Personal Injury — Foot & Ankle Fractures
Long Island Metatarsal Fracture Lawyer
Representing victims of Jones fractures, 5th metatarsal fractures, and multi-metatarsal crush injuries caused by car accidents on Long Island and throughout New York. Free consultation — no fee unless we win.
Free Case EvaluationMetatarsal Fractures in Car Accidents
The five metatarsal bones form the midfoot-to-forefoot bridge of the human foot, spanning from the tarsal bones at the arch to the base of each toe. Together they bear the full weight of the body with every step, absorb ground-reaction forces during walking and running, and provide the rigid lever necessary for toe-off propulsion. When a car accident fractures one or more metatarsals — through floor pan intrusion, foot impact with the brake or accelerator pedal, or direct crush from door sill deformation — the result can range from a minor avulsion fracture healing in six weeks to a devastating multi-metatarsal crush injury requiring multiple surgeries and months of non-weight-bearing.
The 5th metatarsal — the bone along the outer edge of the foot — is the site of one of the most commonly litigated foot injuries in personal injury law: the Jones fracture. Named for British surgeon Sir Robert Jones (who sustained the injury himself in 1902), a Jones fracture occurs at a specific anatomic location known for its poor blood supply. This creates a non-union rate of 25 to 40% with conservative treatment — meaning the bone simply fails to heal — requiring surgical fixation, potential revision surgery, and bone grafting. The combination of surgical hardware, prolonged recovery, and significant non-union risk makes Jones fractures disproportionately valuable in personal injury litigation compared to many other metatarsal injuries.
Heitner Legal represents clients who suffered metatarsal fractures in car accidents throughout Nassau County, Suffolk County, and New York City. Our attorneys work with orthopedic surgeons, radiologists, and vocational experts to document the full extent of your injury and build the strongest possible claim for compensation.
Anatomy of the Metatarsals
Understanding which metatarsal is fractured — and where on that bone the fracture occurred — is essential to evaluating a foot injury claim. Each metatarsal has distinct anatomic features, functional roles, and fracture risks.
1st Metatarsal
The widest and most robust of the five, the 1st metatarsal bears 40-50% of forefoot weight-bearing load through the 1st metatarsophalangeal (MTP) joint and the two sesamoid bones beneath its head. Because of its strength, isolated 1st metatarsal fractures are relatively uncommon in car accidents — but when they occur, they are typically severely displaced due to powerful intrinsic foot musculature acting across the fracture site, almost always requiring ORIF. Malunion or MTP arthritis produces hallux limitus or rigidus, permanently impairing the ability to run, climb stairs, or push off normally.
2nd Metatarsal
The longest metatarsal, the 2nd is unique because its base is inset and rigidly locked between the medial and lateral cuneiforms — making it the least mobile and most vulnerable to stress fractures (the classic "March fracture" of military recruits). In car accidents, the 2nd metatarsal is frequently fractured in combination with the 3rd and 4th in midfoot crush injuries. Malunion with shortening causes transfer metatarsalgia — painful overloading of the adjacent metatarsal heads — requiring custom orthotics and sometimes corrective surgery. The 2nd metatarsal base also has an important relationship with the Lisfranc ligament complex.
3rd and 4th Metatarsals
The middle rays of the foot, the 3rd and 4th metatarsals are frequently fractured simultaneously with the 2nd metatarsal in direct crush mechanisms. Their central position means they are exposed to floor pan intrusion from both sides. Non-displaced fractures heal reliably with conservative care; displaced or multiply fractured rays require ORIF. Malunion of multiple central metatarsals creates a significant transfer metatarsalgia pattern and can chronically alter gait mechanics.
5th Metatarsal — The Jones Fracture Bone
The 5th metatarsal is the most litigated bone in metatarsal fracture cases. Its base is the attachment site of the peroneus brevis tendon (the primary evertor of the foot), which can avulse a fragment of bone in a Zone 1 pseudo-Jones fracture. The critical Zone 2 Jones fracture location sits at the junction of the metaphysis and diaphysis — an anatomic watershed with poor intrinsic blood supply. Zone 3 stress fractures occur further down the diaphysis. Each zone has a completely different prognosis, treatment approach, and legal value.
