Plantar Plate Tear 2026: Symptoms & Treatment | DPM

Exercise	Target	Technique	Sets × Reps	Benefit
Manual Toe Extension Stretch	FDL/FDB flexor tendons	Grasp affected toe; gently extend into straight position; hold 10 sec	3 × 10 holds; 2–3×/day	Lengthens shortened flexor tendon; maintains PIP joint ROM
Towel Toe Curls	Intrinsic foot muscles (lumbricals)	Place small towel on floor; scrunch it toward you using toes only	3 × 20 reps; 2×/day	Strengthens lumbricals that extend IP joints and flex MTP joints — opposes deformity forces
Marble / Object Pickups	Intrinsic muscles + proprioception	Pick up marbles or small objects from floor using only toes; place in cup	2 × 10 items; daily	Multi-planar intrinsic strengthening; improves dexterity
Toe Spreading (Abduction)	Interossei muscles	Attempt to spread all toes apart simultaneously; hold 5 sec	3 × 10 holds; daily	Activates interossei; combats toe crowding and MTP joint deviation
Towel Scrunch (Arch)	Foot arch intrinsics	Scrunch towel into a ball using the full foot; release and repeat	3 × 15; daily	Activates abductor hallucis and plantar muscles supporting metatarsal heads
Seated Short Foot	Intrinsic foot arch muscles	Seated; shorten foot by drawing ball of foot to heel without curling toes	3 × 10 sec holds; daily	Strengthens arch support musculature reducing forefoot splay
Toe Separator Wear	Passive stretching of adductors / flexors	Wear silicone toe separator between toes for 20–30 min; increase gradually	20–30 min; 1–2×/day	Passively corrects toe deviation; relieves corns between toes

Hammertoe Type	Joint Involved	Reducible?	Role of Exercises	Surgical Candidate?
Flexible / Reducible Hammertoe	PIP joint (primary); DIP may be involved	Yes — can be manually straightened	High — exercises can slow or halt progression	Only if pain persists despite conservative care
Semi-Rigid Hammertoe	PIP joint with partial capsular contracture	Partially — some resistance to correction	Moderate — may slow progression; cannot fully correct	Surgical consult recommended
Rigid / Fixed Hammertoe	PIP joint — contracted and immobile	No — joint cannot be straightened passively	Low — exercises maintain adjacent joints; cannot correct fixed deformity	Yes — flexor tenotomy or PIP arthroplasty/fusion
Mallet Toe (DIP joint)	DIP joint only	Usually flexible early; may stiffen	Moderate — DIP extension stretching helps early	Tenotomy or DIP fusion if fixed
Claw Toe (MTP + IP joints)	MTP hyperextension + PIP + DIP flexion	Rarely rigid; often flexible	Moderate — intrinsic strengthening helps early	Often requires combined MTP + IP correction

Quick answer:Hammer toe exercises (toe scrunches, towel pickup, marble pickup with toes) help maintain flexibility in early flexible hammertoes but cannot correct fixed, rigid deformities. Combined with orthotics to offload the metatarsal heads, exercises slow progression. Surgical correction is needed for painful, fixed hammertoes that don’t improve conservatively. Call (810) 206-1402.

Hammer toe is one of those conditions where the window for conservative management is real but time-limited. A flexible hammer toe — one you can still manually straighten with your finger — responds to targeted exercises and footwear changes, with many patients maintaining function and comfort for years without surgery. Once the toe becomes rigid and fixed in its buckled position, no amount of exercises will change the joint structure. In our clinic, we emphasize this distinction because patients who come to us early, when the deformity is still flexible, have significantly more options than those who arrive after years of wearing narrow shoes into a fixed position. The exercises in this guide are for flexible hammer toes. If your toe cannot be straightened manually at the PIP joint, scroll to the surgical discussion.

What Is a Hammer Toe and Why Exercises Help

A hammer toe is a flexion deformity at the proximal interphalangeal (PIP) joint — the middle joint of the 2nd, 3rd, 4th, or 5th toe. The toe buckles downward at this joint, creating a raised knuckle that rubs against shoe uppers and a curled tip that digs into the ground. The deformity develops from a muscular imbalance: the long toe flexors (flexor digitorum longus) overpower the intrinsic foot muscles (lumbricals, interossei) that normally maintain toe alignment during push-off. When the intrinsics are weak or the toe is chronically compressed by a tight toe box, the long flexor wins, the toe bends — and over time, the joint capsule and plantar plate adapt to the bent position until the deformity becomes fixed.

Exercises help by strengthening the intrinsic foot muscles that oppose the deforming force and maintaining the flexibility of the PIP joint before it stiffens. They do not reverse existing joint contracture — that requires surgical release — but they reliably slow progression in flexible cases and can maintain comfort for years when combined with appropriate footwear.

