible short-foot hold without toe clawing, single-leg balance on foam for 30 seconds with a stable forefoot, and a reduction in day-to-day pain or pressure symptoms at the affected toe.
- Phase 3
Maintain Mechanics and Protect the Forefoot Long Term (Months 3+)
For flexible deformities, long-term strategy is about protecting the gains with consistent footwear, maintenance strengthening, and ongoing attention to the rest of the forefoot. For fixed deformities, this phase is about stable, pain-tolerant function and clear conversations about when surgical review is worthwhile. The work is less about any single exercise and more about a durable routine.
Examples, not a prescription
- Intrinsic foot strengthening continued twice weekly as maintenance, rather than daily
- Periodic shoe reviews every 6 to 12 months, because sock thickness, shoe wear, and foot shape all change over time
- Gradual build-up of walking or low-impact activity volume using a sensible weekly cap, rather than sudden spikes
- Calf and single-leg work maintained with moderate resistance to keep forefoot mechanics honest
- Re-evaluation of pain, function, and deformity progression every 3 to 6 months, with a surgical opinion considered if symptoms are worsening despite good conservative care
Ready to progress when
Comfortable daily walking in appropriate footwear, stable or slowly improving toe position in flexible cases, and a clear understanding of the threshold at which a surgical opinion would be helpful.
Management
Frequently Asked Questions
Common concerns and answers about this condition.
What actually is a hammer toe?
What actually is a hammer toe?
A hammer toe is a deformity of one of the lesser toes, most often the second, where the proximal interphalangeal joint sits in a fixed or semi-fixed flexed position. The tip of the toe points down, the middle knuckle of the toe points up, and the at the base often sits in a slightly extended position. In the early phase the toe is flexible and can be straightened passively. Over time the joint capsule and tendons tighten and the deformity becomes rigid.
Why does this happen?
Why does this happen?
Several things combine. A long second toe crammed into a tight or pointed shoe toe box is a common mechanical driver. deformity at the big toe can push the lesser toes into altered positions. Chronic imbalance between the long and short flexors of the toe, weak , and elevated heel footwear that concentrates load on the all contribute. In many cases the deformity develops slowly over years before pain or a visible callus brings the person in.
Can physiotherapy reverse a hammer toe?
Can physiotherapy reverse a hammer toe?
That depends on whether the deformity is still flexible or has become rigid. Flexible hammer toes tend to respond reasonably well to a combination of footwear changes, strengthening, toe splinting or taping, and addressing the broader mechanics that drove the problem. Rigid, fixed deformities do not straighten with conservative care. In those cases, the realistic goal of physiotherapy is to reduce pain, offload pressure points, preserve mobility in neighbouring joints, and help the person decide whether and when surgical consultation is appropriate.
What does the evidence actually show for conservative care?
What does the evidence actually show for conservative care?
Coughlin and colleagues' work on lesser toe deformities, and later reviews, are consistent that the evidence base for conservative management is limited and largely drawn from expert practice rather than large trials. What is reasonable is that footwear with a wide and deep toe box, strengthening of the , and toe splints or silicone sleeves to offload pressure can improve symptoms and slow progression in flexible deformities. I am honest with patients that the high-quality evidence for any one technique is thin, so the emphasis is on consistent, sensible mechanics rather than any single miracle exercise.
What kind of shoe should I be wearing?
What kind of shoe should I be wearing?
A shoe with a wide, deep, and roughly foot-shaped toe box, a heel under about 2 cm, and flexibility through the . The aim is to give the toes room to sit in their natural spread rather than being squeezed into a tapered point. If a callus, corn, or blister is developing on the top of the toe from a shoe, the shoe is too shallow or too tight. I suggest patients walk around in shoes on a solid floor before buying, rather than trusting the size label alone.
When should I see a surgeon?
When should I see a surgeon?
When the deformity is rigid, painful despite reasonable footwear and conservative care, associated with recurrent ulceration or infection (particularly in people with diabetes or ), or when it is interfering significantly with walking, work, or quality of life. Surgical options range from soft tissue procedures in more flexible cases to joint fusion or resection arthroplasty in rigid cases. The point of conservative care first is not to avoid surgery at all costs, it is to make sure surgery is actually needed before someone goes through it.
Will toe splints or crests actually help?
Will toe splints or crests actually help?
They can be useful adjuncts rather than a cure on their own. Silicone crests under the toes, gel sleeves over a painful PIP joint, and taping to gently straighten a flexible toe can reduce pressure and pain during the day. They work well when paired with shoe changes and foot strengthening. For a rigid toe, they are mostly about offloading and comfort rather than changing the shape of the joint.
Related Conditions
Conditions I commonly see alongside, or confused with, this one.