The tarsometatarsal (Lisfranc) joint complex — where the metatarsal bases articulate with the tarsal bones — is a related but distinct injury covered on our Lisfranc injury page. When metatarsal fractures occur with Lisfranc ligament disruption, the injury is classified as a fracture-dislocation with significantly higher surgical complexity and recovery burden.
Types of Metatarsal Fractures in Car Accidents
1. Metatarsal Shaft Fractures (2nd–4th)
Shaft fractures of the 2nd through 4th metatarsals are the most common metatarsal fractures seen in car accident victims. They are typically caused by direct crush — floor pan intrusion pressing the foot against the pedal cluster or floor, or door sill deformation in a side-impact collision. The mechanism often produces transverse fracture patterns. Multiple metatarsals are commonly fractured simultaneously when the crush force is distributed across the midfoot.
Non-displaced fractures (less than 2-3mm displacement, no significant angulation, no shortening) are treated conservatively with buddy-taping to the adjacent toe, a hard-soled shoe or walking boot, and partial weight-bearing as tolerated for 4-6 weeks. Healing is reliable, and most patients return to normal activity by 8-10 weeks.
Significantly displaced or angulated fractures — particularly those with more than 3-4mm displacement, dorsal angulation greater than 10 degrees, or shortening greater than 3mm — require open reduction and internal fixation (ORIF). Plate-and-screw fixation is performed under fluoroscopic guidance to restore the normal metatarsal cascade. ORIF requires general or regional anesthesia, non-weight-bearing in a surgical boot for 6-8 weeks, and physical therapy. Multiple metatarsal ORIF is a significantly more complex procedure and may require bridging plates.
2. 1st Metatarsal Fractures
The 1st metatarsal is the strongest and widest of the five, and isolated fractures are less common than central ray fractures. When the 1st metatarsal is fractured in a car accident — typically through extreme axial loading of the forefoot (bracing against the brake pedal at the moment of impact) or direct dorsal crush — the fracture is often severely displaced due to the powerful intrinsic foot muscles acting across the fracture site.
Because the 1st metatarsal bears approximately 40-50% of forefoot weight during normal gait and nearly 60% during toe-off, even modest malunion significantly disrupts normal biomechanics. ORIF is almost always required for displaced 1st metatarsal fractures. A low-profile plate with multiple bicortical screws is the standard fixation construct.
Long-term complications include 1st MTP joint arthritis, hallux limitus (reduced dorsiflexion), and hallux rigidus (complete loss of MTP motion). These conditions permanently alter gait and eliminate the ability to run, walk quickly, or climb stairs normally — all of which are documented by functional assessment and gait analysis in personal injury cases.
3. 5th Metatarsal Fractures — Three Distinct Zones
The 5th metatarsal is the most clinically and legally complex metatarsal because three completely different fracture patterns occur at three distinct anatomic zones — each with a different mechanism, treatment, prognosis, and claim value. Misidentifying the zone is a common error with significant clinical and legal consequences.
Zone 1 — Tuberosity Avulsion ("Pseudo-Jones Fracture")
The most common 5th metatarsal fracture, a Zone 1 avulsion fracture occurs at the very tip of the bone's base (tuberosity) when the peroneus brevis tendon — which inserts here — is forcefully stretched during an inversion injury of the ankle. In car accidents, this can occur when the foot is suddenly inverted and plantarflexed, such as during a lateral impact.
Treatment: Hard-soled shoe or walking boot for 4-6 weeks. Surgery is rarely required unless the fragment is widely displaced.
Prognosis: Excellent. Full healing expected in 6-8 weeks with minimal long-term sequelae in most patients.
Claim value: Generally modest ($40,000-$80,000) for clear-liability cases without complications. Higher if fragment displacement causes persistent peroneus brevis dysfunction.
Zone 2 — Jones Fracture (Highest Litigation Value)
A true Jones fracture occurs at the junction of the metaphysis and diaphysis of the 5th metatarsal — approximately 1.5cm distal to the tip of the tuberosity. This is an anatomic watershed zone where the nutrient artery to the diaphysis and the metaphyseal vessels do not overlap, creating poor intrinsic blood supply. In car accidents, Jones fractures are caused by axial loading of the plantarflexed foot — typically the foot driving hard into the accelerator or brake pedal at the moment of impact.