Flexible vs. Rigid: The Critical Distinction

Before starting any exercise program, perform the flexibility test. Sit down, hold the affected toe at its base, and try to manually straighten it to a neutral (flat) position. If you can straighten it completely — the deformity is flexible. If it springs back immediately when released, it’s flexible but springy. If you cannot straighten it against any resistance, or can only partially correct it, the deformity is semi-rigid or rigid. Exercises are appropriate for flexible and springy deformities. Rigid deformities require a surgical evaluation — exercises will provide no structural benefit, though they may help with the adjacent toe joints and general foot muscle conditioning.

The Best Exercises for Flexible Hammer Toes

Exercise 1: Manual PIP Joint Stretch and Straightening

This is the most direct exercise for maintaining PIP joint flexibility. Sit with foot flat on the floor or in your lap. Hold the base of the affected toe firmly with one hand. With the other hand, grasp the tip of the toe and gently but firmly extend (straighten) the PIP joint toward neutral — try to get the toe as flat as possible. Hold for 20 seconds. Apply gentle overpressure at the end of range (slightly more extension than comfortable, but not painful). Release and repeat × 10. Perform 3 times daily. This exercise directly counteracts the capsular adaptation that drives the deformity from flexible to rigid. Consistency over months is what produces results.

Exercise 2: Towel Scrunches

Place a small towel flat on the floor. Sitting with your foot on the towel, use your toes to scrunch the towel toward you — curling all five toes around the fabric and pulling it. This activates the flexor digitorum brevis and lumbricals, the intrinsic muscles that extend (straighten) the PIP joint during normal gait. The paradox: using your toes to curl toward you during the exercise builds the intrinsic muscles that extend them during walking. Perform 3 sets × 20 scrunches per foot, twice daily.

Exercise 3: Marble or Bead Pickups

Place 10–15 marbles or small objects on the floor. Using only your toes (no other foot contact), pick up each marble individually and transfer it to a bowl or cup. This requires coordinated activation of the intrinsic toe flexors and the fine motor control of individual toe segments — exactly the neuromuscular function that is compromised in hammer toe patients. Perform once daily, both feet. This exercise also improves proprioception, which helps with toe position awareness during gait.

Exercise 4: Toe Spread and Extension

Sit with feet flat on the floor. Actively spread all five toes apart as wide as possible (abduction), hold 5 seconds. Then actively extend all five toes upward as far as possible (extension), hold 5 seconds. Relax. Repeat × 10. Toe spreading activates the dorsal interossei; toe extension activates the extensor digitorum brevis. Both muscle groups are part of the intrinsic system that competes with the long toe flexor deforming force. These are small muscles that many people have lost voluntary control of — it takes 2–4 weeks to regain coordinated contraction, and this is completely normal.

Exercise 5: Seated Toe Press Against Resistance

Loop a resistance band or thick rubber band around all five toes. Attempt to spread toes and extend them against the resistance of the band × 15 reps. This adds resistance to the intrinsic activation exercises above, providing progressive strengthening. As the exercise becomes easy, use a slightly thicker or stiffer band. Perform 3 sets, once daily.

Footwear Changes That Protect Your Toes

No exercise program can overcome the deforming force of a shoe that compresses the toes for 8–10 hours a day. Footwear modification is not optional — it’s the most impactful single intervention for slowing hammer toe progression and reducing pain. The key requirements are: a wide, deep toe box that allows the toes to lie flat without compression; sufficient toe box height so the buckled PIP joint knuckle doesn’t rub against the shoe ceiling; and a rocker-bottom or curved toe spring that reduces the force required for toe push-off (less force demand on the long flexors = less deforming force). Look for shoes explicitly labeled “wide toe box” or “toe box depth.” Brands that consistently accommodate hammer toes well include New Balance (D/EE width options), Brooks (wide fit), Altra (natural toe splay design), and Hoka (rocker sole reduces push-off demand).

Products That Reduce Hammer Toe Pain

While exercises address the underlying muscular imbalance and footwear reduces deforming force, specific padding and support products reduce the friction, pressure, and callus formation that make hammer toes painful day-to-day.

How to Slow Progression

Beyond exercises and footwear, three additional strategies significantly slow the progression from flexible to rigid hammer toe deformity. Toe spacers and splints worn at rest or in accommodative footwear maintain the PIP joint in a more extended position during the hours when shoes aren’t worn — directly opposing the contracture mechanism. Soft silicone toe straighteners worn while sleeping or at home are particularly useful. Addressing the underlying cause — if a bunion (hallux valgus) is pushing the second toe into a hammer position, treating the bunion is essential; exercises alone cannot overcome a structural crowding problem. Orthotics that offload the metatarsal heads reduce the forefoot overloading that drives the long toe flexor activity — PowerStep Pinnacle with a metatarsal pad extension addresses this effectively.