Non-union risk: 25-40% with conservative (cast/boot) treatment. This is the defining clinical feature of the Jones fracture. Even with surgical fixation, delayed union and non-union remain recognized risks.
Treatment: Intramedullary screw fixation is standard for active patients and workers. A cannulated screw is placed down the medullary canal of the 5th metatarsal under fluoroscopic guidance. Non-weight-bearing for 6-8 weeks post-operatively. Serial X-rays and CT to confirm healing. Non-union or delayed union may require bone stimulator, revision fixation, or autologous bone grafting.
Claim value: Significantly higher than Zone 1 — $150,000-$500,000+ depending on whether non-union, revision surgery, or CRPS develops. Jones fracture is among the most litigated metatarsal injuries in New York personal injury law.
Zone 3 — Diaphyseal Stress Fracture
Zone 3 fractures occur in the proximal diaphysis, distal to the Zone 2 metaphysis-diaphysis junction. They are most often stress or fatigue fractures caused by repetitive loading rather than acute trauma. In car accidents, they may occur in the context of pre-existing stress reaction that becomes an acute fracture on impact.
Treatment: Intramedullary screw fixation for acute fractures and symptomatic stress fractures. Conservative care (non-weight-bearing cast) for incomplete stress fractures.
4. Metatarsal Fracture-Dislocation with Lisfranc Disruption
When metatarsal fractures occur in combination with disruption of the Lisfranc ligament complex — which holds the bases of the metatarsals to the tarsal bones — the injury is classified as a Lisfranc fracture-dislocation. This is a far more severe injury requiring ORIF or primary arthrodesis, and is associated with substantially worse long-term outcomes including post-traumatic midfoot arthritis. Lisfranc injuries are covered in detail on a separate page; if your imaging shows any diastasis at the 1st-2nd metatarsal base interval or displacement of the 2nd metatarsal base from the middle cuneiform, a Lisfranc injury must be ruled out.
How Car Accidents Cause Metatarsal Fractures
Floor Pan Intrusion
In high-energy frontal and side-impact collisions, the vehicle's firewall or floor pan can intrude into the footwell, directly crushing the foot against the pedal cluster or floor. This mechanism produces the highest-energy metatarsal fractures, frequently fracturing multiple rays simultaneously and causing significant displacement, soft-tissue injury, and open fractures.
Pedal Impact During Crash
When a driver braces against the brake pedal at the moment of impact, the sudden deceleration force is transmitted through the foot into the pedal. This axial loading mechanism — particularly with the foot in plantarflexion — is the classic mechanism for Jones fractures (Zone 2, 5th metatarsal) and 1st metatarsal fractures. Passengers bracing against the floor or dash can sustain similar injuries.
Door Sill Crush in Side Impacts
In side-impact (T-bone) collisions, the door sill can be driven into the footwell at the level of the driver's or passenger's foot, crushing the lateral aspect of the foot. This mechanism typically produces 5th metatarsal fractures and lateral foot crush injuries, and can extend to involve the cuboid and calcaneus.
Foot Trapped Under Airbag Housing
Knee airbag systems — now standard in many vehicles — deploy downward and can trap the foot or lower leg against the floor. If the foot is plantarflexed at the moment of airbag deployment, the force can produce axial loading injuries consistent with Jones fractures or midfoot crush.
Motorcycle and Bicycle Accidents
In motorcycle accidents, the foot and ankle are directly exposed to the road surface, other vehicles, or fixed objects. Direct crush or impact from a striking vehicle commonly produces complex multi-metatarsal fractures, open fractures, and associated Lisfranc injuries. The absence of surrounding vehicle structure means forces are concentrated on the foot and ankle.
Pedestrian Struck by Vehicle
When a pedestrian is struck by the front of a vehicle, the bumper and lower hood can impact the lower extremity at the foot or ankle level. Run-over accidents — in which the vehicle passes over the pedestrian's foot — produce devastating multi-metatarsal and Lisfranc injuries with high rates of open fracture and vascular compromise.
Diagnosis of Metatarsal Fractures
Accurate diagnosis of metatarsal fractures — and, critically, determination of which specific zone of which bone is fractured — is the foundation of both appropriate treatment and a strong personal injury claim. The following imaging modalities are used in the evaluation of suspected metatarsal fractures after a car accident.
Plain Foot X-Rays (AP, Oblique, Lateral)
Three-view plain radiographs of the foot — AP (front), oblique (45 degrees), and lateral — are the first-line imaging study. The oblique view is particularly important for visualizing the 5th metatarsal base and distinguishing Zone 1 avulsion fractures from Zone 2 Jones fractures. Weight-bearing films (taken while the patient stands) are preferred in the clinical setting because they reveal displacement and instability that non-weight-bearing films can miss, particularly for Lisfranc assessment at the 2nd metatarsal base. A radiologist's report specifically identifying the zone of the 5th metatarsal fracture is essential for both clinical management and legal documentation.
CT Scan
Computed tomography (CT) provides cross-sectional imaging with far greater detail than plain X-rays for assessing fracture displacement, comminution (shatter pattern), articular surface involvement, and the degree of bone contact between fracture fragments. CT is essential for: (1) planning ORIF for displaced shaft fractures; (2) evaluating Jones fractures for healing (CT is more sensitive than X-ray for detecting persistent fracture lines indicative of delayed union or non-union); and (3) screening for Lisfranc ligament disruption in complex midfoot injuries.
MRI
Magnetic resonance imaging is the most sensitive modality for detecting occult fractures — stress reactions and incomplete fractures that are invisible on plain X-rays. When a patient has significant foot pain, tenderness over the metatarsal, and inability to bear weight after a car accident but initial X-rays are negative, MRI should be obtained. MRI also evaluates associated soft-tissue injuries: plantar plate tears at the MTP joints, peroneus brevis tendon tears at the 5th metatarsal base, and Lisfranc ligament disruption. The presence of bone marrow edema on MRI (high signal on fat-suppressed T2 or STIR sequences) confirms bone contusion or stress fracture even before a discrete fracture line is visible.
Bone Scan (Technetium Scintigraphy)
Triphasic bone scanning is rarely used for primary fracture diagnosis in the modern era (MRI is preferred), but remains relevant for evaluating suspected CRPS. The characteristic finding in CRPS on bone scan is diffuse periarticular uptake in all three phases, supporting the diagnosis. In Jones fracture non-union, bone scan can help assess biological activity at the fracture site to determine whether the non-union is atrophic (no biological activity, requires bone grafting) or hypertrophic (active but insufficient, may respond to exchange nailing).
Treatment of Metatarsal Fractures
Treatment selection is driven by the specific metatarsal fractured, the fracture zone (for 5th metatarsal injuries), the degree of displacement, the number of metatarsals involved, and the patient's activity level and occupational demands. The following summarizes current evidence-based treatment approaches relevant to car accident claims.
Conservative Management
- Hard-soled shoe: Non-displaced 2nd-4th shaft fractures; Zone 1 pseudo-Jones fractures. Weight-bearing as tolerated. Duration: 4-6 weeks.
- Walking boot (CAM boot): Provides more rigid immobilization than a hard-soled shoe. Used for minimally displaced fractures and Zone 3 diaphyseal stress fractures treated non-operatively.
- Short leg cast: Non-weight-bearing immobilization for 6-8 weeks; historically used for Jones fractures treated conservatively (now rarely preferred over surgical fixation in active patients).
- Bone stimulator: Pulsed electromagnetic field (PEMF) or low-intensity pulsed ultrasound (LIPUS) device prescribed for Jones fracture delayed union. Worn for 20 minutes daily. Provides biological stimulus to enhance bone healing.
Surgical Treatment
- ORIF (Open Reduction and Internal Fixation): Standard for displaced shaft fractures and 1st metatarsal fractures. Plate-and-screw fixation, performed under fluoroscopy. Non-weight-bearing 6-8 weeks.
- Intramedullary screw fixation: Gold standard for Jones fractures in active patients. A cannulated screw is placed down the medullary canal, compressing the fracture site. Reduces non-union rate from 25-40% to under 5%.
- Revision surgery for non-union: Hardware removal, medullary canal reaming (to stimulate bleeding), and exchange nailing with a larger-diameter screw. If atrophic non-union, autologous iliac crest bone grafting is added.