When Exercises Are Not Enough

The Most Common Mistake

The most common mistake is waiting until the hammer toe becomes painful before addressing it. Hammer toes cause pain at two points in their progression: initially when the toe is flexible and pushing against shoe uppers (this is reversible with footwear changes), and later when the joint becomes rigid and develops secondary arthritic changes (this requires surgery). Many patients tolerate the first phase for years — “it’s just a little bump, it doesn’t really bother me” — and arrive at our clinic when the deformity is fully rigid and they can no longer find shoes that fit. The surgery for a rigid hammer toe is more extensive than the straightforward procedure for a flexible one. A flexible hammer toe addressed early with exercises, toe splints, and proper footwear can remain comfortable and functional without surgery for a decade or more.

Frequently Asked Questions

Can hammer toe exercises fix the deformity?

Exercises cannot reverse an existing hammer toe deformity — they slow progression and maintain flexibility in the early stages. A flexible hammer toe that is manually straightened daily, supported with toe splints, and accommodated with wide toe box footwear can remain functional and pain-free for many years without worsening. But the structural deformity (the imbalance between intrinsic and extrinsic toe muscles) is not corrected by exercises alone. Surgery is the only way to definitively straighten a hammer toe.

How long does hammer toe surgery recovery take?

Recovery from hammer toe arthroplasty (PIP joint resection) typically involves 3–4 weeks in a surgical shoe with protected weight-bearing, followed by transition to normal footwear at 4–6 weeks. Full activity resumes at 8–12 weeks. The surgical shoe is necessary to protect the corrected toe while scar tissue forms and the joint heals in its new position. Most patients have minimal post-operative pain and return to work within 1–2 weeks in non-strenuous occupations.

Does insurance cover hammer toe surgery?

Yes, when medically necessary (causing pain, wounds, or functional limitation) and documented with conservative treatment failure. Cosmetic hammer toe correction (no pain or functional limitation) is generally not covered. We handle all insurance pre-authorization documentation at Balance Foot & Ankle. Call (810) 206-1402 and we’ll verify your specific benefits before scheduling any procedure.

What causes hammer toes?

The primary cause is an imbalance between the long toe flexors (which pull the toe downward) and the intrinsic foot muscles (which extend the toe). This imbalance is worsened by narrow or pointed-toe footwear that compresses the toes into a flexed position, flat feet (which alter the pull of the long flexors), bunions that push the second toe into a crowded position, and neurological conditions that affect intrinsic muscle function. Genetics plays a role — hammer toe tendency runs in families, likely through inherited foot structure.

The Bottom Line

Hammer toe exercises work best when started early — while the deformity is still flexible and the PIP joint can be manually straightened. Manual PIP stretching (3× daily), towel scrunches, marble pickups, and toe extension exercises build the intrinsic foot muscles that oppose the deforming force and maintain joint flexibility. Combine them with wide toe box footwear, Foot Petals cushioning for forefoot comfort, and toe splints worn at rest for maximum effect. Once the deformity becomes rigid, surgery is the only structural option — but conservative management often delays that point by years. If you’re not sure whether your hammer toe is flexible or fixed, come see us for a 15-minute evaluation — that distinction determines your entire treatment pathway.

Sources

1. Coughlin MJ, Dorris J, Polk E. Operative repair of the fixed hammertoe deformity. Foot Ankle Int. 2000;21(2):94–104.
2. Gallentine JW, DeOrio JK. Removal of the second toe for severe hammertoe deformity in elderly patients. Foot Ankle Int. 2005;26(5):353–358.
3. Nix S, Smith M, Vicenzino B. Prevalence of hallux valgus in the general population: a systematic review and meta-analysis. J Foot Ankle Res. 2010;3:21.
4. Mann RA, Coughlin MJ. Lesser toe deformities. In: Coughlin MJ, Mann RA, Saltzman CL, eds. Surgery of the Foot and Ankle. 8th ed. Mosby Elsevier; 2007.
5. Myerson MS, Shereff MJ. The pathological anatomy of claw and hammer toes. J Bone Joint Surg Am. 1989;71(1):45–49.

AAOS: Hammertoe

In-Office Treatment at Balance Foot & Ankle

If home treatment isn’t providing relief for your hammertoe, our podiatry team at Balance Foot & Ankle can help with same-day evaluations and advanced in-office care.