- Corrective osteotomy: For symptomatic malunion with metatarsal shortening causing transfer metatarsalgia. The malunited bone is re-cut and realigned.
Complications That Affect Personal Injury Claim Value
The presence of documented complications significantly increases the value of a metatarsal fracture claim by providing objective evidence of permanent or significant impairment — the standard required to recover pain and suffering damages in New York. The following complications are the most significant from a legal perspective.
Jones Fracture Non-Union
The most impactful complication in metatarsal fracture litigation. Non-union is defined as failure of bony bridging at 6 months post-injury with no radiographic progression of healing for 3 consecutive months. CT demonstrates persistent fracture line, sclerotic margins, and obliteration of the medullary canal. Non-union requires revision surgery — adding a second operative procedure, potentially autologous bone grafting from the iliac crest (creating a second surgical site and scar), additional anesthesia, and a prolonged additional recovery period. In personal injury cases, documented non-union requiring revision surgery transforms a moderate claim into a high-value claim.
Malunion and Transfer Metatarsalgia
When a metatarsal fracture heals in a shortened or angulated position (malunion), it disrupts the normal metatarsal parabola — the smooth cascade from shorter 1st to longer 2nd to progressively shorter 3rd, 4th, and 5th metatarsals. Metatarsal shortening causes adjacent metatarsal heads to bear excess load during weight-bearing, producing painful callus formation (intractable plantar keratosis) and forefoot pain with every step. This is transfer metatarsalgia. In personal injury cases, the functional impact is documented with a pressure plate (pedobarograph) study showing abnormal load distribution, orthopedic surgical opinion on the causal relationship to the fracture, and records of custom orthotic fabrication. Corrective osteotomy for symptomatic malunion is a recognized surgical complication requiring additional treatment.
Complex Regional Pain Syndrome (CRPS)
CRPS is a neuropathic pain syndrome characterized by allodynia (pain from non-painful stimuli), hyperalgesia, autonomic dysfunction (swelling, temperature and color changes, abnormal sweating), and trophic changes (skin, nail, and hair changes). CRPS can develop after metatarsal fracture, ORIF, or bone grafting — sometimes at the bone graft donor site as well as the fracture site. The Budapest Criteria provide a clinical diagnostic framework. Objective supporting evidence includes thermographic asymmetry, triple-phase bone scan with characteristic uptake, and quantitative sensory testing. In New York personal injury cases, CRPS is among the most valuable diagnoses because it is typically permanent, objectively documentable, and produces disabling chronic pain. Spinal cord stimulator implantation — often the final treatment for refractory CRPS — constitutes a major surgical procedure that substantially increases both future medical expenses and pain and suffering damages.
Post-Traumatic Metatarsophalangeal (MTP) Arthritis
Fractures involving the MTP joint surface — or malunion that chronically alters joint mechanics — can cause cartilage degeneration and post-traumatic arthritis. The 1st MTP joint (big toe) is most functionally significant; arthritis here produces hallux limitus or rigidus, eliminating normal gait. The 2nd MTP joint is also commonly affected, particularly when 2nd metatarsal fractures involve the metatarsal head or when malunion causes altered joint loading. Post-traumatic arthritis on weight-bearing X-rays — showing joint space narrowing, subchondral sclerosis, and osteophytes — satisfies the permanent consequential limitation category under Insurance Law §5102(d).
Plantar Plate Injury
The plantar plate is a thick fibrocartilaginous structure on the plantar surface of the MTP joint that stabilizes the toe during weight-bearing. 2nd metatarsal base and shaft fractures can be associated with plantar plate injury — either from direct trauma or from altered loading mechanics post-fracture. Plantar plate tears cause MTP joint instability ("floating toe"), metatarsalgia, and eventually cross-over deformity of the 2nd toe. MRI is required to diagnose plantar plate tears; surgical repair is performed arthroscopically or through a plantar or dorsal approach.
Impact on Daily Life and Employment
Metatarsal fractures affect every aspect of daily ambulation. The foot is the platform on which the body stands, walks, and pushes off — and even a single fractured metatarsal disrupts the normal load-sharing architecture of the forefoot with every step. The non-weight-bearing period following surgical fixation of metatarsal fractures — typically 6-10 weeks — means complete dependence on crutches or a knee scooter for all mobility. This is a profound functional disruption for workers, parents, and anyone who needs to move independently.
Workers in Physical Trades
Construction workers, warehouse workers, nurses, letter carriers, and retail employees who spend the majority of their shifts on their feet face the greatest occupational impact. Extended non-weight-bearing completely removes them from the job site, and return-to-work may require light duty accommodations that many employers cannot provide. Jones fracture non-union can extend total occupational disability to 9-12 months or longer.
Athletes and Active Individuals
Jones fractures in runners, soccer players, basketball players, and other athletes carry a high re-fracture rate even after successful primary fixation — particularly with early return to sport. Documented inability to return to prior athletic activities supports both non-economic pain and suffering damages and, for professional or competitive athletes, economic loss claims. Orthopedic surgeons frequently document permanent restrictions on high-impact activities.
Activities of Daily Living
Metatarsal fractures impair driving, climbing stairs, walking in parking lots, grocery shopping, and childcare — any activity requiring standing, walking, or sustained weight-bearing. The compensatory antalgic gait during recovery places abnormal stress on the knee, hip, and low back, sometimes producing secondary musculoskeletal symptoms that must be evaluated and documented.
Why Jones Fractures Drive Higher Personal Injury Settlements
Among all metatarsal fractures, Zone 2 Jones fractures consistently produce the highest personal injury settlements in New York for several compounding reasons that accumulate throughout the treatment course.
Surgical Fixation with Hardware
An intramedullary screw is a permanent metallic implant that remains in the bone indefinitely (unless revision is required). Surgical fixation generates operative reports, anesthesia records, fluoroscopy documentation, and post-operative imaging — all objective evidence of a significant intervention that satisfies the serious injury threshold and provides concrete documentation of medical expense.
Documented Non-Union Risk
Every orthopedic textbook and peer-reviewed article on Jones fractures documents the 25-40% non-union rate with conservative treatment, and a meaningful residual non-union risk even with surgical fixation. This documented risk — articulated by your treating orthopedic surgeon in a future care report — supports claims for future medical expenses even in cases where non-union has not yet occurred.
Prolonged Non-Weight-Bearing Period
Jones fracture patients are non-weight-bearing on crutches or a knee scooter for 6-8 weeks post-operatively — a period that eliminates normal ambulation, driving, and independent function. For workers, this generates substantial documented lost wages. For claimants on daily living and household services, this generates home aide costs. Both are compensable economic damages.
Re-Fracture Risk After Union
Even after successful radiographic union, Jones fracture patients face an elevated re-fracture risk if the fixation screw loosens or if activity loads exceed the bone's repaired capacity. This risk is documented in orthopedic literature and is a legitimate element of future medical expense claims. Athletes with successfully treated Jones fractures are typically counseled about activity modification permanently.
When Jones fracture complications compound — non-union requiring revision surgery, bone grafting from the iliac crest, and secondary CRPS — the total medical expense burden can exceed $100,000 in future care costs alone, and the combined non-economic damages for chronic pain and permanent functional restriction drive settlements well above $350,000 in strong New York cases.
Metatarsal Fracture Case Results
Representative results — past results do not guarantee future outcomes
$55K
Pseudo-Jones Avulsion Fracture + Hard-Soled Shoe Treatment
Rear-end collision at moderate speed caused plaintiff's foot to brace against the floorboard, avulsing the peroneus brevis tendon insertion from the 5th metatarsal base (Zone 1 pseudo-Jones fracture). Treated conservatively with hard-soled shoe for five weeks. Plaintiff, a 38-year-old office worker, missed three weeks of work. X-rays confirmed complete healing with no displacement. Defense argued minimal objective injury; plaintiff documented persistent lateral foot soreness during prolonged standing for seven months post-accident. Settled prior to trial.
$120K
2nd-3rd Metatarsal Shaft Fractures + ORIF + Transfer Metatarsalgia
Side-impact collision caused door sill intrusion that directly crushed plaintiff's midfoot, fracturing the 2nd and 3rd metatarsal shafts with 4mm displacement and 15-degree angulation. ORIF performed with plate-and-screw fixation under fluoroscopic guidance. Non-weight-bearing for eight weeks followed by physical therapy. At one-year follow-up, plaintiff developed transfer metatarsalgia under the 1st metatarsal head secondary to 2nd metatarsal shortening from the fracture. Orthotics prescribed indefinitely. Plaintiff, a 45-year-old retail manager who spent seven hours daily on her feet, documented permanent occupational impact.
$185K
Jones Fracture (Zone 2) + Intramedullary Screw Fixation + Delayed Union
Plaintiff's foot was driven into the accelerator pedal during a frontal collision, causing a Jones fracture at the 5th metatarsal metaphysis-diaphysis junction — the watershed avascular zone. Acute ORIF performed with intramedullary screw. At 12-week follow-up, CT demonstrated delayed union with persistent fracture line. Bone stimulator prescribed and used for 12 additional weeks before union achieved. Total recovery time: nine months. Plaintiff, a 29-year-old construction worker, was restricted from the job site for the entire period, generating $74,000 in lost wages documented by W-2 and employer letter. Future re-fracture risk documented by orthopedic surgeon.
$260K
1st Metatarsal Fracture + ORIF + Prolonged Non-Weight-Bearing
Tractor-trailer rear-ended plaintiff's vehicle at highway speed; plaintiff's foot was braced hard against the brake pedal on impact, transmitting axial and bending forces through the 1st metatarsal and causing a displaced transverse mid-shaft fracture. Because the 1st metatarsal bears 40-50% of forefoot weight-bearing load, ORIF with low-profile plate and six bicortical screws was required. Non-weight-bearing in a short leg cast for 10 weeks. At 18 months, orthopedic surgeon documented restricted 1st MTP dorsiflexion (hallux limitus, 22 degrees vs. 65-degree normal), satisfying permanent consequential limitation under Insurance Law §5102(d). Plaintiff, a 52-year-old physical education teacher, could no longer run or demonstrate athletic activities.
$345K
Multiple Metatarsal Fractures (2nd-4th) + Floor Pan Intrusion + CRPS
High-speed intersection collision caused severe floor pan intrusion that crushed plaintiff's midfoot against the pedal cluster, fracturing the 2nd, 3rd, and 4th metatarsal shafts with multiple fragments and significant displacement. Emergency ORIF required bridging plate across all three metatarsals. Post-operative course complicated by development of complex regional pain syndrome Type I: allodynia, temperature asymmetry, sudomotor changes, and patchy osteopenia on bone scan consistent with Stage I CRPS. Plaintiff underwent spinal cord stimulator trial, and permanent implant was placed at 14 months. Neurologist and pain management specialist both designated CRPS as permanent. Defense conceded liability; damages trial resulted in $345,000 verdict.
$450K
Jones Fracture Non-Union + Revision Surgery + Bone Grafting + CRPS
Plaintiff suffered an acute Jones fracture in a T-bone collision when her foot was trapped under the airbag housing. Initial intramedullary screw fixation was performed at an outside facility. At 16-week follow-up, CT scan demonstrated established non-union with sclerotic margins and medullary canal obliteration. Revision surgery was required: hardware removal, medullary canal reaming, autologous iliac crest bone grafting, and exchange nailing with a larger-diameter screw. Post-operative course further complicated by CRPS at the donor site and foot, with documented allodynia, hyperalgesia, and temperature differential of 2.4°C between limbs on thermography. Two treating physicians documented permanent impairment. Vocational rehabilitation expert documented total inability to return to prior employment as a letter carrier. Case settled after jury selection began.
New York Personal Injury Law and Metatarsal Fractures
New York operates under a no-fault automobile insurance system. After a car accident, your own insurer's Personal Injury Protection (PIP) coverage pays for medical expenses up to $50,000 (basic no-fault) and a portion of lost wages, regardless of who caused the accident. To step outside the no-fault system and sue the at-fault driver for pain and suffering damages, your injury must meet the "serious injury" threshold under Insurance Law §5102(d).
Metatarsal fractures can satisfy the serious injury threshold under several categories:
- Fracture: Any fracture qualifies as a per se serious injury — including metatarsal fractures. This is the most straightforward path to threshold.
- Permanent consequential limitation of use of a body organ or member: Post-traumatic MTP arthritis, hallux limitus, or CRPS with documented permanent impairment satisfies this category.
- Significant limitation of use of a body function or system: Restricted range of motion, transfer metatarsalgia with gait impairment, or documented inability to bear weight normally satisfies this category.
- 90/180 category: If you were unable to perform substantially all of your customary daily activities for at least 90 of the first 180 days after the accident, you meet this category regardless of fracture severity.
Because any metatarsal fracture qualifies as a fracture under the statute, threshold is generally not contested in metatarsal fracture cases. The litigation focus is typically on liability (who caused the accident) and damages quantum (how much is the injury worth given the treatment, complications, and impact on life and work).
Our Long Island car accident lawyer team handles metatarsal fracture cases throughout Nassau County and Suffolk County, with experience in Jones fracture non-union cases, multi-metatarsal crush injuries, and CRPS arising from foot surgery. We work with orthopedic surgeons, vocational rehabilitation experts, and life care planners to build the strongest possible documentation of your injury, impairment, and future care needs.
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Frequently Asked Questions
Can I get compensation for a metatarsal fracture caused by a car accident in New York?
Yes. If another driver's negligence caused the car accident that fractured one or more of your metatarsal bones, you are entitled to seek compensation for medical expenses, lost wages, and pain and suffering. New York's no-fault system covers initial medical bills and lost wages through PIP, but to recover pain and suffering damages, your injury must meet the serious injury threshold under Insurance Law §5102(d). Any metatarsal fracture qualifies as a fracture under the statute. Jones fractures requiring surgical fixation and multi-metatarsal crush injuries with CRPS are among the strongest serious injury cases.
What is the difference between a Jones fracture and a pseudo-Jones fracture, and why does it matter for my claim?
The 5th metatarsal has three fracture zones. A pseudo-Jones fracture (Zone 1) is an avulsion at the bone's base tip with excellent prognosis and modest claim value ($40,000-$80,000). A true Jones fracture (Zone 2) occurs at the metaphysis-diaphysis junction — a watershed zone with poor blood supply — producing a 25-40% non-union rate with conservative treatment. Jones fractures typically require intramedullary screw fixation and carry substantially higher claim value ($150,000-$500,000+) due to surgical hardware, prolonged recovery, and non-union/revision surgery risk. The distinction requires careful radiographic analysis.
What is Jones fracture non-union and how does it affect my personal injury claim?
Non-union means the fractured bone has failed to heal, forming a fibrous rather than bony connection. Jones fracture non-union occurs at the poor-blood-supply watershed zone and requires revision surgery — hardware removal, canal reaming, and often autologous iliac crest bone grafting. In personal injury cases, non-union adds documented surgical procedures, CT imaging evidence, prolonged non-weight-bearing, and a second surgical site if bone grafting is required. Combined with potential CRPS, Jones fracture non-union drives settlements in New York well above $350,000.
What is the settlement value of a metatarsal fracture case in New York?
Settlement values range widely: Zone 1 avulsion fractures healing conservatively typically settle at $40,000-$80,000; shaft fractures requiring ORIF at $100,000-$250,000; Jones fractures with intramedullary screw at $150,000-$350,000; Jones fracture non-union with revision surgery and bone grafting at $350,000-$500,000+; and multi-metatarsal crush injuries with CRPS at $400,000-$800,000. Liability facts, insurance coverage, employment impact, and documentation quality all significantly affect outcome.
Reviewed & Verified By
Jason Tenenbaum, Esq.
Jason Tenenbaum is a personal injury attorney serving Long Island, Nassau & Suffolk Counties, and New York City. Admitted to practice in NY, NJ, FL, TX, GA, MI, and Federal courts, Jason is one of the few attorneys who writes his own appeals and tries his own cases. Since 2002, he has authored over 2,353 articles on no-fault insurance law, personal injury, and employment law — a resource other attorneys rely on to stay current on New York appellate decisions.
Suffered a Metatarsal Fracture in a Car Accident?
Jones fractures, multi-metatarsal crush injuries, and CRPS arising from foot surgery require attorneys who understand the medical complexity. We represent metatarsal fracture victims throughout Long Island and New York City — with no fee unless we win.